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Extract the reason why Anderson got the nickname 'Slow Mo'

Anderson plays at a deliberate pace, and he is not as fast as more athletically gifted players. Popovich stated that he is "not what you’d call a typical NBA athlete". However, Anderson is praised for his basketball IQ. He is able to change speeds and fake out his opponents to keep them off balance. His methodical style earned him the nickname "Slow Mo" in eighth grade in AAU, and the name has stuck with him. "[He] really understands how to use his speed—he's not super fast, but he's super bright and really knows how to use angles," said Kevin Boyle, who coached Anderson on the national team in 2012. USA Today described him as "languid but quick enough to lead the fast break". Anderson's defense was considered a weakness. In college, his teams usually played zone as he struggled containing smaller, quicker guards while playing man-to-man. His defense improved with the Spurs in 2017–18, when he guarded both forward positions while leveraging his wingspan and instincts. Against quicker small forwards, he uses his physicality to keep players off balance.

The reason is because Anderson plays at a deliberate pace, slower than most other peer players, while being able to use his high basketball IQ to change speeds and fake out his opponents on the court.

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### Instruction: Extract the reason why Anderson got the nickname 'Slow Mo' ### Context: Anderson plays at a deliberate pace, and he is not as fast as more athletically gifted players. Popovich stated that he is "not what you’d call a typical NBA athlete". However, Anderson is praised for his basketball IQ. He is able to change speeds and fake out his opponents to keep them off balance. His methodical style earned him the nickname "Slow Mo" in eighth grade in AAU, and the name has stuck with him. "[He] really understands how to use his speed—he's not super fast, but he's super bright and really knows how to use angles," said Kevin Boyle, who coached Anderson on the national team in 2012. USA Today described him as "languid but quick enough to lead the fast break". Anderson's defense was considered a weakness. In college, his teams usually played zone as he struggled containing smaller, quicker guards while playing man-to-man. His defense improved with the Spurs in 2017–18, when he guarded both forward positions while leveraging his wingspan and instincts. Against quicker small forwards, he uses his physicality to keep players off balance. ### Answer: The reason is because Anderson plays at a deliberate pace, slower than most other peer players, while being able to use his high basketball IQ to change speeds and fake out his opponents on the court.

What are some of the natural materials used in construction?

Building material is material used for construction. Many naturally occurring substances, such as clay, rocks, sand, wood, and even twigs and leaves, have been used to construct buildings. Apart from naturally occurring materials, many man-made products are in use, some more and some less synthetic. The manufacturing of building materials is an established industry in many countries and the use of these materials is typically segmented into specific specialty trades, such as carpentry, insulation, plumbing, and roofing work. They provide the make-up of habitats and structures including homes.

Clay, rocks, sand and wood are some of the common natural materials used in construction.

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### Instruction: What are some of the natural materials used in construction? ### Context: Building material is material used for construction. Many naturally occurring substances, such as clay, rocks, sand, wood, and even twigs and leaves, have been used to construct buildings. Apart from naturally occurring materials, many man-made products are in use, some more and some less synthetic. The manufacturing of building materials is an established industry in many countries and the use of these materials is typically segmented into specific specialty trades, such as carpentry, insulation, plumbing, and roofing work. They provide the make-up of habitats and structures including homes. ### Answer: Clay, rocks, sand and wood are some of the common natural materials used in construction.

Given the paragraph below, what is the population of Switzerland?

Switzerland, officially the Swiss Confederation, is a landlocked country located at the confluence of Western, Central and Southern Europe. It is bordered by Italy to the south, France to the west, Germany to the north and Austria and Liechtenstein to the east. Switzerland is geographically divided among the Swiss Plateau, the Alps and the Jura; the Alps occupy the greater part of the territory, whereas most of the country's population of 8.7 million are concentrated on the plateau, which hosts the largest cities and economic centres, including Zürich, Geneva and Basel.

The population of Switzerland is 8.7 million. The majority of the population reside in the plateau region which is home to cities such as Zurich, Geneva, and Basel.

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### Instruction: Given the paragraph below, what is the population of Switzerland? ### Context: Switzerland, officially the Swiss Confederation, is a landlocked country located at the confluence of Western, Central and Southern Europe. It is bordered by Italy to the south, France to the west, Germany to the north and Austria and Liechtenstein to the east. Switzerland is geographically divided among the Swiss Plateau, the Alps and the Jura; the Alps occupy the greater part of the territory, whereas most of the country's population of 8.7 million are concentrated on the plateau, which hosts the largest cities and economic centres, including Zürich, Geneva and Basel. ### Answer: The population of Switzerland is 8.7 million. The majority of the population reside in the plateau region which is home to cities such as Zurich, Geneva, and Basel.

List of all the factions that Lincoln had to deal with, and if they were his allies or enemies.

Lincoln, a moderate Republican, had to navigate a contentious array of factions with friends and opponents from both the Democratic and Republican parties. His allies, the War Democrats and the Radical Republicans, demanded harsh treatment of the Southern Confederates. Anti-war Democrats (called "Copperheads") despised Lincoln, and irreconcilable pro-Confederate elements plotted his assassination.

Lincoln's allies were the War Democrats and the Radical Republicans. Lincoln's enemies were the Southern Confederates, Anti-war Democrats and pro-Confederate groups

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### Instruction: List of all the factions that Lincoln had to deal with, and if they were his allies or enemies. ### Context: Lincoln, a moderate Republican, had to navigate a contentious array of factions with friends and opponents from both the Democratic and Republican parties. His allies, the War Democrats and the Radical Republicans, demanded harsh treatment of the Southern Confederates. Anti-war Democrats (called "Copperheads") despised Lincoln, and irreconcilable pro-Confederate elements plotted his assassination. ### Answer: Lincoln's allies were the War Democrats and the Radical Republicans. Lincoln's enemies were the Southern Confederates, Anti-war Democrats and pro-Confederate groups

What's the "Bean" in Chicago?

Cloud Gate is a public sculpture by Indian-born British artist Anish Kapoor, that is the centerpiece of AT&T Plaza at Millennium Park in the Loop community area of Chicago, Illinois. The sculpture and AT&T Plaza are located on top of Park Grill, between the Chase Promenade and McCormick Tribune Plaza & Ice Rink. Constructed between 2004 and 2006, the sculpture is nicknamed "The Bean" because of its shape, a name Kapoor initially disliked, but later grew fond of. Made up of 168 stainless steel plates welded together, its highly polished exterior has no visible seams. It measures 33 by 66 by 42 feet (10 by 20 by 13 m), and weighs 110 short tons (100 t; 98 long tons). Kapoor's design was inspired by liquid mercury and the sculpture's surface reflects and distorts the city's skyline. Visitors are able to walk around and under Cloud Gate's 12-foot (3.7 m) high arch. On the underside is the "omphalos" (Greek for "navel"), a concave chamber that warps and multiplies reflections. The sculpture builds upon many of Kapoor's artistic themes, and it is popular with tourists as a photo-taking opportunity for its unique reflective properties.

The "Bean" is a nickname for a public sculpture installed in Millennium Park in Chicago during 2004 and 2006. The formal name for the sculpture is "Cloud Gate." The sculpture is fluid-looking with a highly polished exterior and no visible seams. It's design was inspired by liquid mercury and it's reflective surface is a popular photo opportunity for visiting tourists.

information_extraction

### Instruction: What's the "Bean" in Chicago? ### Context: Cloud Gate is a public sculpture by Indian-born British artist Anish Kapoor, that is the centerpiece of AT&T Plaza at Millennium Park in the Loop community area of Chicago, Illinois. The sculpture and AT&T Plaza are located on top of Park Grill, between the Chase Promenade and McCormick Tribune Plaza & Ice Rink. Constructed between 2004 and 2006, the sculpture is nicknamed "The Bean" because of its shape, a name Kapoor initially disliked, but later grew fond of. Made up of 168 stainless steel plates welded together, its highly polished exterior has no visible seams. It measures 33 by 66 by 42 feet (10 by 20 by 13 m), and weighs 110 short tons (100 t; 98 long tons). Kapoor's design was inspired by liquid mercury and the sculpture's surface reflects and distorts the city's skyline. Visitors are able to walk around and under Cloud Gate's 12-foot (3.7 m) high arch. On the underside is the "omphalos" (Greek for "navel"), a concave chamber that warps and multiplies reflections. The sculpture builds upon many of Kapoor's artistic themes, and it is popular with tourists as a photo-taking opportunity for its unique reflective properties. ### Answer: The "Bean" is a nickname for a public sculpture installed in Millennium Park in Chicago during 2004 and 2006. The formal name for the sculpture is "Cloud Gate." The sculpture is fluid-looking with a highly polished exterior and no visible seams. It's design was inspired by liquid mercury and it's reflective surface is a popular photo opportunity for visiting tourists.

Extract the names of the Formula One teams Verstappen was a part of from the text. Separate them with a comma.

Verstappen is the son of racing drivers Jos Verstappen, who also competed in Formula One, and Sophie Kumpen. He had a successful run in junior karting and single-seater categories – including KF3, WSK World Series, KZ2 and European Formula 3 – beating several records. At the 2015 Australian Grand Prix, when he was aged 17 years, 166 days, he became the youngest driver to compete in Formula One. After spending the 2015 season with Scuderia Toro Rosso, Verstappen started his 2016 campaign with the Italian team before being promoted to parent team Red Bull Racing after four races as a replacement for Daniil Kvyat. At the age of 18, he won the 2016 Spanish Grand Prix on his debut for Red Bull Racing, becoming the youngest-ever driver and the first Dutch driver to win a Formula One Grand Prix. After winning the 2021 Abu Dhabi Grand Prix, Verstappen became the first Dutch driver to win the Formula One World Championship, and the 34th Formula One World Drivers' Champion. He won his second consecutive Formula One championship the next season.

Scuderia Toro Rosso, Red Bull Racing

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### Instruction: Extract the names of the Formula One teams Verstappen was a part of from the text. Separate them with a comma. ### Context: Verstappen is the son of racing drivers Jos Verstappen, who also competed in Formula One, and Sophie Kumpen. He had a successful run in junior karting and single-seater categories – including KF3, WSK World Series, KZ2 and European Formula 3 – beating several records. At the 2015 Australian Grand Prix, when he was aged 17 years, 166 days, he became the youngest driver to compete in Formula One. After spending the 2015 season with Scuderia Toro Rosso, Verstappen started his 2016 campaign with the Italian team before being promoted to parent team Red Bull Racing after four races as a replacement for Daniil Kvyat. At the age of 18, he won the 2016 Spanish Grand Prix on his debut for Red Bull Racing, becoming the youngest-ever driver and the first Dutch driver to win a Formula One Grand Prix. After winning the 2021 Abu Dhabi Grand Prix, Verstappen became the first Dutch driver to win the Formula One World Championship, and the 34th Formula One World Drivers' Champion. He won his second consecutive Formula One championship the next season. ### Answer: Scuderia Toro Rosso, Red Bull Racing

Provide a table of the various recruiting lists that Calvin Johnson was named to and who named him to the list and do it in CSV format

Johnson was rated among the nation's top 10 wide receivers and top 100 players by virtually every recruiting analyst. He was tabbed the No. 4 wide receiver and No. 15 player in the nation by TheInsiders.com, and named to the Super Southern 100 by the Atlanta Journal-Constitution, the Rivals 100 by Rivals.com, TheInsiders.com Hot 100, the SuperPrep All-America 275, and the Prep Star Top 100 Dream Team. Johnson was also rated as the best player in Georgia, No. 12 in the Southeast and No. 37 in the nation by Rivals.com, the No. 7 wide receiver in the nation by SuperPrep, and first-team all-state selection (Class AAAA) by the Atlanta Journal-Constitution. Finally, he was tabbed to the AJC's preseason Super 11. By the time he was a junior, he was ranked as within the top 10 wide receivers and the top 100 players in the nation by almost every writer.

Sure, here is text in a CSV format of the various recruiting lists that Calvin Johnson was named to and who named him to the list: List name,List owner Super Southern 100,Atlanta Journal-Constitution the Rivals 100,Rivals.com TheInsiders.com Hot 100,TheInsiders.com the SuperPrep All-America 275,SuperPrep Prep Star Top 100 Dream Team,Prep Star

information_extraction

### Instruction: Provide a table of the various recruiting lists that Calvin Johnson was named to and who named him to the list and do it in CSV format ### Context: Johnson was rated among the nation's top 10 wide receivers and top 100 players by virtually every recruiting analyst. He was tabbed the No. 4 wide receiver and No. 15 player in the nation by TheInsiders.com, and named to the Super Southern 100 by the Atlanta Journal-Constitution, the Rivals 100 by Rivals.com, TheInsiders.com Hot 100, the SuperPrep All-America 275, and the Prep Star Top 100 Dream Team. Johnson was also rated as the best player in Georgia, No. 12 in the Southeast and No. 37 in the nation by Rivals.com, the No. 7 wide receiver in the nation by SuperPrep, and first-team all-state selection (Class AAAA) by the Atlanta Journal-Constitution. Finally, he was tabbed to the AJC's preseason Super 11. By the time he was a junior, he was ranked as within the top 10 wide receivers and the top 100 players in the nation by almost every writer. ### Answer: Sure, here is text in a CSV format of the various recruiting lists that Calvin Johnson was named to and who named him to the list: List name,List owner Super Southern 100,Atlanta Journal-Constitution the Rivals 100,Rivals.com TheInsiders.com Hot 100,TheInsiders.com the SuperPrep All-America 275,SuperPrep Prep Star Top 100 Dream Team,Prep Star

Does extended screen time cause speech delay in children?

The many other causes of speech delay include bilingual children with phonological disorders, autism spectrum conditions, childhood apraxia, auditory processing disorder, prematurity, cognitive impairment and hearing loss. In addition, when children are addicted to screens, they aren't stimulated to be involved in conversations, causing speech delays.[unreliable source?] Broomfield and Dodd's (2004a)[full citation needed] found out after survey that 6.4% of children who are perfectly normal showed speech difficulty while they lacked these disorders will often show early signs and are at times identified as "at risk" when the speech delay is diagnosed. However, a study done in Saudi Arabia showed no relationship between smart device use and speech delay, although 64.8% of the parents believed that the smart devices are a "problem". A review study from Indonesia points out the existence of contradicting results on that issue.

There is no definite proof that extended screen time cause speech delay in children because there are contradicting study results.

information_extraction

### Instruction: Does extended screen time cause speech delay in children? ### Context: The many other causes of speech delay include bilingual children with phonological disorders, autism spectrum conditions, childhood apraxia, auditory processing disorder, prematurity, cognitive impairment and hearing loss. In addition, when children are addicted to screens, they aren't stimulated to be involved in conversations, causing speech delays.[unreliable source?] Broomfield and Dodd's (2004a)[full citation needed] found out after survey that 6.4% of children who are perfectly normal showed speech difficulty while they lacked these disorders will often show early signs and are at times identified as "at risk" when the speech delay is diagnosed. However, a study done in Saudi Arabia showed no relationship between smart device use and speech delay, although 64.8% of the parents believed that the smart devices are a "problem". A review study from Indonesia points out the existence of contradicting results on that issue. ### Answer: There is no definite proof that extended screen time cause speech delay in children because there are contradicting study results.

From the passage provided, extract the awards received by Jensen Huang from 1999-2021.

In 1999, Jensen Huang was named Entrepreneur of the Year in High Technology by Ernst & Young.[citation needed] In 2003, Huang received the Dr. Morris Chang Exemplary Leadership Award, which recognizes a leader who has made exceptional contributions to driving the development, innovation, growth, and long-term opportunities of the fabless semiconductor industry, from the Fabless Semiconductor Association. He was also a National Finalist for the EY Entrepreneur of the Year Award in 2003 and was an Award Recipient for the Northern California region in 1999.[citation needed] Additionally, Huang is a recipient of the Daniel J. Epstein Engineering Management Award from the University of Southern California and was named an Alumni Fellow by Oregon State University. Huang was awarded an honorary doctorate from Oregon State University at the June 13, 2009, commencement ceremony. In 2018, Huang was listed in the inaugural Edge 50, naming the world's top 50 influencers in edge computing. In October 2019, Harvard Business Review named Jensen Huang best-performing CEO in the world. In November 2020, Jensen Huang was named "Supplier CEO of the year" by Eurostars AutomotiveNewsEurope. Huang was awarded an honorary doctorate from National Taiwan University at the school anniversary in November, 2020.[better source needed] In August 2021, the Semiconductor Industry Association (SIA) announced that Jensen Huang is the 2021 recipient of the industry’s highest honor, the Robert N. Noyce Award. In September 2021, he was included in the Time 100, Time's annual list of the 100 most influential people in the world.

Jensen Huang's awards include: 1) Entrepreneur of the Year in High Technology by Ernst & Young, 2) Dr. Morris Chang Exemplary Leadership Award, 3) National Finalist for the EY Entrepreneur of the Year Award, 4) Award Recipient for the Northern California region, 5) Daniel J. Epstein Engineering Management Award, 6) Alumni Fellow of Oregon State University, 7) honorary doctorate from Oregon State University, 8) Edge 50 member 9) best-performing CEO in the world 10) Supplier CEO of the year, 11) honorary doctorate from National Taiwan University, 12) Robert N. Noyce Award, 13) Time 100 member.

information_extraction

### Instruction: From the passage provided, extract the awards received by Jensen Huang from 1999-2021. ### Context: In 1999, Jensen Huang was named Entrepreneur of the Year in High Technology by Ernst & Young.[citation needed] In 2003, Huang received the Dr. Morris Chang Exemplary Leadership Award, which recognizes a leader who has made exceptional contributions to driving the development, innovation, growth, and long-term opportunities of the fabless semiconductor industry, from the Fabless Semiconductor Association. He was also a National Finalist for the EY Entrepreneur of the Year Award in 2003 and was an Award Recipient for the Northern California region in 1999.[citation needed] Additionally, Huang is a recipient of the Daniel J. Epstein Engineering Management Award from the University of Southern California and was named an Alumni Fellow by Oregon State University. Huang was awarded an honorary doctorate from Oregon State University at the June 13, 2009, commencement ceremony. In 2018, Huang was listed in the inaugural Edge 50, naming the world's top 50 influencers in edge computing. In October 2019, Harvard Business Review named Jensen Huang best-performing CEO in the world. In November 2020, Jensen Huang was named "Supplier CEO of the year" by Eurostars AutomotiveNewsEurope. Huang was awarded an honorary doctorate from National Taiwan University at the school anniversary in November, 2020.[better source needed] In August 2021, the Semiconductor Industry Association (SIA) announced that Jensen Huang is the 2021 recipient of the industry’s highest honor, the Robert N. Noyce Award. In September 2021, he was included in the Time 100, Time's annual list of the 100 most influential people in the world. ### Answer: Jensen Huang's awards include: 1) Entrepreneur of the Year in High Technology by Ernst & Young, 2) Dr. Morris Chang Exemplary Leadership Award, 3) National Finalist for the EY Entrepreneur of the Year Award, 4) Award Recipient for the Northern California region, 5) Daniel J. Epstein Engineering Management Award, 6) Alumni Fellow of Oregon State University, 7) honorary doctorate from Oregon State University, 8) Edge 50 member 9) best-performing CEO in the world 10) Supplier CEO of the year, 11) honorary doctorate from National Taiwan University, 12) Robert N. Noyce Award, 13) Time 100 member.

How is an electric field produced?

Electricity is the set of physical phenomena associated with the presence and motion of matter that has a property of electric charge. Electricity is related to magnetism, both being part of the phenomenon of electromagnetism, as described by Maxwell's equations. Various common phenomena are related to electricity, including lightning, static electricity, electric heating, electric discharges and many others. The presence of either a positive or negative electric charge produces an electric field. The movement of electric charges is an electric current and produces a magnetic field. In most applications, a force acts on a charge with a magnitude given by Coulomb's law. Electric potential is typically measured in volts. Electricity is at the heart of many modern technologies, being used for: Electric power where electric current is used to energise equipment; Electronics which deals with electrical circuits that involve active electrical components such as vacuum tubes, transistors, diodes and integrated circuits, and associated passive interconnection technologies. Electrical phenomena have been studied since antiquity, though progress in theoretical understanding remained slow until the 17th and 18th centuries. The theory of electromagnetism was developed in the 19th century, and by the end of that century electricity was being put to industrial and residential use by electrical engineers. The rapid expansion in electrical technology at this time transformed industry and society, becoming a driving force for the Second Industrial Revolution. Electricity's extraordinary versatility means it can be put to an almost limitless set of applications which include transport, heating, lighting, communications, and computation. Electrical power is now the backbone of modern industrial society.

The presence of either a positive or negative electric charge produces an electric field.

information_extraction

### Instruction: How is an electric field produced? ### Context: Electricity is the set of physical phenomena associated with the presence and motion of matter that has a property of electric charge. Electricity is related to magnetism, both being part of the phenomenon of electromagnetism, as described by Maxwell's equations. Various common phenomena are related to electricity, including lightning, static electricity, electric heating, electric discharges and many others. The presence of either a positive or negative electric charge produces an electric field. The movement of electric charges is an electric current and produces a magnetic field. In most applications, a force acts on a charge with a magnitude given by Coulomb's law. Electric potential is typically measured in volts. Electricity is at the heart of many modern technologies, being used for: Electric power where electric current is used to energise equipment; Electronics which deals with electrical circuits that involve active electrical components such as vacuum tubes, transistors, diodes and integrated circuits, and associated passive interconnection technologies. Electrical phenomena have been studied since antiquity, though progress in theoretical understanding remained slow until the 17th and 18th centuries. The theory of electromagnetism was developed in the 19th century, and by the end of that century electricity was being put to industrial and residential use by electrical engineers. The rapid expansion in electrical technology at this time transformed industry and society, becoming a driving force for the Second Industrial Revolution. Electricity's extraordinary versatility means it can be put to an almost limitless set of applications which include transport, heating, lighting, communications, and computation. Electrical power is now the backbone of modern industrial society. ### Answer: The presence of either a positive or negative electric charge produces an electric field.

From the passage below, please extract the names of the general partners from a16z.

Between 2006 and 2010, Marc Andreessen and Ben Horowitz actively invested in technology companies. Separately, and together, they invested $4 million in 45 start-ups including Twitter. During this time, the two became known as "super angel" investors. On July 6, 2009, Andreessen and Horowitz launched their venture capital fund with an initial capitalization of $300 million. In November 2010, at a time when the field of venture capitalism was contracting, the company raised another $650 million for a second venture fund. In less than two years, the firm was managing a total of $1.2 billion under the two funds. In May 2011, Andreessen ranked number 10 on the 2011 Forbes Midas List of Tech's Top Investors while he and Horowitz ranked number 6 on Vanity Fair's 2011 New Establishment List and number 1 on CNET's 2011 most influential investors list. As of March 27, 2014, the firm managed $4 billion in assets after the closing of its fourth fund at $1.5 billion. In addition to Andreessen and Horowitz, the firm's general partners include John O'Farrell, Scott Weiss, Jeff Jordan, Peter Levine, Chris Dixon, Vijay Pande, Martin Casado and Sriram Krishnan. In March 2019, it was reported that Andreessen Horowitz was opening an office in San Francisco. In January 2022, Andreessen Horowitz raised $9 billion for its venture capital, growth-stage and biotech-focused vehicles. As of April 2022, the firm manages $28.2 billion in assets.

In addition to the founders, Marc Andreessen and Ben Horowitz, a16z general partners include John O'Farrell, Scott Weiss, Jeff Jordan, Peter Levine, Chris Dixon, Vijay Pande, Martin Casado and Sriram Krishnan.

information_extraction

### Instruction: From the passage below, please extract the names of the general partners from a16z. ### Context: Between 2006 and 2010, Marc Andreessen and Ben Horowitz actively invested in technology companies. Separately, and together, they invested $4 million in 45 start-ups including Twitter. During this time, the two became known as "super angel" investors. On July 6, 2009, Andreessen and Horowitz launched their venture capital fund with an initial capitalization of $300 million. In November 2010, at a time when the field of venture capitalism was contracting, the company raised another $650 million for a second venture fund. In less than two years, the firm was managing a total of $1.2 billion under the two funds. In May 2011, Andreessen ranked number 10 on the 2011 Forbes Midas List of Tech's Top Investors while he and Horowitz ranked number 6 on Vanity Fair's 2011 New Establishment List and number 1 on CNET's 2011 most influential investors list. As of March 27, 2014, the firm managed $4 billion in assets after the closing of its fourth fund at $1.5 billion. In addition to Andreessen and Horowitz, the firm's general partners include John O'Farrell, Scott Weiss, Jeff Jordan, Peter Levine, Chris Dixon, Vijay Pande, Martin Casado and Sriram Krishnan. In March 2019, it was reported that Andreessen Horowitz was opening an office in San Francisco. In January 2022, Andreessen Horowitz raised $9 billion for its venture capital, growth-stage and biotech-focused vehicles. As of April 2022, the firm manages $28.2 billion in assets. ### Answer: In addition to the founders, Marc Andreessen and Ben Horowitz, a16z general partners include John O'Farrell, Scott Weiss, Jeff Jordan, Peter Levine, Chris Dixon, Vijay Pande, Martin Casado and Sriram Krishnan.

What is exchange rate?

In finance, an exchange rate is the rate at which one currency will be exchanged for another currency. Currencies are most commonly national currencies, but may be sub-national as in the case of Hong Kong or supra-national as in the case of the euro.

Exchange rate is the rate at which one currency will be exchanged at for another currency. Most countries have their own national currency. However, some currency are sub-national such as Hong Kong; some are supra-national such as the euro.

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### Instruction: What is exchange rate? ### Context: In finance, an exchange rate is the rate at which one currency will be exchanged for another currency. Currencies are most commonly national currencies, but may be sub-national as in the case of Hong Kong or supra-national as in the case of the euro. ### Answer: Exchange rate is the rate at which one currency will be exchanged at for another currency. Most countries have their own national currency. However, some currency are sub-national such as Hong Kong; some are supra-national such as the euro.

Which countries today were commonly part of the Fertile Crescent in history?

Traditional dried fruit such as raisins, figs, dates, apricots and apples have been a staple of Mediterranean diets for millennia. This is due partly to their early cultivation in the Middle Eastern region known as the Fertile Crescent, made up by parts of modern Iran, Iraq, southwest Turkey, Syria, Lebanon, Palestine, Israel, and northern Egypt. Drying or dehydration also happened to be the earliest form of food preservation: grapes, dates, and figs that fell from the tree or vine would dry in the hot sun. Early hunter-gatherers observed that these fallen fruit took on an edible form, and valued them for their stability as well as their concentrated sweetness. The earliest recorded mention of dried fruits can be found in Mesopotamian tablets dating to about 1500 BC, which contain what are probably the oldest known written recipes. These clay slabs, written in Akkadian, the daily language of Babylonia, were inscribed in cuneiform and tell of diets based on grains (barley, millet, wheat), vegetables and fruits such as dates, figs, apples, pomegranates, and grapes. These early civilizations used dates, date juice evaporated into syrup and raisins as sweeteners. They included dried fruits in their breads for which they had more than 300 recipes, from simple barley bread for the workers to very elaborate, spiced cakes with honey for the palaces and temples. The date palm was one of the first cultivated trees. It was domesticated in Mesopotamia more than 5,000 years ago. It grew abundantly in the Fertile Crescent and it was so productive (an average date palm produces 50 kg (100 lbs) of fruit a year for 60 years or more) that dates were the cheapest of staple foods. Because they were so valuable, they were well recorded in Assyrian and Babylonian monuments and temples. The villagers in Mesopotamia dried them and ate them as sweets. Whether fresh, soft-dried or hard-dried, they helped to give character to meat dishes and grain pies. They were valued by travelers for their energy and were recommended as stimulants against fatigue. Figs were also prized in early Mesopotamia, Palestine, Israel, and Egypt where their daily use was probably greater than or equal to that of dates. As well as appearing in wall paintings, many specimens have been found in Egyptian tombs as funerary offerings. In Greece and Crete, figs grew very readily and they were the staple of poor and rich alike, particularly in their dried form. Grape cultivation first began in Armenia and the eastern regions of the Mediterranean in the 4th century BC. Raisins were produced by drying grapes in the hot desert sun. Very quickly, viticulture and raisin production spread across northern Africa including Morocco and Tunisia. The Phoenicians and the Egyptians popularized the production of raisins, probably due to the perfect arid environment for sun drying. They put them in jars for storage and allotted them to the different temples by the thousands. They also added them to breads and various pastries, some made with honey, some with milk and eggs. From the Middle East, these fruits spread through Greece to Italy where they became a major part of the diet. Ancient Romans consumed raisins in spectacular quantities and at all levels of society, including them as a key part of their common meals, along with olives and fresh fruits. Raisined breads were common for breakfast and were consumed with their grains, beans, and cultured milks. Raisins were so valued that they transcended the food realm and became rewards for successful athletes, as well as premium barter currency. Having dried fruits was essential in ancient Rome as these instructions for housekeepers around 100 BC tell: "She must keep a supply of cooked food on hand for you and the servants. She must keep many hens and have plenty of eggs. She must have a large store of dried pears, sorbs, figs, raisins, sorbs in must, preserved pears and grapes and quinces. She must also keep preserved grapes in grape-pulp and in pots buried in the ground, as well as fresh Praenestine nuts kept in the same way, and Scantian quinces in jars, and other fruits that are usually preserved, as well as wild fruits. All these she must store away diligently every year." Figs were also extremely popular in Rome. Dried figs were added to bread and formed a major part of the winter food of country people. They were rubbed with spices such as cumin, anise and fennel seeds, or toasted sesame, wrapped in fig leaves and stored in jars. Today, major producing regions include Israel, Jerusalem, Gaza and many other Arabic countries. Dried figs are rich in vitamins, phosphorus and various other important minerals. Plums, apricots and peaches had their origins in Asia. They were domesticated in China in the 3rd millennium BC and spread to the Fertile Crescent where they were also very popular, fresh and dried alike. They arrived in Greece and Italy much later and were very expensive but valued in the preparation of gourmet dishes with port or stewed with honey and spices.

The Middle Eastern region known as the Fertile Crescent, is made up by parts of modern Iran, Iraq, southwest Turkey, Syria, Lebanon, Palestine, Israel, and northern Egypt.

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### Instruction: Which countries today were commonly part of the Fertile Crescent in history? ### Context: Traditional dried fruit such as raisins, figs, dates, apricots and apples have been a staple of Mediterranean diets for millennia. This is due partly to their early cultivation in the Middle Eastern region known as the Fertile Crescent, made up by parts of modern Iran, Iraq, southwest Turkey, Syria, Lebanon, Palestine, Israel, and northern Egypt. Drying or dehydration also happened to be the earliest form of food preservation: grapes, dates, and figs that fell from the tree or vine would dry in the hot sun. Early hunter-gatherers observed that these fallen fruit took on an edible form, and valued them for their stability as well as their concentrated sweetness. The earliest recorded mention of dried fruits can be found in Mesopotamian tablets dating to about 1500 BC, which contain what are probably the oldest known written recipes. These clay slabs, written in Akkadian, the daily language of Babylonia, were inscribed in cuneiform and tell of diets based on grains (barley, millet, wheat), vegetables and fruits such as dates, figs, apples, pomegranates, and grapes. These early civilizations used dates, date juice evaporated into syrup and raisins as sweeteners. They included dried fruits in their breads for which they had more than 300 recipes, from simple barley bread for the workers to very elaborate, spiced cakes with honey for the palaces and temples. The date palm was one of the first cultivated trees. It was domesticated in Mesopotamia more than 5,000 years ago. It grew abundantly in the Fertile Crescent and it was so productive (an average date palm produces 50 kg (100 lbs) of fruit a year for 60 years or more) that dates were the cheapest of staple foods. Because they were so valuable, they were well recorded in Assyrian and Babylonian monuments and temples. The villagers in Mesopotamia dried them and ate them as sweets. Whether fresh, soft-dried or hard-dried, they helped to give character to meat dishes and grain pies. They were valued by travelers for their energy and were recommended as stimulants against fatigue. Figs were also prized in early Mesopotamia, Palestine, Israel, and Egypt where their daily use was probably greater than or equal to that of dates. As well as appearing in wall paintings, many specimens have been found in Egyptian tombs as funerary offerings. In Greece and Crete, figs grew very readily and they were the staple of poor and rich alike, particularly in their dried form. Grape cultivation first began in Armenia and the eastern regions of the Mediterranean in the 4th century BC. Raisins were produced by drying grapes in the hot desert sun. Very quickly, viticulture and raisin production spread across northern Africa including Morocco and Tunisia. The Phoenicians and the Egyptians popularized the production of raisins, probably due to the perfect arid environment for sun drying. They put them in jars for storage and allotted them to the different temples by the thousands. They also added them to breads and various pastries, some made with honey, some with milk and eggs. From the Middle East, these fruits spread through Greece to Italy where they became a major part of the diet. Ancient Romans consumed raisins in spectacular quantities and at all levels of society, including them as a key part of their common meals, along with olives and fresh fruits. Raisined breads were common for breakfast and were consumed with their grains, beans, and cultured milks. Raisins were so valued that they transcended the food realm and became rewards for successful athletes, as well as premium barter currency. Having dried fruits was essential in ancient Rome as these instructions for housekeepers around 100 BC tell: "She must keep a supply of cooked food on hand for you and the servants. She must keep many hens and have plenty of eggs. She must have a large store of dried pears, sorbs, figs, raisins, sorbs in must, preserved pears and grapes and quinces. She must also keep preserved grapes in grape-pulp and in pots buried in the ground, as well as fresh Praenestine nuts kept in the same way, and Scantian quinces in jars, and other fruits that are usually preserved, as well as wild fruits. All these she must store away diligently every year." Figs were also extremely popular in Rome. Dried figs were added to bread and formed a major part of the winter food of country people. They were rubbed with spices such as cumin, anise and fennel seeds, or toasted sesame, wrapped in fig leaves and stored in jars. Today, major producing regions include Israel, Jerusalem, Gaza and many other Arabic countries. Dried figs are rich in vitamins, phosphorus and various other important minerals. Plums, apricots and peaches had their origins in Asia. They were domesticated in China in the 3rd millennium BC and spread to the Fertile Crescent where they were also very popular, fresh and dried alike. They arrived in Greece and Italy much later and were very expensive but valued in the preparation of gourmet dishes with port or stewed with honey and spices. ### Answer: The Middle Eastern region known as the Fertile Crescent, is made up by parts of modern Iran, Iraq, southwest Turkey, Syria, Lebanon, Palestine, Israel, and northern Egypt.

List the people who voiced Yogi Bear in the 1980s.

From the time of the character's debut until 1988, Yogi was voiced by voice actor Daws Butler. Butler died in 1988; his last performance as Yogi was in the television film Yogi and the Invasion of the Space Bears. In 1983, a Yogi Bear balloon made its first appearance in the Macy's Thanksgiving Day Parade, becoming the final balloon that year. That same year, he appeared on a float named A Hanna-Barbera Christmas alongside many other Hanna-Barbera characters, as they cleaned up the streets of Broadway. The performance was bookended with animated segments featuring Yogi and Boo-Boo, voiced by Mel Blanc and Butler, respectively. After Butler's death in 1988, Greg Burson stepped in to perform the role; Butler had taught Burson personally how to voice Yogi as well as his other characters. Worsening alcoholism and a legal incident led to Burson's firing in 2004 and eventually his death in 2008. Yogi's current voice actor is Jeff Bergman. Bergman and Billy West also performed the character throughout the 1990s and early to mid-2000s for various Cartoon Network and Boomerang commercials and bumpers.

Daws Butler voiced Yogi Bear until 1988. Greg Burson took over for the rest of the 1980s.

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### Instruction: List the people who voiced Yogi Bear in the 1980s. ### Context: From the time of the character's debut until 1988, Yogi was voiced by voice actor Daws Butler. Butler died in 1988; his last performance as Yogi was in the television film Yogi and the Invasion of the Space Bears. In 1983, a Yogi Bear balloon made its first appearance in the Macy's Thanksgiving Day Parade, becoming the final balloon that year. That same year, he appeared on a float named A Hanna-Barbera Christmas alongside many other Hanna-Barbera characters, as they cleaned up the streets of Broadway. The performance was bookended with animated segments featuring Yogi and Boo-Boo, voiced by Mel Blanc and Butler, respectively. After Butler's death in 1988, Greg Burson stepped in to perform the role; Butler had taught Burson personally how to voice Yogi as well as his other characters. Worsening alcoholism and a legal incident led to Burson's firing in 2004 and eventually his death in 2008. Yogi's current voice actor is Jeff Bergman. Bergman and Billy West also performed the character throughout the 1990s and early to mid-2000s for various Cartoon Network and Boomerang commercials and bumpers. ### Answer: Daws Butler voiced Yogi Bear until 1988. Greg Burson took over for the rest of the 1980s.

Extract all the academic degrees from the text

Schmidt was born in Falls Church, Virginia, and grew up in Falls Church and Blacksburg, Virginia. He is one of three sons of Eleanor, who had a master's degree in psychology, and Wilson Emerson Schmidt, a professor of international economics at Virginia Tech and Johns Hopkins University, who worked at the U.S. Treasury Department during the Nixon Administration. Schmidt spent part of his childhood in Italy as a result of his father's work and has stated that it had changed his outlook. Schmidt graduated from Yorktown High School in the Yorktown neighborhood of Arlington County, Virginia, in 1972, after earning eight varsity letter awards in long-distance running. He attended Princeton University, starting as an architecture major and switching to electrical engineering, earning a Bachelor of Science in Engineering degree in 1976. From 1976 to 1980, Schmidt resided at the International House Berkeley, where he met his future wife, Wendy Boyle. In 1979, at the University of California, Berkeley, Schmidt earned an M.S. degree for designing and implementing a network (Berknet) linking the campus computer center with the CS and EECS departments. There, he also earned a PhD degree in 1982 in EECS, with a dissertation about the problems of managing distributed software development and tools for solving these problems.

Master's Degree in Psychology Bachelor of Science in Engineering Master's of Science PhD in EECS

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### Instruction: Extract all the academic degrees from the text ### Context: Schmidt was born in Falls Church, Virginia, and grew up in Falls Church and Blacksburg, Virginia. He is one of three sons of Eleanor, who had a master's degree in psychology, and Wilson Emerson Schmidt, a professor of international economics at Virginia Tech and Johns Hopkins University, who worked at the U.S. Treasury Department during the Nixon Administration. Schmidt spent part of his childhood in Italy as a result of his father's work and has stated that it had changed his outlook. Schmidt graduated from Yorktown High School in the Yorktown neighborhood of Arlington County, Virginia, in 1972, after earning eight varsity letter awards in long-distance running. He attended Princeton University, starting as an architecture major and switching to electrical engineering, earning a Bachelor of Science in Engineering degree in 1976. From 1976 to 1980, Schmidt resided at the International House Berkeley, where he met his future wife, Wendy Boyle. In 1979, at the University of California, Berkeley, Schmidt earned an M.S. degree for designing and implementing a network (Berknet) linking the campus computer center with the CS and EECS departments. There, he also earned a PhD degree in 1982 in EECS, with a dissertation about the problems of managing distributed software development and tools for solving these problems. ### Answer: Master's Degree in Psychology Bachelor of Science in Engineering Master's of Science PhD in EECS

Tell me how many final fours purdue has been to and whether or not they have won any championships

The Purdue Boilermakers basketball team is a men's college basketball program that competes in NCAA Division I and is a member of the Big Ten Conference. Purdue basketball holds the most Big Ten regular season championships, with 25. Purdue also holds a winning record against all other Big Ten schools in head-to-head match ups. The Boilermakers have reached two NCAA Tournament Final Fours and one championship game, but have not won an NCAA Championship. The 1931–32 team was retroactively named a national champion by the Helms Athletic Foundation and the Premo-Porretta Power Poll. Purdue has sent more than 30 players to the NBA, including two overall No. 1 picks in the NBA draft. Purdue has one main rivalry against the Indiana Hoosiers (see Indiana–Purdue Rivalry).

The Purdue Boilermakers men's basketball team has reached two NCAA Tournament Final Fours. While they have not won any national championships, they were retroactively named a national champion in 1932. They have also won 25 Big Ten regular season championships.

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### Instruction: Tell me how many final fours purdue has been to and whether or not they have won any championships ### Context: The Purdue Boilermakers basketball team is a men's college basketball program that competes in NCAA Division I and is a member of the Big Ten Conference. Purdue basketball holds the most Big Ten regular season championships, with 25. Purdue also holds a winning record against all other Big Ten schools in head-to-head match ups. The Boilermakers have reached two NCAA Tournament Final Fours and one championship game, but have not won an NCAA Championship. The 1931–32 team was retroactively named a national champion by the Helms Athletic Foundation and the Premo-Porretta Power Poll. Purdue has sent more than 30 players to the NBA, including two overall No. 1 picks in the NBA draft. Purdue has one main rivalry against the Indiana Hoosiers (see Indiana–Purdue Rivalry). ### Answer: The Purdue Boilermakers men's basketball team has reached two NCAA Tournament Final Fours. While they have not won any national championships, they were retroactively named a national champion in 1932. They have also won 25 Big Ten regular season championships.

Extract the reasons the Atcama Desert is one of the driest places on earth and list them in bullet format.

One of the driest places on Earth is the Atacama Desert. It is virtually devoid of life because it is blocked from receiving precipitation by the Andes mountains to the east and the Chilean Coast Range to the west. The cold Humboldt Current and the anticyclone of the Pacific are essential to keep the dry climate of the Atacama. The average precipitation in the Chilean region of Antofagasta is just 1 mm (0.039 in) per year. Some weather stations in the Atacama have never received rain. Evidence suggests that the Atacama may not have had any significant rainfall from 1570 to 1971. It is so arid that mountains that reach as high as 6,885 m (22,589 ft) are completely free of glaciers and, in the southern part from 25°S to 27°S, may have been glacier-free throughout the Quaternary, though permafrost extends down to an altitude of 4,400 m (14,400 ft) and is continuous above 5,600 m (18,400 ft). Nevertheless, there is some plant life in the Atacama, in the form of specialist plants that obtain moisture from dew and the fogs that blow in from the Pacific.

-blocked from receiving precipitation by the Andes mountains to the east and the Chilean Coast Range to the west -cold Humboldt Current and the anticyclone of the Pacific

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### Instruction: Extract the reasons the Atcama Desert is one of the driest places on earth and list them in bullet format. ### Context: One of the driest places on Earth is the Atacama Desert. It is virtually devoid of life because it is blocked from receiving precipitation by the Andes mountains to the east and the Chilean Coast Range to the west. The cold Humboldt Current and the anticyclone of the Pacific are essential to keep the dry climate of the Atacama. The average precipitation in the Chilean region of Antofagasta is just 1 mm (0.039 in) per year. Some weather stations in the Atacama have never received rain. Evidence suggests that the Atacama may not have had any significant rainfall from 1570 to 1971. It is so arid that mountains that reach as high as 6,885 m (22,589 ft) are completely free of glaciers and, in the southern part from 25°S to 27°S, may have been glacier-free throughout the Quaternary, though permafrost extends down to an altitude of 4,400 m (14,400 ft) and is continuous above 5,600 m (18,400 ft). Nevertheless, there is some plant life in the Atacama, in the form of specialist plants that obtain moisture from dew and the fogs that blow in from the Pacific. ### Answer: -blocked from receiving precipitation by the Andes mountains to the east and the Chilean Coast Range to the west -cold Humboldt Current and the anticyclone of the Pacific

Give me a comma separated list of all the organizations Henry Holst worked for based on this article.

The Henry Holst String Quartet was founded by the Danish violinist Henry Holst in 1931. Holst had studied at the Royal Danish Conservatory under Axel Gade and Carl Nielsen. In 1923, he was appointed leader of the Berlin Philharmonic Orchestra, but in 1931 he moved to Manchester as a Professor at the Royal Manchester College of Music. The move to Manchester led to the formation of the Henry Holst String Quartet with Charles Taylor (second violin), Herbert Downes (viola) and Anthony Pini (cello). The ensemble was recognised as fine quartet, touring extensively in the UK and broadcasting on BBC Radio. They played a number of times in Liverpool for the Rodewald Concert Society in the 1934 and 1937 seasons. Ernest Element (2nd violin) and Frank Venton (viola) also sometimes played for the quartet. Herbert Downes left to lead his own quartet in 1935. Charles Taylor also left to found his own quartet and was replaced by Reginald Stead as second violin. Reginald Stead later became the leader of the BBC Northern Orchestra. Anthony Pini joined the London Philharmonic Orchestra in 1932 and was replaced by John C Hock as cellist. The Henry Holst Quartet finally disbanded when Henry Holst formed the Philharmonia Quartet in 1941 at the instigation of Walter Legge to record for Columbia Records.

Berlin Philharmonic Orchestra, Royal Manchester College of Music, Columbia Records

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### Instruction: Give me a comma separated list of all the organizations Henry Holst worked for based on this article. ### Context: The Henry Holst String Quartet was founded by the Danish violinist Henry Holst in 1931. Holst had studied at the Royal Danish Conservatory under Axel Gade and Carl Nielsen. In 1923, he was appointed leader of the Berlin Philharmonic Orchestra, but in 1931 he moved to Manchester as a Professor at the Royal Manchester College of Music. The move to Manchester led to the formation of the Henry Holst String Quartet with Charles Taylor (second violin), Herbert Downes (viola) and Anthony Pini (cello). The ensemble was recognised as fine quartet, touring extensively in the UK and broadcasting on BBC Radio. They played a number of times in Liverpool for the Rodewald Concert Society in the 1934 and 1937 seasons. Ernest Element (2nd violin) and Frank Venton (viola) also sometimes played for the quartet. Herbert Downes left to lead his own quartet in 1935. Charles Taylor also left to found his own quartet and was replaced by Reginald Stead as second violin. Reginald Stead later became the leader of the BBC Northern Orchestra. Anthony Pini joined the London Philharmonic Orchestra in 1932 and was replaced by John C Hock as cellist. The Henry Holst Quartet finally disbanded when Henry Holst formed the Philharmonia Quartet in 1941 at the instigation of Walter Legge to record for Columbia Records. ### Answer: Berlin Philharmonic Orchestra, Royal Manchester College of Music, Columbia Records

Which component of a PV solar system implements MPPT?

Maximum power point tracking (MPPT) or sometimes just power point tracking (PPT), is a technique used with variable power sources to maximize energy extraction as conditions vary. The technique is most commonly used with photovoltaic (PV) solar systems, but can also be used with wind turbines, optical power transmission and thermophotovoltaics. PV solar systems have varying relationships to inverter systems, external grids, battery banks, and other electrical loads. The central problem addressed by MPPT is that the efficiency of power transfer from the solar cell depends on the amount of available sunlight, shading, solar panel temperature and the load's electrical characteristics. As these conditions vary, the load characteristic (impedance) that gives the highest power transfer changes. The system is optimized when the load characteristic changes to keep power transfer at highest efficiency. This optimal load characteristic is called the maximum power point (MPP). MPPT is the process of adjusting the load characteristic as the conditions change. Circuits can be designed to present optimal loads to the photovoltaic cells and then convert the voltage, current, or frequency to suit other devices or systems. Solar cells' non-linear relationship between temperature and total resistance can be analyzed based on the Current-voltage (I-V) curve and the power-voltage (P-V) curves. MPPT samples cell output and applies the proper resistance (load) to obtain maximum power. MPPT devices are typically integrated into an electric power converter system that provides voltage or current conversion, filtering, and regulation for driving various loads, including power grids, batteries, or motors. Solar inverters convert DC power to AC power and may incorporate MPPT. The power at the MPP (Pmpp) is the product of the MPP voltage (Vmpp) and MPP current (Impp). In general, the P-V curve of a partially shaded solar array can have multiple peaks, and some algorithms can get stuck in a local maximum rather than the global maximum of the curve.

An MPPT device is usually integrated into the electric power converter system. The electric power converter system is responsible for voltage and current conversation like the DC to AC solar inverter.

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### Instruction: Which component of a PV solar system implements MPPT? ### Context: Maximum power point tracking (MPPT) or sometimes just power point tracking (PPT), is a technique used with variable power sources to maximize energy extraction as conditions vary. The technique is most commonly used with photovoltaic (PV) solar systems, but can also be used with wind turbines, optical power transmission and thermophotovoltaics. PV solar systems have varying relationships to inverter systems, external grids, battery banks, and other electrical loads. The central problem addressed by MPPT is that the efficiency of power transfer from the solar cell depends on the amount of available sunlight, shading, solar panel temperature and the load's electrical characteristics. As these conditions vary, the load characteristic (impedance) that gives the highest power transfer changes. The system is optimized when the load characteristic changes to keep power transfer at highest efficiency. This optimal load characteristic is called the maximum power point (MPP). MPPT is the process of adjusting the load characteristic as the conditions change. Circuits can be designed to present optimal loads to the photovoltaic cells and then convert the voltage, current, or frequency to suit other devices or systems. Solar cells' non-linear relationship between temperature and total resistance can be analyzed based on the Current-voltage (I-V) curve and the power-voltage (P-V) curves. MPPT samples cell output and applies the proper resistance (load) to obtain maximum power. MPPT devices are typically integrated into an electric power converter system that provides voltage or current conversion, filtering, and regulation for driving various loads, including power grids, batteries, or motors. Solar inverters convert DC power to AC power and may incorporate MPPT. The power at the MPP (Pmpp) is the product of the MPP voltage (Vmpp) and MPP current (Impp). In general, the P-V curve of a partially shaded solar array can have multiple peaks, and some algorithms can get stuck in a local maximum rather than the global maximum of the curve. ### Answer: An MPPT device is usually integrated into the electric power converter system. The electric power converter system is responsible for voltage and current conversation like the DC to AC solar inverter.

What is the typical lifespan of a dog?

The typical lifespan of dogs varies widely among breeds, but for most, the median longevity (the age at which half the dogs in a population have died and half are still alive) ranges from 10 to 13 years. The median longevity of mixed-breed dogs, taken as an average of all sizes, is one or more years longer than that of purebred dogs when all breeds are averaged. For dogs in England, increased body weight has been found to be negatively correlated with longevity (i.e., the heavier the dog, the shorter its lifespan), and mixed-breed dogs live on average 1.2 years longer than purebred dogs.

The median lifespan of most dogs is between 10 and 13 years. It varies depending on the breed of the dog.

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### Instruction: What is the typical lifespan of a dog? ### Context: The typical lifespan of dogs varies widely among breeds, but for most, the median longevity (the age at which half the dogs in a population have died and half are still alive) ranges from 10 to 13 years. The median longevity of mixed-breed dogs, taken as an average of all sizes, is one or more years longer than that of purebred dogs when all breeds are averaged. For dogs in England, increased body weight has been found to be negatively correlated with longevity (i.e., the heavier the dog, the shorter its lifespan), and mixed-breed dogs live on average 1.2 years longer than purebred dogs. ### Answer: The median lifespan of most dogs is between 10 and 13 years. It varies depending on the breed of the dog.

What are the three types of mobile app described in the passage.

Mobile Apps are broadly classified into three types: native apps, hybrid and web apps. Native applications are designed specifically for a mobile operating system, typically iOS or Android. Web apps are written in HTML5 or CSS and typically run through a browser. Hybrid apps are built using web technologies such as JavaScript, CSS, and HTML5 and function like web apps disguised in a native container.

Native, Hybrid, Web

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### Instruction: What are the three types of mobile app described in the passage. ### Context: Mobile Apps are broadly classified into three types: native apps, hybrid and web apps. Native applications are designed specifically for a mobile operating system, typically iOS or Android. Web apps are written in HTML5 or CSS and typically run through a browser. Hybrid apps are built using web technologies such as JavaScript, CSS, and HTML5 and function like web apps disguised in a native container. ### Answer: Native, Hybrid, Web

Find the price of Osborne 1 from this passage.

The Osborne effect is a social phenomenon of customers canceling or deferring orders for the current, soon-to-be-obsolete product as an unexpected drawback of a company's announcing a future product prematurely. It is an example of cannibalization. The term alludes to the Osborne Computer Corporation, whose second product did not become available until more than a year after it was announced. The company's subsequent bankruptcy was widely blamed on reduced sales after the announcement. The Osborne Effect states that prematurely discussing future, unavailable products damages sales of existing products. The name comes from the planned replacement of the Osborne 1, an early personal computer first sold by the Osborne Computer Corporation in 1981. In 1983, founder Adam Osborne pre-announced several next-generation computer models (the Osborne Executive and Osborne Vixen), which were only prototypes, highlighting the fact that they would outperform the existing model as the prototypes dramatically cut down assembly time. A widely held belief was that sales of the Osborne 1 fell sharply as customers anticipated those more advanced systems, leading to a sales decline from which Osborne Computer was unable to recover. This belief appeared in the media almost immediately after the company's September 1983 bankruptcy: To give the jazzy $2,495 Osborne Executive a running start, Adam began orchestrating publicity early in 1983. We, along with many other magazines, were shown the machine in locked hotel rooms. We were required not to have anything in print about it until the planned release date in mid-April. As far as we know, nothing did appear in print, but dealers heard about the plans and cancelled orders for the Osborne 1 in droves. In early April, Osborne told dealers he would be showing them the machine on a one-week tour the week of 17 April, and emphasized that the new machine was not a competitor for the Osborne 1. But dealers didn't react the way Osborne expected; said Osborne, "All of them just cancelled their orders for the Osborne 1." Osborne reacted by drastically cutting prices on the Osborne 1 in an effort to stimulate cash flow. But nothing seemed to work, and for several months sales were practically non-existent. Pre-announcement is done for several reasons: to reassure current customers that there is improvement or lower cost coming, to increase the interest of the media and investors in the company's future prospects, and to intimidate or confuse competitors. When done correctly, the sales or cash flow impact to the company is minimal, with the revenue drop for the current product being offset by orders or completed sales of the new product as it becomes available. However, when the Osborne effect occurs, the quantity of unsold goods increases and the company must react by discounting and/or lowering production of the current product, both of which depress cash flow.

The price of Osborne 1 is not mentioned in the passage. However, the price of its successor model Osborne Executive was $2,495.

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### Instruction: Find the price of Osborne 1 from this passage. ### Context: The Osborne effect is a social phenomenon of customers canceling or deferring orders for the current, soon-to-be-obsolete product as an unexpected drawback of a company's announcing a future product prematurely. It is an example of cannibalization. The term alludes to the Osborne Computer Corporation, whose second product did not become available until more than a year after it was announced. The company's subsequent bankruptcy was widely blamed on reduced sales after the announcement. The Osborne Effect states that prematurely discussing future, unavailable products damages sales of existing products. The name comes from the planned replacement of the Osborne 1, an early personal computer first sold by the Osborne Computer Corporation in 1981. In 1983, founder Adam Osborne pre-announced several next-generation computer models (the Osborne Executive and Osborne Vixen), which were only prototypes, highlighting the fact that they would outperform the existing model as the prototypes dramatically cut down assembly time. A widely held belief was that sales of the Osborne 1 fell sharply as customers anticipated those more advanced systems, leading to a sales decline from which Osborne Computer was unable to recover. This belief appeared in the media almost immediately after the company's September 1983 bankruptcy: To give the jazzy $2,495 Osborne Executive a running start, Adam began orchestrating publicity early in 1983. We, along with many other magazines, were shown the machine in locked hotel rooms. We were required not to have anything in print about it until the planned release date in mid-April. As far as we know, nothing did appear in print, but dealers heard about the plans and cancelled orders for the Osborne 1 in droves. In early April, Osborne told dealers he would be showing them the machine on a one-week tour the week of 17 April, and emphasized that the new machine was not a competitor for the Osborne 1. But dealers didn't react the way Osborne expected; said Osborne, "All of them just cancelled their orders for the Osborne 1." Osborne reacted by drastically cutting prices on the Osborne 1 in an effort to stimulate cash flow. But nothing seemed to work, and for several months sales were practically non-existent. Pre-announcement is done for several reasons: to reassure current customers that there is improvement or lower cost coming, to increase the interest of the media and investors in the company's future prospects, and to intimidate or confuse competitors. When done correctly, the sales or cash flow impact to the company is minimal, with the revenue drop for the current product being offset by orders or completed sales of the new product as it becomes available. However, when the Osborne effect occurs, the quantity of unsold goods increases and the company must react by discounting and/or lowering production of the current product, both of which depress cash flow. ### Answer: The price of Osborne 1 is not mentioned in the passage. However, the price of its successor model Osborne Executive was $2,495.

From the passage provided, extract the type of breed and the characteristics of the dog ?

The Golden Retriever is a Scottish breed of retriever dog of medium size. It is characterised by a gentle and affectionate nature and a striking golden coat. It is commonly kept as a pet and is among the most frequently registered breeds in several Western countries. It is a frequent competitor in dog shows and obedience trials; it is also used as a gundog, and may be trained for use as a guide dog.

It is a Scottish breed and it is characterised by a gentle and affectionate nature and also a golden coat.

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### Instruction: From the passage provided, extract the type of breed and the characteristics of the dog ? ### Context: The Golden Retriever is a Scottish breed of retriever dog of medium size. It is characterised by a gentle and affectionate nature and a striking golden coat. It is commonly kept as a pet and is among the most frequently registered breeds in several Western countries. It is a frequent competitor in dog shows and obedience trials; it is also used as a gundog, and may be trained for use as a guide dog. ### Answer: It is a Scottish breed and it is characterised by a gentle and affectionate nature and also a golden coat.

From the passage provided, find the names of the sequels to the movie Captain America: The First Avenger. Separate them with a comma.

Captain America: The First Avenger premiered at the El Capitan Theatre on July 19, 2011, and was released in the United States on July 22, as part of Phase One of the MCU. The film was commercially successful, grossing over $370 million worldwide. Critics particularly praised Evans' performance, the film's depiction of its 1940s time period, and Johnston's direction. Two sequels have been released: Captain America: The Winter Soldier (2014) and Captain America: Civil War (2016).

Captain America: The Winter Soldier (2014), Captain America: Civil War (2016).

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### Instruction: From the passage provided, find the names of the sequels to the movie Captain America: The First Avenger. Separate them with a comma. ### Context: Captain America: The First Avenger premiered at the El Capitan Theatre on July 19, 2011, and was released in the United States on July 22, as part of Phase One of the MCU. The film was commercially successful, grossing over $370 million worldwide. Critics particularly praised Evans' performance, the film's depiction of its 1940s time period, and Johnston's direction. Two sequels have been released: Captain America: The Winter Soldier (2014) and Captain America: Civil War (2016). ### Answer: Captain America: The Winter Soldier (2014), Captain America: Civil War (2016).

Given the following text, what is Mýrdalsjökull, which country is it located in, how much rain or snow does it receive each year?

Mýrdalsjökull (pronounced [ˈmirˌtalsˌjœːkʏtl̥] (listen), Icelandic for "(the) mire dale glacier" or "(the) mire valley glacier") is an ice cap in the south of Iceland. It is to the north of Vík í Mýrdal and to the east of the smaller ice cap Eyjafjallajökull. Between these two glaciers is Fimmvörðuháls pass. Its peak reaches 1,493 m (4,898 ft) in height and in the year 1980 it covered an area of approximately 595 km2 (230 sq mi). The icecap of the glacier covers an active volcano called Katla. The caldera of the volcano has a diameter of 10 km (6 mi) and the volcano erupts usually every 40–80 years. The last eruption took place in 1918. Scientists are actively monitoring the volcano, particularly after the eruption of nearby Eyjafjallajökull began in April 2010. Since the year 930, 16 eruptions have been documented. The Eldgjá, a volcanic eruption fissure about 30 km (19 mi) long, which erupted in the year 936, is part of the same volcanic system. Before the Hringvegur (the main ring road round the island) was built, people feared traversing the plains in front of the volcano because of the frequent jökulhlaups (glacial floods) and the deep rivers to be crossed, although the road is still vulnerable to major events. Especially dangerous was the glacial flood after the eruption of 1918 when the coastline was extended by 5 km (3.1 mi) by laharic flood deposits. Mýrdalsjökull is an exceedingly wet location, with models suggesting it receives more than 10 metres of precipitation annually.

What: an ice cap Country: Iceland rain or snow per year: 10 meters annually

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### Instruction: Given the following text, what is Mýrdalsjökull, which country is it located in, how much rain or snow does it receive each year? ### Context: Mýrdalsjökull (pronounced [ˈmirˌtalsˌjœːkʏtl̥] (listen), Icelandic for "(the) mire dale glacier" or "(the) mire valley glacier") is an ice cap in the south of Iceland. It is to the north of Vík í Mýrdal and to the east of the smaller ice cap Eyjafjallajökull. Between these two glaciers is Fimmvörðuháls pass. Its peak reaches 1,493 m (4,898 ft) in height and in the year 1980 it covered an area of approximately 595 km2 (230 sq mi). The icecap of the glacier covers an active volcano called Katla. The caldera of the volcano has a diameter of 10 km (6 mi) and the volcano erupts usually every 40–80 years. The last eruption took place in 1918. Scientists are actively monitoring the volcano, particularly after the eruption of nearby Eyjafjallajökull began in April 2010. Since the year 930, 16 eruptions have been documented. The Eldgjá, a volcanic eruption fissure about 30 km (19 mi) long, which erupted in the year 936, is part of the same volcanic system. Before the Hringvegur (the main ring road round the island) was built, people feared traversing the plains in front of the volcano because of the frequent jökulhlaups (glacial floods) and the deep rivers to be crossed, although the road is still vulnerable to major events. Especially dangerous was the glacial flood after the eruption of 1918 when the coastline was extended by 5 km (3.1 mi) by laharic flood deposits. Mýrdalsjökull is an exceedingly wet location, with models suggesting it receives more than 10 metres of precipitation annually. ### Answer: What: an ice cap Country: Iceland rain or snow per year: 10 meters annually

From the passage provided, extract the winter months in Andhra Pradesh. Separate them with a comma.

The climate of Andhra Pradesh varies considerably, depending on the geographical region. Summers last from March to June. In the coastal plain, the summer temperatures are generally higher than the rest of the state, with temperature ranging between 20 and 41 °C (68 and 106 °F). July to September is the season for tropical rains. About one-third of the total rainfall is brought by the northeast monsoon. October and November see low-pressure systems and tropical cyclones form in the Bay of Bengal which, along with the northeast monsoon, bring rains to the southern and coastal regions of the state. November, December, January, and February are the winter months in Andhra Pradesh. Since the state has a long coastal belt the winters are not very cold. The range of winter temperature is generally 12 to 30 °C (54 to 86 °F). Lambasingi in Visakhapatnam district is also nicknamed as the "Kashmir of Andhra Pradesh" due to its relatively cool climate as compared to others and the temperature ranges from 0 to 10 °C (32 to 50 °F).

November, December, January, February

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### Instruction: From the passage provided, extract the winter months in Andhra Pradesh. Separate them with a comma. ### Context: The climate of Andhra Pradesh varies considerably, depending on the geographical region. Summers last from March to June. In the coastal plain, the summer temperatures are generally higher than the rest of the state, with temperature ranging between 20 and 41 °C (68 and 106 °F). July to September is the season for tropical rains. About one-third of the total rainfall is brought by the northeast monsoon. October and November see low-pressure systems and tropical cyclones form in the Bay of Bengal which, along with the northeast monsoon, bring rains to the southern and coastal regions of the state. November, December, January, and February are the winter months in Andhra Pradesh. Since the state has a long coastal belt the winters are not very cold. The range of winter temperature is generally 12 to 30 °C (54 to 86 °F). Lambasingi in Visakhapatnam district is also nicknamed as the "Kashmir of Andhra Pradesh" due to its relatively cool climate as compared to others and the temperature ranges from 0 to 10 °C (32 to 50 °F). ### Answer: November, December, January, February

Extract the Greek cities mentioned in the below text and list them from smallest to largest

Greece, officially the Hellenic Republic, is a country in Southeast Europe. It is situated on the southern tip of the Balkan Peninsula, and is located at the crossroads of Europe, Asia, and Africa. Greece shares land borders with Albania to the northwest, North Macedonia and Bulgaria to the north, and Turkey to the northeast. The Aegean Sea lies to the east of the mainland, the Ionian Sea to the west, and the Sea of Crete and the Mediterranean Sea to the south. Greece has the longest coastline on the Mediterranean Basin, featuring thousands of islands. The country consists of nine traditional geographic regions, and has a population of approximately 10.5 million. Athens is the nation's capital and largest city, followed by Thessaloniki and Patras.

Patras, Thessaloniki and Athens

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### Instruction: Extract the Greek cities mentioned in the below text and list them from smallest to largest ### Context: Greece, officially the Hellenic Republic, is a country in Southeast Europe. It is situated on the southern tip of the Balkan Peninsula, and is located at the crossroads of Europe, Asia, and Africa. Greece shares land borders with Albania to the northwest, North Macedonia and Bulgaria to the north, and Turkey to the northeast. The Aegean Sea lies to the east of the mainland, the Ionian Sea to the west, and the Sea of Crete and the Mediterranean Sea to the south. Greece has the longest coastline on the Mediterranean Basin, featuring thousands of islands. The country consists of nine traditional geographic regions, and has a population of approximately 10.5 million. Athens is the nation's capital and largest city, followed by Thessaloniki and Patras. ### Answer: Patras, Thessaloniki and Athens

How many lifeboats did the Titanic have?

Like Olympic, Titanic carried a total of 20 lifeboats: 14 standard wooden Harland and Wolff lifeboats with a capacity of 65 people each and four Engelhardt "collapsible" (wooden bottom, collapsible canvas sides) lifeboats (identified as A to D) with a capacity of 47 people each. In addition, she had two emergency cutters with a capacity of 40 people each. Olympic carried at least two collapsible boats on either side of her number one funnel. All of the lifeboats were stowed securely on the boat deck and, except for collapsible lifeboats A and B, connected to davits by ropes. Those on the starboard side were odd-numbered 1–15 from bow to stern, while those on the port side were even-numbered 2–16 from bow to stern.

The titanic had a total of 20 life boats. There were 14 lifeboats with 65 spots, four lifeboats with 47 spots and two lifeboats with 40 spots.

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### Instruction: How many lifeboats did the Titanic have? ### Context: Like Olympic, Titanic carried a total of 20 lifeboats: 14 standard wooden Harland and Wolff lifeboats with a capacity of 65 people each and four Engelhardt "collapsible" (wooden bottom, collapsible canvas sides) lifeboats (identified as A to D) with a capacity of 47 people each. In addition, she had two emergency cutters with a capacity of 40 people each. Olympic carried at least two collapsible boats on either side of her number one funnel. All of the lifeboats were stowed securely on the boat deck and, except for collapsible lifeboats A and B, connected to davits by ropes. Those on the starboard side were odd-numbered 1–15 from bow to stern, while those on the port side were even-numbered 2–16 from bow to stern. ### Answer: The titanic had a total of 20 life boats. There were 14 lifeboats with 65 spots, four lifeboats with 47 spots and two lifeboats with 40 spots.

From the passage provided, extract the year in which Elizabeth Taylor moved to Los Angeles

Dame Elizabeth Rosemond Taylor DBE (February 27, 1932 – March 23, 2011) was a British-American actress. She began her career as a child actress in the early 1940s and was one of the most popular stars of classical Hollywood cinema in the 1950s. She then became the world's highest paid movie star in the 1960s, remaining a well-known public figure for the rest of her life. In 1999, the American Film Institute named her the seventh-greatest female screen legend of Classic Hollywood cinema. Born in London to socially prominent American parents, Taylor moved with her family to Los Angeles in 1939. She made her acting debut with a minor role in the Universal Pictures film There's One Born Every Minute (1942), but the studio ended her contract after a year. She was then signed by Metro-Goldwyn-Mayer and became a popular teen star after appearing in National Velvet (1944). She transitioned to mature roles in the 1950s, when she starred in the comedy Father of the Bride (1950) and received critical acclaim for her performance in the drama A Place in the Sun (1951). She starred in "Ivanhoe" with Robert Taylor and Joan Fontaine. (1952). Despite being one of MGM's most bankable stars, Taylor wished to end her career in the early 1950s. She resented the studio's control and disliked many of the films to which she was assigned. She began receiving more enjoyable roles in the mid-1950s, beginning with the epic drama Giant (1956), and starred in several critically and commercially successful films in the following years. These included two film adaptations of plays by Tennessee Williams: Cat on a Hot Tin Roof (1958), and Suddenly, Last Summer (1959); Taylor won a Golden Globe for Best Actress for the latter. Although she disliked her role as a call girl in BUtterfield 8 (1960), her last film for MGM, she won the Academy Award for Best Actress for her performance.

Elizabeth Taylor moved to Los Angeles in the year 1939

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### Instruction: From the passage provided, extract the year in which Elizabeth Taylor moved to Los Angeles ### Context: Dame Elizabeth Rosemond Taylor DBE (February 27, 1932 – March 23, 2011) was a British-American actress. She began her career as a child actress in the early 1940s and was one of the most popular stars of classical Hollywood cinema in the 1950s. She then became the world's highest paid movie star in the 1960s, remaining a well-known public figure for the rest of her life. In 1999, the American Film Institute named her the seventh-greatest female screen legend of Classic Hollywood cinema. Born in London to socially prominent American parents, Taylor moved with her family to Los Angeles in 1939. She made her acting debut with a minor role in the Universal Pictures film There's One Born Every Minute (1942), but the studio ended her contract after a year. She was then signed by Metro-Goldwyn-Mayer and became a popular teen star after appearing in National Velvet (1944). She transitioned to mature roles in the 1950s, when she starred in the comedy Father of the Bride (1950) and received critical acclaim for her performance in the drama A Place in the Sun (1951). She starred in "Ivanhoe" with Robert Taylor and Joan Fontaine. (1952). Despite being one of MGM's most bankable stars, Taylor wished to end her career in the early 1950s. She resented the studio's control and disliked many of the films to which she was assigned. She began receiving more enjoyable roles in the mid-1950s, beginning with the epic drama Giant (1956), and starred in several critically and commercially successful films in the following years. These included two film adaptations of plays by Tennessee Williams: Cat on a Hot Tin Roof (1958), and Suddenly, Last Summer (1959); Taylor won a Golden Globe for Best Actress for the latter. Although she disliked her role as a call girl in BUtterfield 8 (1960), her last film for MGM, she won the Academy Award for Best Actress for her performance. ### Answer: Elizabeth Taylor moved to Los Angeles in the year 1939

What is the main source of electricity generation in France?

According to the International Energy Agency, France has historically generated a very low level of carbon dioxide emissions compared to other G7 economies due to its reliance on nuclear energy. Energy in France is generated from five primary sources: coal, natural gas, liquid fuels, nuclear power, and renewables. In 2020, nuclear power made up the largest portion of electricity generation, at around 78%. Renewables accounted for 19.1% of energy consumption. France has the largest share of nuclear electricity in the world. The country is also among the world's biggest net exporters of electricity. The country is increasingly investing in renewable energy and has set a target of 32% by 2030.

The electricity production in France is dominated by nuclear power that accounted around 78% of electricity generation in 2020.

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### Instruction: What is the main source of electricity generation in France? ### Context: According to the International Energy Agency, France has historically generated a very low level of carbon dioxide emissions compared to other G7 economies due to its reliance on nuclear energy. Energy in France is generated from five primary sources: coal, natural gas, liquid fuels, nuclear power, and renewables. In 2020, nuclear power made up the largest portion of electricity generation, at around 78%. Renewables accounted for 19.1% of energy consumption. France has the largest share of nuclear electricity in the world. The country is also among the world's biggest net exporters of electricity. The country is increasingly investing in renewable energy and has set a target of 32% by 2030. ### Answer: The electricity production in France is dominated by nuclear power that accounted around 78% of electricity generation in 2020.

Extract what happened to Athens in the Peloponnesian War

Lack of political unity within Greece resulted in frequent conflict between Greek states. The most devastating intra-Greek war was the Peloponnesian War (431–404 BC), won by Sparta and marking the demise of the Athenian Empire as the leading power in ancient Greece. Both Athens and Sparta were later overshadowed by Thebes and eventually Macedon, with the latter uniting most of the city-states of the Greek hinterland in the League of Corinth (also known as the Hellenic League or Greek League) under the control of Philip II. Despite this development, the Greek world remained largely fragmented and would not be united under a single power until the Roman years.

Athens lost the Peloponnesian war leading to the demise of the Athenian Empire

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### Instruction: Extract what happened to Athens in the Peloponnesian War ### Context: Lack of political unity within Greece resulted in frequent conflict between Greek states. The most devastating intra-Greek war was the Peloponnesian War (431–404 BC), won by Sparta and marking the demise of the Athenian Empire as the leading power in ancient Greece. Both Athens and Sparta were later overshadowed by Thebes and eventually Macedon, with the latter uniting most of the city-states of the Greek hinterland in the League of Corinth (also known as the Hellenic League or Greek League) under the control of Philip II. Despite this development, the Greek world remained largely fragmented and would not be united under a single power until the Roman years. ### Answer: Athens lost the Peloponnesian war leading to the demise of the Athenian Empire

Which of the tree species mentioned in the text are used as a source of food for animals?

Multipurpose trees or multifunctional trees are trees that are deliberately grown and managed for more than one output. They may supply food in the form of fruit, nuts, or leaves that can be used as a vegetable; while at the same time supplying firewood, adding nitrogen to the soil, or supplying some other combination of multiple outputs. "Multipurpose tree" is a term common to agroforestry, particularly when speaking of tropical agroforestry where the tree owner is a subsistence farmer. While all trees can be said to serve several purposes, such as providing habitat, shade, or soil improvement; multipurpose trees have a greater impact on a farmer's well-being because they fulfill more than one basic human need. In most cases multipurpose trees have a primary role; such as being part of a living fence, or a windbreak, or used in an ally cropping system. In addition to this they will have one or more secondary roles, most often supplying a family with food or firewood, or both. When a multipurpose tree is planted, a number of needs and functions can be fulfilled at once. They may be used as a windbreak, while also supplying a staple food for the owner. They may be used as fencepost in a living fence, while also being the main source of firewood for the owner. They may be intercropped into existing fields, to supply nitrogen to the soil, and at the same time serve as a source of both food and firewood. Common multipurpose trees of the tropics include: Gliricidia (Gliricidia sepium) – the most common tree used for living fences in Central America, firewood, fodder, fixing nitrogen into the soil. Moringa (Moringa oleifera) – edible leaves, pods and beans, commonly used for animal forage and shade (it does not fix nitrogen as is commonly believed) Coconut palm (Cocos nucifera) – used for food, purified water (juice from inside the coconut), roof thatching, firewood, shade. Neem (Azadirachta indica) – limited use as insect repellent, antibiotic, adding nitrogen to the soil, windbreaks, biomass production for use as mulch, firewood. Ideally most trees found on tropical farms should be multipurpose, and provide more to the farmer than simply shade and firewood. In most cases they should be nitrogen fixing legumes, or trees that greatly increase the farmer's food security.

Gliricidia (Gliricidia sepium) and Moringa (Moringa oleifera) are used as a source of food for humans.

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### Instruction: Which of the tree species mentioned in the text are used as a source of food for animals? ### Context: Multipurpose trees or multifunctional trees are trees that are deliberately grown and managed for more than one output. They may supply food in the form of fruit, nuts, or leaves that can be used as a vegetable; while at the same time supplying firewood, adding nitrogen to the soil, or supplying some other combination of multiple outputs. "Multipurpose tree" is a term common to agroforestry, particularly when speaking of tropical agroforestry where the tree owner is a subsistence farmer. While all trees can be said to serve several purposes, such as providing habitat, shade, or soil improvement; multipurpose trees have a greater impact on a farmer's well-being because they fulfill more than one basic human need. In most cases multipurpose trees have a primary role; such as being part of a living fence, or a windbreak, or used in an ally cropping system. In addition to this they will have one or more secondary roles, most often supplying a family with food or firewood, or both. When a multipurpose tree is planted, a number of needs and functions can be fulfilled at once. They may be used as a windbreak, while also supplying a staple food for the owner. They may be used as fencepost in a living fence, while also being the main source of firewood for the owner. They may be intercropped into existing fields, to supply nitrogen to the soil, and at the same time serve as a source of both food and firewood. Common multipurpose trees of the tropics include: Gliricidia (Gliricidia sepium) – the most common tree used for living fences in Central America, firewood, fodder, fixing nitrogen into the soil. Moringa (Moringa oleifera) – edible leaves, pods and beans, commonly used for animal forage and shade (it does not fix nitrogen as is commonly believed) Coconut palm (Cocos nucifera) – used for food, purified water (juice from inside the coconut), roof thatching, firewood, shade. Neem (Azadirachta indica) – limited use as insect repellent, antibiotic, adding nitrogen to the soil, windbreaks, biomass production for use as mulch, firewood. Ideally most trees found on tropical farms should be multipurpose, and provide more to the farmer than simply shade and firewood. In most cases they should be nitrogen fixing legumes, or trees that greatly increase the farmer's food security. ### Answer: Gliricidia (Gliricidia sepium) and Moringa (Moringa oleifera) are used as a source of food for humans.

Extract the areas of science using differential equations in this text in an alphabetically ordered list.

A differential equation is a mathematical equation for an unknown function of one or several variables that relates the values of the function itself and its derivatives of various orders. Differential equations play a prominent role in engineering, physics, economics, biology, and other disciplines. Differential equations arise in many areas of science and technology, specifically whenever a deterministic relation involving some continuously varying quantities (modelled by functions) and their rates of change in space or time (expressed as derivatives) is known or postulated. This is illustrated in classical mechanics, where the motion of a body is described by its position and velocity as the time value varies. Newton's laws allow one (given the position, velocity, acceleration and various forces acting on the body) to express these variables dynamically as a differential equation for the unknown position of the body as a function of time. In some cases, this differential equation (called an equation of motion) may be solved explicitly.

Here is a list of alphabetically sorted applications of differential equations: - Biology - Economics - Engineering - Physics

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### Instruction: Extract the areas of science using differential equations in this text in an alphabetically ordered list. ### Context: A differential equation is a mathematical equation for an unknown function of one or several variables that relates the values of the function itself and its derivatives of various orders. Differential equations play a prominent role in engineering, physics, economics, biology, and other disciplines. Differential equations arise in many areas of science and technology, specifically whenever a deterministic relation involving some continuously varying quantities (modelled by functions) and their rates of change in space or time (expressed as derivatives) is known or postulated. This is illustrated in classical mechanics, where the motion of a body is described by its position and velocity as the time value varies. Newton's laws allow one (given the position, velocity, acceleration and various forces acting on the body) to express these variables dynamically as a differential equation for the unknown position of the body as a function of time. In some cases, this differential equation (called an equation of motion) may be solved explicitly. ### Answer: Here is a list of alphabetically sorted applications of differential equations: - Biology - Economics - Engineering - Physics

Name the academic institutions which John Cena attended.

Cena was born in West Newbury, Massachusetts on April 23, 1977, to Carol (née Lupien) and John Joseph Cena. His mother is of English and French-Canadian descent, while his father, a former ring announcer for Chaotic Wrestling, has Italian ancestry. His maternal grandfather was baseball player Tony Lupien, while his maternal great-grandfather was businessman Ulysses J. Lupien. He is the second oldest of five brothers: Dan, Matt, Steve, and Sean. A fan of wrestling growing up, he would create championship belts out of cardboard for himself and his brothers. He is a cousin of computer scientist Natalie Enright Jerger and was raised Roman Catholic. Cena was teased and beaten up while in school, and asked for a weightlifting bench at the age of 12. Cena attended Central Catholic High School in Lawrence, Massachusetts, before transferring to Cushing Academy, a private prep boarding school in Ashburnham, Massachusetts. He then attended Springfield College in Springfield, Massachusetts, where he was an NCAA Division III All-American center and captain on their college football team, wearing the number 54. He graduated from Springfield College in 1999 with a degree in exercise physiology and body movement, after which he pursued a bodybuilding career and worked as a limousine driver. Cena worked in the store area of Gold's Gym for $6 an hour.

Central Catholic High School, Cushing Academy, a private prep boarding school in Ashburnham, Massachusetts, Springfield College.

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### Instruction: Name the academic institutions which John Cena attended. ### Context: Cena was born in West Newbury, Massachusetts on April 23, 1977, to Carol (née Lupien) and John Joseph Cena. His mother is of English and French-Canadian descent, while his father, a former ring announcer for Chaotic Wrestling, has Italian ancestry. His maternal grandfather was baseball player Tony Lupien, while his maternal great-grandfather was businessman Ulysses J. Lupien. He is the second oldest of five brothers: Dan, Matt, Steve, and Sean. A fan of wrestling growing up, he would create championship belts out of cardboard for himself and his brothers. He is a cousin of computer scientist Natalie Enright Jerger and was raised Roman Catholic. Cena was teased and beaten up while in school, and asked for a weightlifting bench at the age of 12. Cena attended Central Catholic High School in Lawrence, Massachusetts, before transferring to Cushing Academy, a private prep boarding school in Ashburnham, Massachusetts. He then attended Springfield College in Springfield, Massachusetts, where he was an NCAA Division III All-American center and captain on their college football team, wearing the number 54. He graduated from Springfield College in 1999 with a degree in exercise physiology and body movement, after which he pursued a bodybuilding career and worked as a limousine driver. Cena worked in the store area of Gold's Gym for $6 an hour. ### Answer: Central Catholic High School, Cushing Academy, a private prep boarding school in Ashburnham, Massachusetts, Springfield College.

Name two cabinet members mentioned in the following paragraph. Provide these as a bulleted list in order of appearance.

Washington played an indispensable role in adopting and ratifying the Constitution of the United States, which replaced the Articles of Confederation in 1789 and remains the world's longest-standing written and codified national constitution to this day. He was then twice elected president by the Electoral College unanimously. As the first U.S. president, Washington implemented a strong, well-financed national government while remaining impartial in a fierce rivalry that emerged between cabinet members Thomas Jefferson and Alexander Hamilton. During the French Revolution, he proclaimed a policy of neutrality while sanctioning the Jay Treaty. He set enduring precedents for the office of president, including use of the title "Mr. President" and taking an Oath of Office with his hand on a Bible. His Farewell Address on September 19, 1796, is widely regarded as a preeminent statement on republicanism.

* Thomas Jefferson * Alexander Hamilton

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### Instruction: Name two cabinet members mentioned in the following paragraph. Provide these as a bulleted list in order of appearance. ### Context: Washington played an indispensable role in adopting and ratifying the Constitution of the United States, which replaced the Articles of Confederation in 1789 and remains the world's longest-standing written and codified national constitution to this day. He was then twice elected president by the Electoral College unanimously. As the first U.S. president, Washington implemented a strong, well-financed national government while remaining impartial in a fierce rivalry that emerged between cabinet members Thomas Jefferson and Alexander Hamilton. During the French Revolution, he proclaimed a policy of neutrality while sanctioning the Jay Treaty. He set enduring precedents for the office of president, including use of the title "Mr. President" and taking an Oath of Office with his hand on a Bible. His Farewell Address on September 19, 1796, is widely regarded as a preeminent statement on republicanism. ### Answer: * Thomas Jefferson * Alexander Hamilton

List all the people mentioned in this paragraph on the history of Unix

The new operating system was initially without organizational backing, and also without a name. At this stage, the new operating system was a singletasking operating system, not a multitasking one such as Multics. The name Unics (Uniplexed Information and Computing Service, pronounced as "eunuchs"), a pun on Multics (Multiplexed Information and Computer Services), was initially suggested for the project in 1970. Brian Kernighan claims the coining for himself, and adds that "no one can remember" who came up with the final spelling Unix. Dennis Ritchie and Doug McIlroy also credit Kernighan. When the Computing Sciences Research Center wanted to use Unix on a machine larger than the PDP-7, while another department needed a word processor, Thompson and Ritchie added text processing capabilities to Unix and received funding for a PDP-11. For the first time in 1970, the Unix operating system was officially named and ran on the PDP-11. A text-formatting program called roff and a text editor were added. All three were written in PDP-11 assembly language. Bell Labs used this initial text-processing system, consisting of Unix, roff, and the editor, for text processing of patent applications. Roff soon evolved into troff, the first electronic publishing program with full typesetting capability. As the system grew in complexity and the research team wanted more users, the need for a manual grew apparent. The UNIX Programmer's Manual was published on 3 November 1971; commands were documented in the "man page" format that is still used, offering terse reference information about usage as well as bugs in the software, and listing the authors of programs to channel questions to them. After other Bell Labs departments purchased DEC PDP-11s, they also chose to run Unix instead of DEC's own operating system. By Version 4 it was widely used within the laboratory and a Unix Support Group was formed, helping the operating system survive by formalizing its distribution. In 1973, Version 4 Unix was rewritten in the higher-level language C, contrary to the general notion at the time that an operating system's complexity and sophistication required it to be written in assembly language. The C language appeared as part of Version 2. Thompson and Ritchie were so influential on early Unix that McIlroy estimated that they wrote and debugged about 100,000 lines of code that year, stating that "[their names] may safely be assumed to be attached to almost everything not otherwise attributed". Although assembly did not disappear from the man pages until Version 8, the migration to C suggested portability of the software, requiring only a relatively small amount of machine-dependent code to be replaced when porting Unix to other computing platforms. Version 4 Unix, however, still had considerable PDP-11-dependent code and was not suitable for porting. The first port to other platform was made five years later (1978) for Interdata 8/32. The Unix operating system was first presented formally to the outside world at the 1973 Symposium on Operating Systems Principles, where Ritchie and Thompson delivered a paper. This led to requests for the system, but under a 1956 consent decree in settlement of an antitrust case, the Bell System (the parent organization of Bell Labs) was forbidden from entering any business other than "common carrier communications services", and was required to license any patents it had upon request. Unix could not, therefore, be turned into a product. Bell Labs instead shipped the system for the cost of media and shipping. Ken Thompson quietly began answering requests by shipping out tapes and disks, each accompanied by – according to legend – a note signed, "Love, Ken".

- Brian Kernighan - Dennis Ritchie - Doug McIlroy - Ken Thompson

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### Instruction: List all the people mentioned in this paragraph on the history of Unix ### Context: The new operating system was initially without organizational backing, and also without a name. At this stage, the new operating system was a singletasking operating system, not a multitasking one such as Multics. The name Unics (Uniplexed Information and Computing Service, pronounced as "eunuchs"), a pun on Multics (Multiplexed Information and Computer Services), was initially suggested for the project in 1970. Brian Kernighan claims the coining for himself, and adds that "no one can remember" who came up with the final spelling Unix. Dennis Ritchie and Doug McIlroy also credit Kernighan. When the Computing Sciences Research Center wanted to use Unix on a machine larger than the PDP-7, while another department needed a word processor, Thompson and Ritchie added text processing capabilities to Unix and received funding for a PDP-11. For the first time in 1970, the Unix operating system was officially named and ran on the PDP-11. A text-formatting program called roff and a text editor were added. All three were written in PDP-11 assembly language. Bell Labs used this initial text-processing system, consisting of Unix, roff, and the editor, for text processing of patent applications. Roff soon evolved into troff, the first electronic publishing program with full typesetting capability. As the system grew in complexity and the research team wanted more users, the need for a manual grew apparent. The UNIX Programmer's Manual was published on 3 November 1971; commands were documented in the "man page" format that is still used, offering terse reference information about usage as well as bugs in the software, and listing the authors of programs to channel questions to them. After other Bell Labs departments purchased DEC PDP-11s, they also chose to run Unix instead of DEC's own operating system. By Version 4 it was widely used within the laboratory and a Unix Support Group was formed, helping the operating system survive by formalizing its distribution. In 1973, Version 4 Unix was rewritten in the higher-level language C, contrary to the general notion at the time that an operating system's complexity and sophistication required it to be written in assembly language. The C language appeared as part of Version 2. Thompson and Ritchie were so influential on early Unix that McIlroy estimated that they wrote and debugged about 100,000 lines of code that year, stating that "[their names] may safely be assumed to be attached to almost everything not otherwise attributed". Although assembly did not disappear from the man pages until Version 8, the migration to C suggested portability of the software, requiring only a relatively small amount of machine-dependent code to be replaced when porting Unix to other computing platforms. Version 4 Unix, however, still had considerable PDP-11-dependent code and was not suitable for porting. The first port to other platform was made five years later (1978) for Interdata 8/32. The Unix operating system was first presented formally to the outside world at the 1973 Symposium on Operating Systems Principles, where Ritchie and Thompson delivered a paper. This led to requests for the system, but under a 1956 consent decree in settlement of an antitrust case, the Bell System (the parent organization of Bell Labs) was forbidden from entering any business other than "common carrier communications services", and was required to license any patents it had upon request. Unix could not, therefore, be turned into a product. Bell Labs instead shipped the system for the cost of media and shipping. Ken Thompson quietly began answering requests by shipping out tapes and disks, each accompanied by – according to legend – a note signed, "Love, Ken". ### Answer: - Brian Kernighan - Dennis Ritchie - Doug McIlroy - Ken Thompson

What is black tie dress code?

Black tie is a semi-formal Western dress code for evening events, originating in British and American conventions for attire in the 19th century. In British English, the dress code is often referred to synecdochically by its principal element for men, the dinner suit or dinner jacket. In American English, the equivalent term tuxedo (or tux) is common. The dinner suit is a black, midnight blue or white two- or three-piece suit, distinguished by satin or grosgrain jacket lapels and similar stripes along the outseam of the trousers. It is worn with a white dress shirt with standing or turndown collar and link cuffs, a black bow tie, typically an evening waistcoat or a cummerbund, and black patent leather dress shoes or court pumps. Accessories may include a semi-formal homburg, bowler, or boater hat. For women, an evening gown or other fashionable evening attire may be worn.

Black tie is a dress code for events, typically weddings and other formal ceremonies. The dress code roughly translates to a tuxedo or dinner suit for men and an evening gown for women.

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### Instruction: What is black tie dress code? ### Context: Black tie is a semi-formal Western dress code for evening events, originating in British and American conventions for attire in the 19th century. In British English, the dress code is often referred to synecdochically by its principal element for men, the dinner suit or dinner jacket. In American English, the equivalent term tuxedo (or tux) is common. The dinner suit is a black, midnight blue or white two- or three-piece suit, distinguished by satin or grosgrain jacket lapels and similar stripes along the outseam of the trousers. It is worn with a white dress shirt with standing or turndown collar and link cuffs, a black bow tie, typically an evening waistcoat or a cummerbund, and black patent leather dress shoes or court pumps. Accessories may include a semi-formal homburg, bowler, or boater hat. For women, an evening gown or other fashionable evening attire may be worn. ### Answer: Black tie is a dress code for events, typically weddings and other formal ceremonies. The dress code roughly translates to a tuxedo or dinner suit for men and an evening gown for women.

describe the important event of Dravid's life in chronological order

Rahul Sharad Dravid (/ˌrɑːhʊl drəvɪd/ (listen); born 11 January 1973) is an Indian cricket coach and former captain of the Indian national team, currently serving as its head coach. Prior to his appointment to the senior men's national team, Dravid was the Head of Cricket at the National Cricket Academy (NCA), and the head coach of the India Under-19 and India A teams. Under his tutelage, the under-19 team finished runners up at the 2016 U-19 Cricket World Cup and won the 2018 U-19 Cricket World Cup. Known for his sound batting technique, Dravid scored 24,177 runs in international cricket and is widely regarded as one of the greatest batsmen in the history of cricket. He is colloquially known as Mr. Dependable and often referred to as The Wall. With India, he helped the team to be one of the joint-winners of the 2002 ICC Champions Trophy, where the title was shared with Sri Lanka. Born in a Marathi family and raised in Bangalore, he started playing cricket at the age of 12 and later represented Karnataka at the under-15, under-17 and under-19 levels. Dravid was named one of the best five cricketers of the year by Wisden Cricketers' Almanack in 2000 and received the Player of the Year and the Test Player of the Year awards at the inaugural ICC awards ceremony in 2004. In December 2011, he became the first non-Australian cricketer to deliver the Bradman Oration in Canberra. As of January 2022, Dravid is the fourth-highest run scorer in Test cricket, after Sachin Tendulkar, Ricky Ponting and Jacques Kallis. In 2004, after completing his century against Bangladesh in Chittagong, he became the first player to score a century in all the ten Test-playing countries (now 12). As of October 2012, he holds the record for the most catches taken by a player (non-wicket-keeper) in Test cricket, with 210. Dravid holds a unique record of never getting out for a Golden duck in the 286 Test innings which he has played. He has faced 31258 balls, which is the highest number of balls faced by any player in test cricket. He has also spent 44152 minutes at the crease, which is the highest time spent on crease by any player in test cricket. Dravid and Sachin Tendulkar are currently the highest scoring partnership in Test cricket history having scored 6920 runs combined when batting together for India. In August 2011, after receiving a surprise recall in the ODI series against England, Dravid declared his retirement from ODIs as well as Twenty20 International (T20I), and in March 2012, he announced his retirement from international and first-class cricket. He appeared in the 2012 Indian Premier League as captain of the Rajasthan Royals. Rahul Dravid, along with Glenn McGrath were honoured during the seventh annual Bradman Awards function in Sydney on 1 November 2012. Dravid has also been honoured with the Padma Shri and the Padma Bhushan award, India's fourth and third highest civilian awards respectively. In 2014, Rahul Dravid joined the GoSports Foundation, Bangalore as a member of their board of advisors. In collaboration with GoSports Foundation he is mentoring India's future Olympians and Paralympians as part of the Rahul Dravid Athlete Mentorship Programme. Indian badminton player Prannoy Kumar, Para-swimmer Sharath Gayakwad and young Golfer S. Chikkarangappa were part of the initial group of athletes to be mentored by Rahul Dravid. In July 2018, Dravid became the fifth Indian cricketer to be inducted into ICC Hall of Fame.

Rahul Dravid 11 Jan 1973 - Born 1985 - Started playing cricket 2000 - named one of the best 5 cricketers by wisden cricketers almanack 2004 - received player of the year and test player of the year award at ICC awards ceremony August 2011 - Dravid declared his retirement from ODIs as well as Twenty20 International (T20I) Dec 2011 - first non-Australian cricketer to deliver the Bradman Oration in Canberra March 2012 - announced his retirement from international and first-class cricket 2012 - appeared in Indian Premier League as captain of the Rajasthan Royal 1 November 2012 - honoured during the seventh annual Bradman Awards function in Sydney 2014 - joined the GoSports Foundation, Bangalore as a member of their board of advisors July 2018 - became the fifth Indian cricketer to be inducted into ICC Hall of Fame

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### Instruction: describe the important event of Dravid's life in chronological order ### Context: Rahul Sharad Dravid (/ˌrɑːhʊl drəvɪd/ (listen); born 11 January 1973) is an Indian cricket coach and former captain of the Indian national team, currently serving as its head coach. Prior to his appointment to the senior men's national team, Dravid was the Head of Cricket at the National Cricket Academy (NCA), and the head coach of the India Under-19 and India A teams. Under his tutelage, the under-19 team finished runners up at the 2016 U-19 Cricket World Cup and won the 2018 U-19 Cricket World Cup. Known for his sound batting technique, Dravid scored 24,177 runs in international cricket and is widely regarded as one of the greatest batsmen in the history of cricket. He is colloquially known as Mr. Dependable and often referred to as The Wall. With India, he helped the team to be one of the joint-winners of the 2002 ICC Champions Trophy, where the title was shared with Sri Lanka. Born in a Marathi family and raised in Bangalore, he started playing cricket at the age of 12 and later represented Karnataka at the under-15, under-17 and under-19 levels. Dravid was named one of the best five cricketers of the year by Wisden Cricketers' Almanack in 2000 and received the Player of the Year and the Test Player of the Year awards at the inaugural ICC awards ceremony in 2004. In December 2011, he became the first non-Australian cricketer to deliver the Bradman Oration in Canberra. As of January 2022, Dravid is the fourth-highest run scorer in Test cricket, after Sachin Tendulkar, Ricky Ponting and Jacques Kallis. In 2004, after completing his century against Bangladesh in Chittagong, he became the first player to score a century in all the ten Test-playing countries (now 12). As of October 2012, he holds the record for the most catches taken by a player (non-wicket-keeper) in Test cricket, with 210. Dravid holds a unique record of never getting out for a Golden duck in the 286 Test innings which he has played. He has faced 31258 balls, which is the highest number of balls faced by any player in test cricket. He has also spent 44152 minutes at the crease, which is the highest time spent on crease by any player in test cricket. Dravid and Sachin Tendulkar are currently the highest scoring partnership in Test cricket history having scored 6920 runs combined when batting together for India. In August 2011, after receiving a surprise recall in the ODI series against England, Dravid declared his retirement from ODIs as well as Twenty20 International (T20I), and in March 2012, he announced his retirement from international and first-class cricket. He appeared in the 2012 Indian Premier League as captain of the Rajasthan Royals. Rahul Dravid, along with Glenn McGrath were honoured during the seventh annual Bradman Awards function in Sydney on 1 November 2012. Dravid has also been honoured with the Padma Shri and the Padma Bhushan award, India's fourth and third highest civilian awards respectively. In 2014, Rahul Dravid joined the GoSports Foundation, Bangalore as a member of their board of advisors. In collaboration with GoSports Foundation he is mentoring India's future Olympians and Paralympians as part of the Rahul Dravid Athlete Mentorship Programme. Indian badminton player Prannoy Kumar, Para-swimmer Sharath Gayakwad and young Golfer S. Chikkarangappa were part of the initial group of athletes to be mentored by Rahul Dravid. In July 2018, Dravid became the fifth Indian cricketer to be inducted into ICC Hall of Fame. ### Answer: Rahul Dravid 11 Jan 1973 - Born 1985 - Started playing cricket 2000 - named one of the best 5 cricketers by wisden cricketers almanack 2004 - received player of the year and test player of the year award at ICC awards ceremony August 2011 - Dravid declared his retirement from ODIs as well as Twenty20 International (T20I) Dec 2011 - first non-Australian cricketer to deliver the Bradman Oration in Canberra March 2012 - announced his retirement from international and first-class cricket 2012 - appeared in Indian Premier League as captain of the Rajasthan Royal 1 November 2012 - honoured during the seventh annual Bradman Awards function in Sydney 2014 - joined the GoSports Foundation, Bangalore as a member of their board of advisors July 2018 - became the fifth Indian cricketer to be inducted into ICC Hall of Fame

Based on the following passage summarise how sunsets are viewed from the northern hemisphere across seasons.

Sunset, also known as sundown, is the daily disappearance of the Sun below the horizon due to Earth's rotation. As viewed from everywhere on Earth (except the North and South poles), the equinox Sun sets due west at the moment of both the spring and autumn equinoxes. As viewed from the Northern Hemisphere, the Sun sets to the northwest (or not at all) in the spring and summer, and to the southwest in the autumn and winter; these seasons are reversed for the Southern Hemisphere. The time of sunset is defined in astronomy as the moment when the upper limb of the Sun disappears below the horizon. Near the horizon, atmospheric refraction causes sunlight rays to be distorted to such an extent that geometrically the solar disk is already about one diameter below the horizon when a sunset is observed. Sunset is distinct from twilight, which is divided into three stages. The first one is civil twilight, which begins once the Sun has disappeared below the horizon, and continues until it descends to 6 degrees below the horizon. The second phase is nautical twilight, between 6 and 12 degrees below the horizon. The third phase is astronomical twilight, which is the period when the Sun is between 12 and 18 degrees below the horizon. Dusk is at the very end of astronomical twilight, and is the darkest moment of twilight just before night. Finally, night occurs when the Sun reaches 18 degrees below the horizon and no longer illuminates the sky. Locations further north than the Arctic Circle and further south than the Antarctic Circle experience no full sunset or sunrise on at least one day of the year, when the polar day or the polar night persists continuously for 24 hours.

When viewed from the Northern Hemisphere, the Sun sets to the northwest (or not at all) in the spring and summer, and to the southwest in the autumn and winter; these seasons are reversed for the Southern Hemisphere.

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### Instruction: Based on the following passage summarise how sunsets are viewed from the northern hemisphere across seasons. ### Context: Sunset, also known as sundown, is the daily disappearance of the Sun below the horizon due to Earth's rotation. As viewed from everywhere on Earth (except the North and South poles), the equinox Sun sets due west at the moment of both the spring and autumn equinoxes. As viewed from the Northern Hemisphere, the Sun sets to the northwest (or not at all) in the spring and summer, and to the southwest in the autumn and winter; these seasons are reversed for the Southern Hemisphere. The time of sunset is defined in astronomy as the moment when the upper limb of the Sun disappears below the horizon. Near the horizon, atmospheric refraction causes sunlight rays to be distorted to such an extent that geometrically the solar disk is already about one diameter below the horizon when a sunset is observed. Sunset is distinct from twilight, which is divided into three stages. The first one is civil twilight, which begins once the Sun has disappeared below the horizon, and continues until it descends to 6 degrees below the horizon. The second phase is nautical twilight, between 6 and 12 degrees below the horizon. The third phase is astronomical twilight, which is the period when the Sun is between 12 and 18 degrees below the horizon. Dusk is at the very end of astronomical twilight, and is the darkest moment of twilight just before night. Finally, night occurs when the Sun reaches 18 degrees below the horizon and no longer illuminates the sky. Locations further north than the Arctic Circle and further south than the Antarctic Circle experience no full sunset or sunrise on at least one day of the year, when the polar day or the polar night persists continuously for 24 hours. ### Answer: When viewed from the Northern Hemisphere, the Sun sets to the northwest (or not at all) in the spring and summer, and to the southwest in the autumn and winter; these seasons are reversed for the Southern Hemisphere.

Who was involved with the epic poker league?

The Epic Poker League was a series of poker tournaments which took place in 2011, organised by Federated Sports + Gaming. Former World Series of Poker commissioner Jeffrey Pollack served as Executive Chairman, professional poker player Annie Duke was Commissioner, and Matt Savage was Tournament Director. The three events held took place at the Palms Casino Resort in Las Vegas, Nevada. Season One received television coverage on CBS and Velocity Network. The League was exclusionary in that it was only open to poker players who met certain qualification criteria for multimillion-dollar lifetime earnings, multiple wins and/or cashes at high level tournaments, and who were supposed to maintain adherence to a specifically defined Code of Conduct. On 29 February 2012, Federated Sports + Gaming announced that it had filed for Chapter 11 bankruptcy. The Epic Poker League brand was among the assets acquired by Pinnacle Entertainment, Inc., at a bankruptcy auction in June 2012.

The following people were involved with the Epic Poker League: - Former World Series of Poker commissioner Jeffrey Pollack (Executive Chairman) - Professional poker player Annie Duke (Commissioner) - Matt Savage (Tournament Director)

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### Instruction: Who was involved with the epic poker league? ### Context: The Epic Poker League was a series of poker tournaments which took place in 2011, organised by Federated Sports + Gaming. Former World Series of Poker commissioner Jeffrey Pollack served as Executive Chairman, professional poker player Annie Duke was Commissioner, and Matt Savage was Tournament Director. The three events held took place at the Palms Casino Resort in Las Vegas, Nevada. Season One received television coverage on CBS and Velocity Network. The League was exclusionary in that it was only open to poker players who met certain qualification criteria for multimillion-dollar lifetime earnings, multiple wins and/or cashes at high level tournaments, and who were supposed to maintain adherence to a specifically defined Code of Conduct. On 29 February 2012, Federated Sports + Gaming announced that it had filed for Chapter 11 bankruptcy. The Epic Poker League brand was among the assets acquired by Pinnacle Entertainment, Inc., at a bankruptcy auction in June 2012. ### Answer: The following people were involved with the Epic Poker League: - Former World Series of Poker commissioner Jeffrey Pollack (Executive Chairman) - Professional poker player Annie Duke (Commissioner) - Matt Savage (Tournament Director)

What characteristics of the blue oak enable it to survive long periods of drought?

Quercus douglasii, known as blue oak, is a species of oak endemic to California, common in the Coast Ranges and the foothills of the Sierra Nevada. It is California's most drought-tolerant deciduous oak, and is a dominant species in the blue oak woodland ecosystem. It is occasionally known as mountain oak and iron oak. Quercus douglasii is the most drought-tolerant of California's deciduous oaks. It has a smaller canopy than less drought-tolerant relatives, and invests proportionally more growth into roots rather than leaves throughout its life cycle. The leathery blue-green leaves contribute to its drought resistance; during drought, the leaf color is more pronounced. Trees can also drop their leaves in summer rather than fall in dry years, but usually continue to develop their acorns through the fall. Drought may cause trees not to flower in spring. Native Californians commonly gathered Quercus douglasii acorns, which they considered good-tasting, and processed them into acorn flour. They made baskets out of blue oak seedlings, utensils such as bowls from the wood, and dye from the acorns. Commercially, the blue oak is mainly limited to use as firewood. The acorns are eaten by wildlife and livestock. They can be eaten but, if bitter, may need to have the tannins leached.

The blue oak is a deciduous oak native to California. It tolerates drought better than other oaks due its smaller canopy. This oak invests more in developing its root system rather than leaves. This enables it to tolerate long periods of drought.

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### Instruction: What characteristics of the blue oak enable it to survive long periods of drought? ### Context: Quercus douglasii, known as blue oak, is a species of oak endemic to California, common in the Coast Ranges and the foothills of the Sierra Nevada. It is California's most drought-tolerant deciduous oak, and is a dominant species in the blue oak woodland ecosystem. It is occasionally known as mountain oak and iron oak. Quercus douglasii is the most drought-tolerant of California's deciduous oaks. It has a smaller canopy than less drought-tolerant relatives, and invests proportionally more growth into roots rather than leaves throughout its life cycle. The leathery blue-green leaves contribute to its drought resistance; during drought, the leaf color is more pronounced. Trees can also drop their leaves in summer rather than fall in dry years, but usually continue to develop their acorns through the fall. Drought may cause trees not to flower in spring. Native Californians commonly gathered Quercus douglasii acorns, which they considered good-tasting, and processed them into acorn flour. They made baskets out of blue oak seedlings, utensils such as bowls from the wood, and dye from the acorns. Commercially, the blue oak is mainly limited to use as firewood. The acorns are eaten by wildlife and livestock. They can be eaten but, if bitter, may need to have the tannins leached. ### Answer: The blue oak is a deciduous oak native to California. It tolerates drought better than other oaks due its smaller canopy. This oak invests more in developing its root system rather than leaves. This enables it to tolerate long periods of drought.

What team represents Concordia University in Irvine, California?

The Concordia Golden Eagles are the athletic teams that represent Concordia University Irvine, located in Irvine, California, in intercollegiate sports as a member of the Division II level of the National Collegiate Athletic Association (NCAA). The Golden Eagles primarily compete in the Pacific West Conference (PacWest) for most of their sports since the 2015–16 academic year; while its men's volleyball team competes in the Mountain Pacific Sports Federation (MPSF); and its men's water polo team competes in the Western Water Polo Association (WWPA). CUI previously competed in the Golden State Athletic Conference (GSAC) of the National Association of Intercollegiate Athletics (NAIA) from 1987–88 to 2014–15; and as an NAIA Independent from 1981–82 to 1986–87. The CUI women's water polo team competed in the Golden Coast Conference (GCC) until the 2022 spring season.

The Concordia Golden Eagles represent Concordia University Irvine. The Golden Eagles are a member of the Division II level of the National Collegiate Athletic Association (NCAA) and primarily compete in the Pacific West Conference.

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### Instruction: What team represents Concordia University in Irvine, California? ### Context: The Concordia Golden Eagles are the athletic teams that represent Concordia University Irvine, located in Irvine, California, in intercollegiate sports as a member of the Division II level of the National Collegiate Athletic Association (NCAA). The Golden Eagles primarily compete in the Pacific West Conference (PacWest) for most of their sports since the 2015–16 academic year; while its men's volleyball team competes in the Mountain Pacific Sports Federation (MPSF); and its men's water polo team competes in the Western Water Polo Association (WWPA). CUI previously competed in the Golden State Athletic Conference (GSAC) of the National Association of Intercollegiate Athletics (NAIA) from 1987–88 to 2014–15; and as an NAIA Independent from 1981–82 to 1986–87. The CUI women's water polo team competed in the Golden Coast Conference (GCC) until the 2022 spring season. ### Answer: The Concordia Golden Eagles represent Concordia University Irvine. The Golden Eagles are a member of the Division II level of the National Collegiate Athletic Association (NCAA) and primarily compete in the Pacific West Conference.

From the passage provided, extract the name of the last song recorded by Kishore Kumar

By September 1987, Kishore Kumar had decided to retire as he was unhappy with kind of songs and tunes being made by music directors and was planning to return to his birthplace Khandwa. On 13 October 1987, his brother Ashok Kumar's 76th birthday, he died of a heart attack in Bombay at 4:45 pm. His body was taken to Khandwa for cremation. Kishore had recorded his last song, "Guru Guru", a duet with Asha Bhosle for the film Waqt Ki Awaz (1988) composed by Bappi Lahiri for Mithun Chakraborty and Sridevi, the day before he died. Recalling the day of Kishore Kumar's death and his last lines before he took his last breath, his wife Leena Chandavarkar was quoted as saying: "On the morning of October 13 (the day Kishore Kumar passed away in 1987), he looked pale and as though in deep sleep. As I went near him, he woke up and asked, ‘Did you get scared? Today is my holiday’.” That day he had several meetings at home. During lunch he told me that we’d watch the film River of No Return in the evening. A little later, I heard him move furniture in the next room. When I went to see what was happening, I saw him lying on the bed. Nervously he said, ‘I’m feeling weak’. I ran to call the doctor. He got angry and said, ‘If you call the doctor, I’ll get a heart-attack’. Those were his last lines. His eyes were wide open and he was breathing out. I thought he was fooling as usual but that was the end."

Guru Guru

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### Instruction: From the passage provided, extract the name of the last song recorded by Kishore Kumar ### Context: By September 1987, Kishore Kumar had decided to retire as he was unhappy with kind of songs and tunes being made by music directors and was planning to return to his birthplace Khandwa. On 13 October 1987, his brother Ashok Kumar's 76th birthday, he died of a heart attack in Bombay at 4:45 pm. His body was taken to Khandwa for cremation. Kishore had recorded his last song, "Guru Guru", a duet with Asha Bhosle for the film Waqt Ki Awaz (1988) composed by Bappi Lahiri for Mithun Chakraborty and Sridevi, the day before he died. Recalling the day of Kishore Kumar's death and his last lines before he took his last breath, his wife Leena Chandavarkar was quoted as saying: "On the morning of October 13 (the day Kishore Kumar passed away in 1987), he looked pale and as though in deep sleep. As I went near him, he woke up and asked, ‘Did you get scared? Today is my holiday’.” That day he had several meetings at home. During lunch he told me that we’d watch the film River of No Return in the evening. A little later, I heard him move furniture in the next room. When I went to see what was happening, I saw him lying on the bed. Nervously he said, ‘I’m feeling weak’. I ran to call the doctor. He got angry and said, ‘If you call the doctor, I’ll get a heart-attack’. Those were his last lines. His eyes were wide open and he was breathing out. I thought he was fooling as usual but that was the end." ### Answer: Guru Guru

What characterizes turbulent flow

In fluid dynamics, turbulence or turbulent flow is fluid motion characterized by chaotic changes in pressure and flow velocity. It is in contrast to a laminar flow, which occurs when a fluid flows in parallel layers, with no disruption between those layers.

Turbulent flow is characterized by chaotic changes in pressure and flow velocity.

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### Instruction: What characterizes turbulent flow ### Context: In fluid dynamics, turbulence or turbulent flow is fluid motion characterized by chaotic changes in pressure and flow velocity. It is in contrast to a laminar flow, which occurs when a fluid flows in parallel layers, with no disruption between those layers. ### Answer: Turbulent flow is characterized by chaotic changes in pressure and flow velocity.

How many people initially formed the band Raeth?

Raeth was initially formed in 2006 by four students from Karachi, Pakistan — Wajhi Farooki (vocals), Mustafa Asad (bass), and Hasan Farabi (lead guitar). The band was launched in 2006 by Fire Records at a local beach club in DHA.

four

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### Instruction: How many people initially formed the band Raeth? ### Context: Raeth was initially formed in 2006 by four students from Karachi, Pakistan — Wajhi Farooki (vocals), Mustafa Asad (bass), and Hasan Farabi (lead guitar). The band was launched in 2006 by Fire Records at a local beach club in DHA. ### Answer: four

Name the affiliates of the Tata Group.

The Tata Group (/ˈtɑːtɑː/) is an Indian multinational conglomerate headquartered in Mumbai. Established in 1868, it is India's largest conglomerate, with products and services in over 150 countries, and operations in 100 countries across six continents. Acknowledged as the founder of the Tata Group, Jamsetji Tata is sometimes referred to as the "father of Indian industry". Each Tata company operates independently under the guidance and supervision of its own board of directors and shareholders. Philanthropic trusts control over 66% of the Tata holding company Tata Sons, while the Tata family is a very small shareholder. The group's annual revenue for fiscal year 2021–22 was reported to be US$128 billion. There are 29 publicly-listed Tata Group companies with a combined market capitalisation of $311 billion as of March 2022. The company has operations across Asia, Africa, America, and Middle East. Significant Tata Group affiliates include Tata Consultancy Services, Tata Consumer Products, Tata Motors, Tata Power, Tata Steel, Voltas, Titan Company, Tanishq, Tata Chemicals, Tata Communications, Trent, Tata Elxsi, Indian Hotels Company, Air India, TajAir, Tata Cliq, Tata Advanced Systems, Tata Capital, Cromā, BigBasket and Tata Starbucks.

Significant Tata Group affiliates include Tata Consultancy Services, Tata Consumer Products, Tata Motors, Tata Power, Tata Steel, Voltas, Titan Company, Tanishq, Tata Chemicals, Tata Communications, Trent, Tata Elxsi, Indian Hotels Company, Air India, TajAir, Tata Cliq, Tata Advanced Systems, Tata Capital, Cromā, BigBasket and Tata Starbucks.

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### Instruction: Name the affiliates of the Tata Group. ### Context: The Tata Group (/ˈtɑːtɑː/) is an Indian multinational conglomerate headquartered in Mumbai. Established in 1868, it is India's largest conglomerate, with products and services in over 150 countries, and operations in 100 countries across six continents. Acknowledged as the founder of the Tata Group, Jamsetji Tata is sometimes referred to as the "father of Indian industry". Each Tata company operates independently under the guidance and supervision of its own board of directors and shareholders. Philanthropic trusts control over 66% of the Tata holding company Tata Sons, while the Tata family is a very small shareholder. The group's annual revenue for fiscal year 2021–22 was reported to be US$128 billion. There are 29 publicly-listed Tata Group companies with a combined market capitalisation of $311 billion as of March 2022. The company has operations across Asia, Africa, America, and Middle East. Significant Tata Group affiliates include Tata Consultancy Services, Tata Consumer Products, Tata Motors, Tata Power, Tata Steel, Voltas, Titan Company, Tanishq, Tata Chemicals, Tata Communications, Trent, Tata Elxsi, Indian Hotels Company, Air India, TajAir, Tata Cliq, Tata Advanced Systems, Tata Capital, Cromā, BigBasket and Tata Starbucks. ### Answer: Significant Tata Group affiliates include Tata Consultancy Services, Tata Consumer Products, Tata Motors, Tata Power, Tata Steel, Voltas, Titan Company, Tanishq, Tata Chemicals, Tata Communications, Trent, Tata Elxsi, Indian Hotels Company, Air India, TajAir, Tata Cliq, Tata Advanced Systems, Tata Capital, Cromā, BigBasket and Tata Starbucks.

What type of Pokemon is Charizard?

Whereas its pre-evolutions Charmander and Charmeleon are ground-bound lizard like creatures, Charizard's design is inspired by dragons, more specifically European dragons. Even though Charizard gains the Flying secondary type instead of the Dragon type upon evolving, it belongs to the Dragon Egg Group, learns Dragon moves like Dragon Claw, and has its Flying type replaced by Dragon in its "Mega Charizard X" form. Authors Tracey West and Katherine Noll called Charizard the "best Fire type Pokémon" and the "third best Pokémon overall".

Charizard is a Fire/Flying type Pokemon

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### Instruction: What type of Pokemon is Charizard? ### Context: Whereas its pre-evolutions Charmander and Charmeleon are ground-bound lizard like creatures, Charizard's design is inspired by dragons, more specifically European dragons. Even though Charizard gains the Flying secondary type instead of the Dragon type upon evolving, it belongs to the Dragon Egg Group, learns Dragon moves like Dragon Claw, and has its Flying type replaced by Dragon in its "Mega Charizard X" form. Authors Tracey West and Katherine Noll called Charizard the "best Fire type Pokémon" and the "third best Pokémon overall". ### Answer: Charizard is a Fire/Flying type Pokemon

What are some famous shows that played at the Central Theatre in NYC?

Central Theatre was a Broadway theatre in New York City built in 1918. It was located at 1567 Broadway, at the southwest corner with 47th Street, and seated approximately 1,100 patrons. The architect was Herbert J. Krapp. The theatre was built by the Shubert family on a site previously occupied by the Mathushek & Son piano factory. The first production at the theatre was the play Forever After, by Owen Davis, which opened in 1918. This moved to Playhouse Theatre for a long run. A musical, Somebody's Sweetheart (music by Antonio Bafunno; book and lyrics by Alonzo Price), was a success at the theatre in 1919–20. Oscar Hammerstein II made his debut as librettist in January 1920 with Always You, which was followed by a successful revue by Arthur Wimperis, As You Were. In July 1920, Poor Little Ritz Girl opened, with some songs by Rodgers and Hart and others by Sigmund Romberg and Alex Gerber. Afgar was another successful musical in 1920–21. The Gingham Girl was a hit musical in 1923 with music by Albert Von Tilzer. The theatre introduced movies in 1921 and alternated the new medium with live theatre and American burlesque until 1957, although legitimate theatre was absent from 1934 to 1951. It changed its name to the Columbia Theatre in 1934, Gotham Theatre in 1944 and the Holiday Theatre in 1951. A successful revue, Bagels and Yox played in 1951. A revival of Abie's Irish Rose played in 1954. Legitimate theatre ended at the house in 1956. Under the names Odeon, then the Forum, and finally Movieland, the theatre played movies until 1988, when the Shuberts sold it. The building was converted into other uses. The auditorium became a disco, Club USA. The theatre was demolished in 1998. A W Hotel opened on the site in 2005.

Somebody's Sweetheart, Always You, AS You Were, Poor Little Ritz Girl, The Gingham Girl , Afgar

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### Instruction: What are some famous shows that played at the Central Theatre in NYC? ### Context: Central Theatre was a Broadway theatre in New York City built in 1918. It was located at 1567 Broadway, at the southwest corner with 47th Street, and seated approximately 1,100 patrons. The architect was Herbert J. Krapp. The theatre was built by the Shubert family on a site previously occupied by the Mathushek & Son piano factory. The first production at the theatre was the play Forever After, by Owen Davis, which opened in 1918. This moved to Playhouse Theatre for a long run. A musical, Somebody's Sweetheart (music by Antonio Bafunno; book and lyrics by Alonzo Price), was a success at the theatre in 1919–20. Oscar Hammerstein II made his debut as librettist in January 1920 with Always You, which was followed by a successful revue by Arthur Wimperis, As You Were. In July 1920, Poor Little Ritz Girl opened, with some songs by Rodgers and Hart and others by Sigmund Romberg and Alex Gerber. Afgar was another successful musical in 1920–21. The Gingham Girl was a hit musical in 1923 with music by Albert Von Tilzer. The theatre introduced movies in 1921 and alternated the new medium with live theatre and American burlesque until 1957, although legitimate theatre was absent from 1934 to 1951. It changed its name to the Columbia Theatre in 1934, Gotham Theatre in 1944 and the Holiday Theatre in 1951. A successful revue, Bagels and Yox played in 1951. A revival of Abie's Irish Rose played in 1954. Legitimate theatre ended at the house in 1956. Under the names Odeon, then the Forum, and finally Movieland, the theatre played movies until 1988, when the Shuberts sold it. The building was converted into other uses. The auditorium became a disco, Club USA. The theatre was demolished in 1998. A W Hotel opened on the site in 2005. ### Answer: Somebody's Sweetheart, Always You, AS You Were, Poor Little Ritz Girl, The Gingham Girl , Afgar

When was the 8088 processor released?

The 8086 (also called iAPX 86) is a 16-bit microprocessor chip designed by Intel between early 1976 and June 8, 1978, when it was released. The Intel 8088, released July 1, 1979, is a slightly modified chip with an external 8-bit data bus (allowing the use of cheaper and fewer supporting ICs),[note 1] and is notable as the processor used in the original IBM PC design.

The Intel 8088 processor was released July 1, 1979.

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### Instruction: When was the 8088 processor released? ### Context: The 8086 (also called iAPX 86) is a 16-bit microprocessor chip designed by Intel between early 1976 and June 8, 1978, when it was released. The Intel 8088, released July 1, 1979, is a slightly modified chip with an external 8-bit data bus (allowing the use of cheaper and fewer supporting ICs),[note 1] and is notable as the processor used in the original IBM PC design. ### Answer: The Intel 8088 processor was released July 1, 1979.

Extract the stages for portfolio optimization from https://en.wikipedia.org/wiki/Portfolio_optimization

Portfolio optimization often takes place in two stages: optimizing weights of asset classes to hold, and optimizing weights of assets within the same asset class. An example of the former would be choosing the proportions placed in equities versus bonds, while an example of the latter would be choosing the proportions of the stock sub-portfolio placed in stocks X, Y, and Z

- Stage 1 is optimizing weights of asset classes to hold, choose the allocation of equities and bonds - Stage 2 is optimizing weights of assets within the same asset class, choose the proportions of each stock stickers in the stock portfolio

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### Instruction: Extract the stages for portfolio optimization from https://en.wikipedia.org/wiki/Portfolio_optimization ### Context: Portfolio optimization often takes place in two stages: optimizing weights of asset classes to hold, and optimizing weights of assets within the same asset class. An example of the former would be choosing the proportions placed in equities versus bonds, while an example of the latter would be choosing the proportions of the stock sub-portfolio placed in stocks X, Y, and Z ### Answer: - Stage 1 is optimizing weights of asset classes to hold, choose the allocation of equities and bonds - Stage 2 is optimizing weights of assets within the same asset class, choose the proportions of each stock stickers in the stock portfolio

What is an Abacus?

The abacus (plural abaci or abacuses), also called a counting frame, is a calculating tool which has been used since ancient times. It was used in the ancient Near East, Europe, China, and Russia, millennia before the adoption of the Hindu-Arabic numeral system. The exact origin of the abacus has not yet emerged. It consists of rows of movable beads, or similar objects, strung on a wire. They represent digits. One of the two numbers is set up, and the beads are manipulated to perform an operation such as addition, or even a square or cubic root. In their earliest designs, the rows of beads could be loose on a flat surface or sliding in grooves. Later the beads were made to slide on rods and built into a frame, allowing faster manipulation. Abacuses are still made, often as a bamboo frame with beads sliding on wires. In the ancient world, particularly before the introduction of positional notation, abacuses were a practical calculating tool. The abacus is still used to teach the fundamentals of mathematics to some children, for example, in Russia.

The Abacus is calculating tool using movable beads often made on a bamboo frame

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### Instruction: What is an Abacus? ### Context: The abacus (plural abaci or abacuses), also called a counting frame, is a calculating tool which has been used since ancient times. It was used in the ancient Near East, Europe, China, and Russia, millennia before the adoption of the Hindu-Arabic numeral system. The exact origin of the abacus has not yet emerged. It consists of rows of movable beads, or similar objects, strung on a wire. They represent digits. One of the two numbers is set up, and the beads are manipulated to perform an operation such as addition, or even a square or cubic root. In their earliest designs, the rows of beads could be loose on a flat surface or sliding in grooves. Later the beads were made to slide on rods and built into a frame, allowing faster manipulation. Abacuses are still made, often as a bamboo frame with beads sliding on wires. In the ancient world, particularly before the introduction of positional notation, abacuses were a practical calculating tool. The abacus is still used to teach the fundamentals of mathematics to some children, for example, in Russia. ### Answer: The Abacus is calculating tool using movable beads often made on a bamboo frame

Extract all unique clubs Suyash played for from the below text as a bulleted list.

Suyash Prabhudessai (born 6 December 1997), is an Indian cricketer from Goa who plays for Goa in domestic matches and for the Royal Challengers Bangalore in the Indian Premier League (IPL). He made his List A debut for Goa in the 2016–17 Vijay Hazare Trophy on 28 February 2017. He made his first-class debut for Goa in the 2018–19 Ranji Trophy on 20 November 2018. He made his Twenty20 debut for Goa in the 2018–19 Syed Mushtaq Ali Trophy on 22 February 2019. In February 2021, Prabhudessai was bought by the Royal Challengers Bangalore in the IPL auction ahead of the 2021 Indian Premier League. In February 2022, he was bought by the Royal Challengers Bangalore in the auction for the 2022 Indian Premier League tournament.

* Goa * Royal Challengers Bangalore

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### Instruction: Extract all unique clubs Suyash played for from the below text as a bulleted list. ### Context: Suyash Prabhudessai (born 6 December 1997), is an Indian cricketer from Goa who plays for Goa in domestic matches and for the Royal Challengers Bangalore in the Indian Premier League (IPL). He made his List A debut for Goa in the 2016–17 Vijay Hazare Trophy on 28 February 2017. He made his first-class debut for Goa in the 2018–19 Ranji Trophy on 20 November 2018. He made his Twenty20 debut for Goa in the 2018–19 Syed Mushtaq Ali Trophy on 22 February 2019. In February 2021, Prabhudessai was bought by the Royal Challengers Bangalore in the IPL auction ahead of the 2021 Indian Premier League. In February 2022, he was bought by the Royal Challengers Bangalore in the auction for the 2022 Indian Premier League tournament. ### Answer: * Goa * Royal Challengers Bangalore

Is Castle Island really an Island?

Castle Island is a peninsula in South Boston on the shore of Boston Harbor. In 1928, Castle Island was connected to the mainland by a narrow strip of land and is thus no longer an island. It has been the site of a fortification since 1634, and is currently a 22-acre (8.9 ha) recreation site and the location of Fort Independence.

No, Castle Island is a peninsula off Boston Harbor as of 1928, when it was connected to the Massachusetts mainland. It is a recreation area that is the site of Fort Independence.

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### Instruction: Is Castle Island really an Island? ### Context: Castle Island is a peninsula in South Boston on the shore of Boston Harbor. In 1928, Castle Island was connected to the mainland by a narrow strip of land and is thus no longer an island. It has been the site of a fortification since 1634, and is currently a 22-acre (8.9 ha) recreation site and the location of Fort Independence. ### Answer: No, Castle Island is a peninsula off Boston Harbor as of 1928, when it was connected to the Massachusetts mainland. It is a recreation area that is the site of Fort Independence.

Based on the following passage regarding the economy of Sweden, what is the economic sector that accounts for the largest output?

Sweden is an export-oriented mixed economy featuring a modern distribution system, excellent internal and external communications, and a skilled labor force. Timber, hydropower and iron ore constitute the resource base of an economy heavily oriented toward foreign trade. Sweden's engineering sector accounts for 50% of output and exports. Telecommunications, the automotive industry and the pharmaceutical industries are also of great importance. Agriculture accounts for 2 percent of GDP and employment. The armaments industry has a technologically highly advanced reputation.

According to this passage, the engineering sector accounts for the largest output, generating 50% of output and exports.

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### Instruction: Based on the following passage regarding the economy of Sweden, what is the economic sector that accounts for the largest output? ### Context: Sweden is an export-oriented mixed economy featuring a modern distribution system, excellent internal and external communications, and a skilled labor force. Timber, hydropower and iron ore constitute the resource base of an economy heavily oriented toward foreign trade. Sweden's engineering sector accounts for 50% of output and exports. Telecommunications, the automotive industry and the pharmaceutical industries are also of great importance. Agriculture accounts for 2 percent of GDP and employment. The armaments industry has a technologically highly advanced reputation. ### Answer: According to this passage, the engineering sector accounts for the largest output, generating 50% of output and exports.

What are agents in the matrix and what is their relationship to sentinels?

Morpheus and his crew are a group of rebels who hack into the Matrix to "unplug" enslaved humans and recruit them; their understanding of the Matrix's simulated nature allows them to bend its physical laws. Morpheus warns Neo that death within the Matrix kills the physical body too and explains that the Agents are sentient programs that eliminate threats to the system, while machines called Sentinels eliminate rebels in the real world. Neo's prowess during virtual training cements Morpheus's belief that Neo is "the One", a human prophesied to free humankind. The group enters the Matrix to visit the Oracle, a prophet-like program who predicted that the One would emerge. She implies to Neo that he is not the One and warns that he will have to choose between Morpheus's life and his own. Before they can leave the Matrix, Agents and police ambush the group, tipped off by Cypher, a disgruntled crew member who has betrayed Morpheus in exchange for a deal to be plugged back into the Matrix to live a comfortable life.

Agents in the Matrix are sentient 'programs' designed to remove threats from the system. They can be thought of as an Anti-Virus solution within the Matrix program. Sentinels are physical squid-like robots in the real world outside the matrix whose aim is to destroy and capture remaining human settlements. There is no direct relationship between Agents and sentinels except that they both work for the same entity against the humans.

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### Instruction: What are agents in the matrix and what is their relationship to sentinels? ### Context: Morpheus and his crew are a group of rebels who hack into the Matrix to "unplug" enslaved humans and recruit them; their understanding of the Matrix's simulated nature allows them to bend its physical laws. Morpheus warns Neo that death within the Matrix kills the physical body too and explains that the Agents are sentient programs that eliminate threats to the system, while machines called Sentinels eliminate rebels in the real world. Neo's prowess during virtual training cements Morpheus's belief that Neo is "the One", a human prophesied to free humankind. The group enters the Matrix to visit the Oracle, a prophet-like program who predicted that the One would emerge. She implies to Neo that he is not the One and warns that he will have to choose between Morpheus's life and his own. Before they can leave the Matrix, Agents and police ambush the group, tipped off by Cypher, a disgruntled crew member who has betrayed Morpheus in exchange for a deal to be plugged back into the Matrix to live a comfortable life. ### Answer: Agents in the Matrix are sentient 'programs' designed to remove threats from the system. They can be thought of as an Anti-Virus solution within the Matrix program. Sentinels are physical squid-like robots in the real world outside the matrix whose aim is to destroy and capture remaining human settlements. There is no direct relationship between Agents and sentinels except that they both work for the same entity against the humans.

Which industry is the top industry in Gabon's economy?

The economy of Gabon is characterized by strong links with France, large foreign investments, dependence on skilled foreign labor, and decline of agriculture. Gabon enjoys a per capita income four times that of most nations of sub-Saharan Africa, its reliance on resource extraction industry releasing much of the population from extreme poverty. The country is rich in natural resources such as timber, manganese and oil. The country is the fifth largest oil producing nation in Africa, which has helped drive its strong growth in the later 20th century. The oil sector now accounts for 50% of GDP and 80% of exports. Although there have been recent offshore finds, oil production is now declining from its peak of 370,000 barrels per day (59,000 m3/d) in 1997, and periods of low oil prices have had a negative impact on government revenues and the economy. In 2012 there were six active oil rigs in Gabon. The government has plans to diversify its economy away from its dwindling oil reserves. The government announced in 2012 that it would reassess exactly how much iron ore the Belinga site contains before awarding the concession to a mining company, most likely to be China's CMEC, which temporarily secured the rights to the ore in 2007. Around 80% of Gabonese live in cities. The capital city, Libreville is home to 59% of the total population. The remainder of the country is still sparsely populated, as those areas remain densely forested.

Oil industry is the largest industry in Gabon, accounting for 50% of its GDP and 80% of exports. But, its contribution is declining.

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### Instruction: Which industry is the top industry in Gabon's economy? ### Context: The economy of Gabon is characterized by strong links with France, large foreign investments, dependence on skilled foreign labor, and decline of agriculture. Gabon enjoys a per capita income four times that of most nations of sub-Saharan Africa, its reliance on resource extraction industry releasing much of the population from extreme poverty. The country is rich in natural resources such as timber, manganese and oil. The country is the fifth largest oil producing nation in Africa, which has helped drive its strong growth in the later 20th century. The oil sector now accounts for 50% of GDP and 80% of exports. Although there have been recent offshore finds, oil production is now declining from its peak of 370,000 barrels per day (59,000 m3/d) in 1997, and periods of low oil prices have had a negative impact on government revenues and the economy. In 2012 there were six active oil rigs in Gabon. The government has plans to diversify its economy away from its dwindling oil reserves. The government announced in 2012 that it would reassess exactly how much iron ore the Belinga site contains before awarding the concession to a mining company, most likely to be China's CMEC, which temporarily secured the rights to the ore in 2007. Around 80% of Gabonese live in cities. The capital city, Libreville is home to 59% of the total population. The remainder of the country is still sparsely populated, as those areas remain densely forested. ### Answer: Oil industry is the largest industry in Gabon, accounting for 50% of its GDP and 80% of exports. But, its contribution is declining.

Who is Miley Cyrus?

Miley Ray Cyrus (/ˈmaɪli ˈsaɪrəs/ MY-lee SY-rəs; born Destiny Hope Cyrus; November 23, 1992) is an American singer, songwriter, and actress. Her music spans across varied styles and genres, including pop, country, rock, hip hop, R&B, and experimental music. The third daughter of country singer Billy Ray Cyrus, she emerged as a teen idol while portraying the title character of the Disney Channel television series Hannah Montana (2006–2011). Cyrus has been referred to as the "Teen Queen" of 2000s pop culture. She is known for her musical versatility and has been critically lauded for constantly reinventing her sound and style every musical era.

Miley Ray Cyrus is an American singer, songwriter, and actress. Her music spans across varied styles and genres, including pop, country, rock, hip hop, R&B, and experimental music. She first rose to fame in her role as Hannah in the Disney Channel television series, Hannah Montana, but has since been critically lauded for constantly reinventing her sound and style every musical era.

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### Instruction: Who is Miley Cyrus? ### Context: Miley Ray Cyrus (/ˈmaɪli ˈsaɪrəs/ MY-lee SY-rəs; born Destiny Hope Cyrus; November 23, 1992) is an American singer, songwriter, and actress. Her music spans across varied styles and genres, including pop, country, rock, hip hop, R&B, and experimental music. The third daughter of country singer Billy Ray Cyrus, she emerged as a teen idol while portraying the title character of the Disney Channel television series Hannah Montana (2006–2011). Cyrus has been referred to as the "Teen Queen" of 2000s pop culture. She is known for her musical versatility and has been critically lauded for constantly reinventing her sound and style every musical era. ### Answer: Miley Ray Cyrus is an American singer, songwriter, and actress. Her music spans across varied styles and genres, including pop, country, rock, hip hop, R&B, and experimental music. She first rose to fame in her role as Hannah in the Disney Channel television series, Hannah Montana, but has since been critically lauded for constantly reinventing her sound and style every musical era.

From the passage provided, extract the year Apache Software Foundation was incorporated on.

The Apache Software Foundation /əˈpætʃi/ (ASF) is an American nonprofit corporation (classified as a 501(c)(3) organization in the United States) to support a number of open source software projects. The ASF was formed from a group of developers of the Apache HTTP Server, and incorporated on March 25, 1999. As of 2021, it includes approximately 1000 members. The Apache Software Foundation is a decentralized open source community of developers. The software they produce is distributed under the terms of the Apache License, a permissive open-source license for free and open-source software (FOSS). The Apache projects are characterized by a collaborative, consensus-based development process and an open and pragmatic software license, which is to say that it allows developers who receive the software freely, to re-distribute it under nonfree terms. Each project is managed by a self-selected team of technical experts who are active contributors to the project. The ASF is a meritocracy, implying that membership of the foundation is granted only to volunteers who have actively contributed to Apache projects. The ASF is considered a second generation open-source organization,[citation needed] in that commercial support is provided without the risk of platform lock-in. Among the ASF's objectives are: to provide legal protection to volunteers working on Apache projects; to prevent the Apache brand name from being used by other organizations without permission. The ASF also holds several ApacheCon conferences each year, highlighting Apache projects and related technology.

Apache Software Foundation was incorporated on March 25, 1999

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### Instruction: From the passage provided, extract the year Apache Software Foundation was incorporated on. ### Context: The Apache Software Foundation /əˈpætʃi/ (ASF) is an American nonprofit corporation (classified as a 501(c)(3) organization in the United States) to support a number of open source software projects. The ASF was formed from a group of developers of the Apache HTTP Server, and incorporated on March 25, 1999. As of 2021, it includes approximately 1000 members. The Apache Software Foundation is a decentralized open source community of developers. The software they produce is distributed under the terms of the Apache License, a permissive open-source license for free and open-source software (FOSS). The Apache projects are characterized by a collaborative, consensus-based development process and an open and pragmatic software license, which is to say that it allows developers who receive the software freely, to re-distribute it under nonfree terms. Each project is managed by a self-selected team of technical experts who are active contributors to the project. The ASF is a meritocracy, implying that membership of the foundation is granted only to volunteers who have actively contributed to Apache projects. The ASF is considered a second generation open-source organization,[citation needed] in that commercial support is provided without the risk of platform lock-in. Among the ASF's objectives are: to provide legal protection to volunteers working on Apache projects; to prevent the Apache brand name from being used by other organizations without permission. The ASF also holds several ApacheCon conferences each year, highlighting Apache projects and related technology. ### Answer: Apache Software Foundation was incorporated on March 25, 1999

who is Walt Strony

Walt Strony (born 1955) is an American recording, consulting and performing organist and organ teacher, both on the theatre organ and traditional pipe organ, ranging from pizza parlors to churches and theatres to symphony orchestras. Biography Strony’s classical organ studies were with Herbert L. White of the Sherwood Conservatory of Music Columbia College Chicago and Karel Paukert at Northwestern University. His theatre organ teacher was Al Melgard, famous as the Staff Organist on the Barton organ at the Chicago Stadium. When Melgard retired in 1975 he gave Strony his Oak Park, IL teaching studio. Strony later studied piano with Giulio Favrio of the Lyric Opera of Chicago. He made his public debut as an organist in 1974, aged 18. During his college years he began playing the theatre organ in pizza parlors, a fad in the 1970s which gave new life to a largely forgotten instrument. For many years thereafter he was Artist-in-Residence at First Christian Church in Las Vegas, Nevada. Strony has studied with silent-film accompanists and has accompanied silent films for years, such as The Phantom of the Opera (1925 film) and Nosferatu at the Plaza Theatre (El Paso). Performances He has performed in the United States, toured extensively in Australia (1978), England (1989), Japan (Expo ‘75 & 2011), and Canada (1999), and he is a regular performer at conventions of the American Theatre Organ Society. In 2012 he played his 39th ATOS convention, more than any other organist. He played there again in 2008. He has also performed for the American Guild of Organists on both local and national levels. He has performed on numerous classical instruments as well, most notably having been featured in June 2009 at Macy's in Philadelphia (formerly Wanamaker’s) playing the largest operating pipe organ in the world. He has also recorded on the world’s largest theatre organ at the Sanfillipo Music Room in Barrington, IL. In addition to solo concerts, he has performed with several symphony orchestras. In El Paso he played music including Symphony No. 3 (Organ) of Camille Saint-Saëns. He played at the Calgary International Organ Festival with the Calgary Philharmonic. Additionally, he has performed with the Allentown Symphony and Symphony Silicon Valley. While in college he performed the Poulenc Organ Concerto with the Chicago Businessman’s Orchestra. Awards In 1991 and 1993 the American Theatre Organ Society selected him as "Organist of the Year." He is the only living organist to have received this award twice. In 2011 he was inducted into the American Theatre Organ Society Hall of Fame. In the spring of 2008, and in celebration of his career, the Allen Organ Company developed the Walt Strony Signature Model - the STR-4 - which is a four-manual instrument. Strony designed the stoplist and chose all the samples from their extensive library based upon his experience as an organist and tonal consultant. Other work His book The Secrets of Theatre Organ Registration (1991) was the first book to be written about this subject. According to the New York Times, this is "what many theater organists consider the definitive guide" to Wurlitzers. TheatreOrgans.com calls it "The hands down best book ever written on the subject of Theater Organ registration. Get a copy of this if you can, it is worth its weight in gold." In addition to musical performance, he works as an organ consultant, most notably for instruments built by the Allen Organ Company. In collaboration with Allen Organs and the ATOS, he and four other artists recorded a five-DVD instructional video entitled “The Art of Playing Theatre Organ”. Discography

Walt Strony (born 1955) is an American recording, consulting and performing organist and organ teacher on the theatre and traditional pipe organ, ranging from pizza parlours to churches and theatres to symphony orchestras. His theatre organ teacher was Al Melgard, famous as the Staff Organist on the Barton organ at the Chicago Stadium. When Melgard retired in 1975, he gave Strony his Oak Park, IL, teaching studio. He made his public debut as an organist in 1974, aged 18. During college, he began playing the theatre organ in pizza parlours, a fad in the 1970s that gave new life to a largely forgotten instrument. Strony has studied with silent-film accompanists and has accompanied silent films for years, such as The Phantom of the Opera (1925 film) and Nosferatu at the Plaza Theatre (El Paso). He has performed in the United States, toured extensively in Australia (1978), England (1989), Japan (Expo '75 & 2011), and Canada (1999), and he is a regular performer at conventions of the American Theatre Organ Society. In 2012 he played his 39th ATOS convention, more than any other organist. He played there again in 2008. He has also performed for the American Guild of Organists locally and nationally. He has performed on numerous classical instruments as well, most notably having been featured in June 2009 at Macy's in Philadelphia (formerly Wanamaker's), playing the largest operating pipe organ in the world. He has also recorded on the world's largest theatre organ at the Sanfillipo Music Room in Barrington, IL. In El Paso, he played music, including Symphony No. 3 (Organ) of Camille Saint-Saëns. He played at the Calgary International Organ Festival with the Calgary Philharmonic. Additionally, he has performed with the Allentown Symphony and Symphony Silicon Valley. While in college, he performed the Poulenc Organ Concerto with the Chicago Businessman's Orchestra. In 1991 and 1993, the American Theatre Organ Society selected him as "Organist of the Year." He is the only living organist to have received this award twice. In 2011 he was inducted into the American Theatre Organ Society Hall of Fame. In the spring of 2008, and celebrating his career, the Allen Organ Company developed the Walt Strony Signature Model - the STR-4 - a four-manual instrument. His book The Secrets of Theatre Organ Registration (1991) was the first book to be written about this subject. In addition to musical performance, he works as an organ consultant, most notably for instruments built by the Allen Organ Company. In collaboration with Allen Organs and the ATOS, he and four other artists recorded a five-DVD instructional video entitled "The Art of Playing Theatre Organ".

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### Instruction: who is Walt Strony ### Context: Walt Strony (born 1955) is an American recording, consulting and performing organist and organ teacher, both on the theatre organ and traditional pipe organ, ranging from pizza parlors to churches and theatres to symphony orchestras. Biography Strony’s classical organ studies were with Herbert L. White of the Sherwood Conservatory of Music Columbia College Chicago and Karel Paukert at Northwestern University. His theatre organ teacher was Al Melgard, famous as the Staff Organist on the Barton organ at the Chicago Stadium. When Melgard retired in 1975 he gave Strony his Oak Park, IL teaching studio. Strony later studied piano with Giulio Favrio of the Lyric Opera of Chicago. He made his public debut as an organist in 1974, aged 18. During his college years he began playing the theatre organ in pizza parlors, a fad in the 1970s which gave new life to a largely forgotten instrument. For many years thereafter he was Artist-in-Residence at First Christian Church in Las Vegas, Nevada. Strony has studied with silent-film accompanists and has accompanied silent films for years, such as The Phantom of the Opera (1925 film) and Nosferatu at the Plaza Theatre (El Paso). Performances He has performed in the United States, toured extensively in Australia (1978), England (1989), Japan (Expo ‘75 & 2011), and Canada (1999), and he is a regular performer at conventions of the American Theatre Organ Society. In 2012 he played his 39th ATOS convention, more than any other organist. He played there again in 2008. He has also performed for the American Guild of Organists on both local and national levels. He has performed on numerous classical instruments as well, most notably having been featured in June 2009 at Macy's in Philadelphia (formerly Wanamaker’s) playing the largest operating pipe organ in the world. He has also recorded on the world’s largest theatre organ at the Sanfillipo Music Room in Barrington, IL. In addition to solo concerts, he has performed with several symphony orchestras. In El Paso he played music including Symphony No. 3 (Organ) of Camille Saint-Saëns. He played at the Calgary International Organ Festival with the Calgary Philharmonic. Additionally, he has performed with the Allentown Symphony and Symphony Silicon Valley. While in college he performed the Poulenc Organ Concerto with the Chicago Businessman’s Orchestra. Awards In 1991 and 1993 the American Theatre Organ Society selected him as "Organist of the Year." He is the only living organist to have received this award twice. In 2011 he was inducted into the American Theatre Organ Society Hall of Fame. In the spring of 2008, and in celebration of his career, the Allen Organ Company developed the Walt Strony Signature Model - the STR-4 - which is a four-manual instrument. Strony designed the stoplist and chose all the samples from their extensive library based upon his experience as an organist and tonal consultant. Other work His book The Secrets of Theatre Organ Registration (1991) was the first book to be written about this subject. According to the New York Times, this is "what many theater organists consider the definitive guide" to Wurlitzers. TheatreOrgans.com calls it "The hands down best book ever written on the subject of Theater Organ registration. Get a copy of this if you can, it is worth its weight in gold." In addition to musical performance, he works as an organ consultant, most notably for instruments built by the Allen Organ Company. In collaboration with Allen Organs and the ATOS, he and four other artists recorded a five-DVD instructional video entitled “The Art of Playing Theatre Organ”. Discography ### Answer: Walt Strony (born 1955) is an American recording, consulting and performing organist and organ teacher on the theatre and traditional pipe organ, ranging from pizza parlours to churches and theatres to symphony orchestras. His theatre organ teacher was Al Melgard, famous as the Staff Organist on the Barton organ at the Chicago Stadium. When Melgard retired in 1975, he gave Strony his Oak Park, IL, teaching studio. He made his public debut as an organist in 1974, aged 18. During college, he began playing the theatre organ in pizza parlours, a fad in the 1970s that gave new life to a largely forgotten instrument. Strony has studied with silent-film accompanists and has accompanied silent films for years, such as The Phantom of the Opera (1925 film) and Nosferatu at the Plaza Theatre (El Paso). He has performed in the United States, toured extensively in Australia (1978), England (1989), Japan (Expo '75 & 2011), and Canada (1999), and he is a regular performer at conventions of the American Theatre Organ Society. In 2012 he played his 39th ATOS convention, more than any other organist. He played there again in 2008. He has also performed for the American Guild of Organists locally and nationally. He has performed on numerous classical instruments as well, most notably having been featured in June 2009 at Macy's in Philadelphia (formerly Wanamaker's), playing the largest operating pipe organ in the world. He has also recorded on the world's largest theatre organ at the Sanfillipo Music Room in Barrington, IL. In El Paso, he played music, including Symphony No. 3 (Organ) of Camille Saint-Saëns. He played at the Calgary International Organ Festival with the Calgary Philharmonic. Additionally, he has performed with the Allentown Symphony and Symphony Silicon Valley. While in college, he performed the Poulenc Organ Concerto with the Chicago Businessman's Orchestra. In 1991 and 1993, the American Theatre Organ Society selected him as "Organist of the Year." He is the only living organist to have received this award twice. In 2011 he was inducted into the American Theatre Organ Society Hall of Fame. In the spring of 2008, and celebrating his career, the Allen Organ Company developed the Walt Strony Signature Model - the STR-4 - a four-manual instrument. His book The Secrets of Theatre Organ Registration (1991) was the first book to be written about this subject. In addition to musical performance, he works as an organ consultant, most notably for instruments built by the Allen Organ Company. In collaboration with Allen Organs and the ATOS, he and four other artists recorded a five-DVD instructional video entitled "The Art of Playing Theatre Organ".

Extract the awards that Caitlin Clark won during her Junior year season at Iowa State.

Clark won the AP Player of the Year, Naismith College Player of the Year, USBWA National Player of the Year and the John R. Wooden Award and the Wade Trophy. She was a unanimous first-team All-American for a second straight season, earning first-team recognition from the AP and USBWA and making the WBCA Coaches' All-America Team. Clark received the Nancy Lieberman award for her second straight season.

AP Player of the Year, Naismith College Player of the year, USBWA National Player of the Year, John R. Wooden Award, Wade Trophy, Nancy Lieberman award

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### Instruction: Extract the awards that Caitlin Clark won during her Junior year season at Iowa State. ### Context: Clark won the AP Player of the Year, Naismith College Player of the Year, USBWA National Player of the Year and the John R. Wooden Award and the Wade Trophy. She was a unanimous first-team All-American for a second straight season, earning first-team recognition from the AP and USBWA and making the WBCA Coaches' All-America Team. Clark received the Nancy Lieberman award for her second straight season. ### Answer: AP Player of the Year, Naismith College Player of the year, USBWA National Player of the Year, John R. Wooden Award, Wade Trophy, Nancy Lieberman award

How was Napoleon defeated?

Napoleon Bonaparte (born Napoleone Buonaparte; 15 August 1769 – 5 May 1821), later known by his regnal name Napoleon I, was a Corsica-born French military commander and political leader who rose to prominence during the French Revolution and led successful campaigns during the Revolutionary Wars. He was the de facto leader of the French Republic as First Consul from 1799 to 1804, then Emperor of the French from 1804 until 1814 and again in 1815. Napoleon's political and cultural legacy endures to this day, as a highly celebrated and controversial leader. He initiated many liberal reforms that have persisted in society, and is considered one of the greatest military commanders in history. His campaigns are still studied at military academies worldwide. Between three and six million civilians and soldiers died in what became known as the Napoleonic Wars. Napoleon was born on the island of Corsica, not long after its annexation by France, to a native family descending from minor Italian nobility. He supported the French Revolution in 1789 while serving in the French army, and tried to spread its ideals to his native Corsica. He rose rapidly in the Army after he saved the governing French Directory by firing on royalist insurgents. In 1796, he began a military campaign against the Austrians and their Italian allies, scoring decisive victories and becoming a national hero. Two years later, he led a military expedition to Egypt that served as a springboard to political power. He engineered a coup in November 1799 and became First Consul of the Republic. Differences with the United Kingdom meant France faced the War of the Third Coalition by 1805. Napoleon shattered this coalition with victories in the Ulm campaign, and at the Battle of Austerlitz, which led to the dissolution of the Holy Roman Empire. In 1806, the Fourth Coalition took up arms against him. Napoleon defeated Prussia at the battles of Jena and Auerstedt, marched the Grande Armée into Eastern Europe, and defeated the Russians in June 1807 at Friedland, forcing the defeated nations of the Fourth Coalition to accept the Treaties of Tilsit. Two years later, the Austrians challenged the French again during the War of the Fifth Coalition, but Napoleon solidified his grip over Europe after triumphing at the Battle of Wagram. Hoping to extend the Continental System, his embargo against Britain, Napoleon invaded the Iberian Peninsula and declared his brother Joseph the King of Spain in 1808. The Spanish and the Portuguese revolted in the Peninsular War aided by a British army, culminating in defeat for Napoleon's marshals. Napoleon launched an invasion of Russia in the summer of 1812. The resulting campaign witnessed the catastrophic retreat of Napoleon's Grande Armée. In 1813, Prussia and Austria joined Russian forces in a Sixth Coalition against France, resulting in a large coalition army defeating Napoleon at the Battle of Leipzig. The coalition invaded France and captured Paris, forcing Napoleon to abdicate in April 1814. He was exiled to the island of Elba, between Corsica and Italy. In France, the Bourbons were restored to power. Napoleon escaped in February 1815 and took control of France. The Allies responded by forming a Seventh Coalition, which defeated Napoleon at the Battle of Waterloo in June 1815. The British exiled him to the remote island of Saint Helena in the Atlantic, where he died in 1821 at the age of 51. Napoleon had an extensive impact on the modern world, bringing liberal reforms to the lands he conquered, especially the regions of the Low Countries, Switzerland and parts of modern Italy and Germany. He implemented many liberal policies in France and Western Europe.

Napoleon invaded Russia in the summer of 1812, resulting in a catastrophic retreat of Napoleon's Grade Armée. One year later, Prussia and Australia joined Russian forces, defeating Napoleon at the Battle of Leipzig. The coalition then invaded France and captured Paris, forcing Napoleon to abdicate in April 1814. Napoleon was forced to exile to the island of Elba. Napoleon escaped in 1815 and took back control of France. He was defeated again during the Battle of Waterloo in June 1815 and sent to exile by the British to the remote island of Saint Helena where he died in 1921.

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### Instruction: How was Napoleon defeated? ### Context: Napoleon Bonaparte (born Napoleone Buonaparte; 15 August 1769 – 5 May 1821), later known by his regnal name Napoleon I, was a Corsica-born French military commander and political leader who rose to prominence during the French Revolution and led successful campaigns during the Revolutionary Wars. He was the de facto leader of the French Republic as First Consul from 1799 to 1804, then Emperor of the French from 1804 until 1814 and again in 1815. Napoleon's political and cultural legacy endures to this day, as a highly celebrated and controversial leader. He initiated many liberal reforms that have persisted in society, and is considered one of the greatest military commanders in history. His campaigns are still studied at military academies worldwide. Between three and six million civilians and soldiers died in what became known as the Napoleonic Wars. Napoleon was born on the island of Corsica, not long after its annexation by France, to a native family descending from minor Italian nobility. He supported the French Revolution in 1789 while serving in the French army, and tried to spread its ideals to his native Corsica. He rose rapidly in the Army after he saved the governing French Directory by firing on royalist insurgents. In 1796, he began a military campaign against the Austrians and their Italian allies, scoring decisive victories and becoming a national hero. Two years later, he led a military expedition to Egypt that served as a springboard to political power. He engineered a coup in November 1799 and became First Consul of the Republic. Differences with the United Kingdom meant France faced the War of the Third Coalition by 1805. Napoleon shattered this coalition with victories in the Ulm campaign, and at the Battle of Austerlitz, which led to the dissolution of the Holy Roman Empire. In 1806, the Fourth Coalition took up arms against him. Napoleon defeated Prussia at the battles of Jena and Auerstedt, marched the Grande Armée into Eastern Europe, and defeated the Russians in June 1807 at Friedland, forcing the defeated nations of the Fourth Coalition to accept the Treaties of Tilsit. Two years later, the Austrians challenged the French again during the War of the Fifth Coalition, but Napoleon solidified his grip over Europe after triumphing at the Battle of Wagram. Hoping to extend the Continental System, his embargo against Britain, Napoleon invaded the Iberian Peninsula and declared his brother Joseph the King of Spain in 1808. The Spanish and the Portuguese revolted in the Peninsular War aided by a British army, culminating in defeat for Napoleon's marshals. Napoleon launched an invasion of Russia in the summer of 1812. The resulting campaign witnessed the catastrophic retreat of Napoleon's Grande Armée. In 1813, Prussia and Austria joined Russian forces in a Sixth Coalition against France, resulting in a large coalition army defeating Napoleon at the Battle of Leipzig. The coalition invaded France and captured Paris, forcing Napoleon to abdicate in April 1814. He was exiled to the island of Elba, between Corsica and Italy. In France, the Bourbons were restored to power. Napoleon escaped in February 1815 and took control of France. The Allies responded by forming a Seventh Coalition, which defeated Napoleon at the Battle of Waterloo in June 1815. The British exiled him to the remote island of Saint Helena in the Atlantic, where he died in 1821 at the age of 51. Napoleon had an extensive impact on the modern world, bringing liberal reforms to the lands he conquered, especially the regions of the Low Countries, Switzerland and parts of modern Italy and Germany. He implemented many liberal policies in France and Western Europe. ### Answer: Napoleon invaded Russia in the summer of 1812, resulting in a catastrophic retreat of Napoleon's Grade Armée. One year later, Prussia and Australia joined Russian forces, defeating Napoleon at the Battle of Leipzig. The coalition then invaded France and captured Paris, forcing Napoleon to abdicate in April 1814. Napoleon was forced to exile to the island of Elba. Napoleon escaped in 1815 and took back control of France. He was defeated again during the Battle of Waterloo in June 1815 and sent to exile by the British to the remote island of Saint Helena where he died in 1921.

From the passage provided, extract the average size of a female great white shark.

The great white shark (Carcharodon carcharias), also known as the white shark, white pointer, or simply great white, is a species of large mackerel shark which can be found in the coastal surface waters of all the major oceans. It is notable for its size, with the largest preserved female specimen measuring 5.83 m (19.1 ft) in length and around 2,000 kg (4,410 lb) in weight at maturity. However, most are smaller; males measure 3.4 to 4.0 m (11 to 13 ft), and females measure 4.6 to 4.9 m (15 to 16 ft) on average. According to a 2014 study, the lifespan of great white sharks is estimated to be as long as 70 years or more, well above previous estimates, making it one of the longest lived cartilaginous fishes currently known. According to the same study, male great white sharks take 26 years to reach sexual maturity, while the females take 33 years to be ready to produce offspring. Great white sharks can swim at speeds of 25 km/h (16 mph) for short bursts and to depths of 1,200 m (3,900 ft).

The average female great white shark measures 4.6 to 4.9 m or 15 to 16 ft.

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### Instruction: From the passage provided, extract the average size of a female great white shark. ### Context: The great white shark (Carcharodon carcharias), also known as the white shark, white pointer, or simply great white, is a species of large mackerel shark which can be found in the coastal surface waters of all the major oceans. It is notable for its size, with the largest preserved female specimen measuring 5.83 m (19.1 ft) in length and around 2,000 kg (4,410 lb) in weight at maturity. However, most are smaller; males measure 3.4 to 4.0 m (11 to 13 ft), and females measure 4.6 to 4.9 m (15 to 16 ft) on average. According to a 2014 study, the lifespan of great white sharks is estimated to be as long as 70 years or more, well above previous estimates, making it one of the longest lived cartilaginous fishes currently known. According to the same study, male great white sharks take 26 years to reach sexual maturity, while the females take 33 years to be ready to produce offspring. Great white sharks can swim at speeds of 25 km/h (16 mph) for short bursts and to depths of 1,200 m (3,900 ft). ### Answer: The average female great white shark measures 4.6 to 4.9 m or 15 to 16 ft.

From the passage note down the name of the countries which have most voting power. List the results in comma separated format.

The World Bank is an international financial institution that provides loans and grants to the governments of low- and middle-income countries for the purpose of pursuing capital projects. The World Bank is the collective name for the International Bank for Reconstruction and Development (IBRD) and International Development Association (IDA), two of five international organizations owned by the World Bank Group. It was established along with the International Monetary Fund at the 1944 Bretton Woods Conference. After a slow start, its first loan was to France in 1947. In the 1970s, it focused on loans to developing world countries, shifting away from that mission in the 1980s. For the last 30 years, it has included NGOs and environmental groups in its loan portfolio. Its loan strategy is influenced by the United Nations' Sustainable Development Goals, as well as environmental and social safeguards. As of 2022, the World Bank is run by a president and 25 executive directors, as well as 29 various vice presidents. IBRD and IDA have 189 and 174 member countries, respectively. The U.S., Japan, China, Germany and the U.K. have the most voting power. The bank aims loans at developing countries to help reduce poverty. The bank is engaged in several global partnerships and initiatives, and takes a role in working toward addressing climate change. The World Bank operates a number of training wings and it works with the Clean Air Initiative and the UN Development Business. It works within the Open Data Initiative and hosts an Open Knowledge Repository. The World Bank has been criticized as promoting inflation and harming economic development, causing protests in 1988 and 2000. There has also been criticism of the bank's governance and response to the COVID-19 pandemic.

U.S., Japan, China, Germany, U.K.

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### Instruction: From the passage note down the name of the countries which have most voting power. List the results in comma separated format. ### Context: The World Bank is an international financial institution that provides loans and grants to the governments of low- and middle-income countries for the purpose of pursuing capital projects. The World Bank is the collective name for the International Bank for Reconstruction and Development (IBRD) and International Development Association (IDA), two of five international organizations owned by the World Bank Group. It was established along with the International Monetary Fund at the 1944 Bretton Woods Conference. After a slow start, its first loan was to France in 1947. In the 1970s, it focused on loans to developing world countries, shifting away from that mission in the 1980s. For the last 30 years, it has included NGOs and environmental groups in its loan portfolio. Its loan strategy is influenced by the United Nations' Sustainable Development Goals, as well as environmental and social safeguards. As of 2022, the World Bank is run by a president and 25 executive directors, as well as 29 various vice presidents. IBRD and IDA have 189 and 174 member countries, respectively. The U.S., Japan, China, Germany and the U.K. have the most voting power. The bank aims loans at developing countries to help reduce poverty. The bank is engaged in several global partnerships and initiatives, and takes a role in working toward addressing climate change. The World Bank operates a number of training wings and it works with the Clean Air Initiative and the UN Development Business. It works within the Open Data Initiative and hosts an Open Knowledge Repository. The World Bank has been criticized as promoting inflation and harming economic development, causing protests in 1988 and 2000. There has also been criticism of the bank's governance and response to the COVID-19 pandemic. ### Answer: U.S., Japan, China, Germany, U.K.

Based on the paragraph below, what are some potential benefits of TENS (transcutaneous electrical nerve stimulation) treatment?

Transcutaneous electrical nerve stimulation is a commonly used treatment approach to alleviate acute and chronic pain by reducing the sensitization of dorsal horn neurons, elevating levels of gamma-aminobutyric acid and glycine, and inhibiting glial activation. However, many systematic reviews and meta analyses assessing clinical trials looking at the effectiveness of using TENS to reduce different sources of pain have been inconclusive due to a lack of high quality and unbiased evidence. Potential benefits of TENS treatment include the safety, relative low cost, the ability to self-administer, and availability over the counter without a prescription. In principle, an adequate intensity of stimulation is necessary to achieve pain relief with TENS. An analysis of treatment fidelity (meaning that the delivery of TENS in a trial was in accordance with current clinical advice, such as using "a strong but comfortable sensation" and suitable, frequent treatment durations) showed that higher fidelity trials tended to have a positive outcome.

Some benefits of TENS treatment are the low cost, ability to self-administer (which lends itself to flexibility, and being able to treat at home), and availability without a prescription.

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### Instruction: Based on the paragraph below, what are some potential benefits of TENS (transcutaneous electrical nerve stimulation) treatment? ### Context: Transcutaneous electrical nerve stimulation is a commonly used treatment approach to alleviate acute and chronic pain by reducing the sensitization of dorsal horn neurons, elevating levels of gamma-aminobutyric acid and glycine, and inhibiting glial activation. However, many systematic reviews and meta analyses assessing clinical trials looking at the effectiveness of using TENS to reduce different sources of pain have been inconclusive due to a lack of high quality and unbiased evidence. Potential benefits of TENS treatment include the safety, relative low cost, the ability to self-administer, and availability over the counter without a prescription. In principle, an adequate intensity of stimulation is necessary to achieve pain relief with TENS. An analysis of treatment fidelity (meaning that the delivery of TENS in a trial was in accordance with current clinical advice, such as using "a strong but comfortable sensation" and suitable, frequent treatment durations) showed that higher fidelity trials tended to have a positive outcome. ### Answer: Some benefits of TENS treatment are the low cost, ability to self-administer (which lends itself to flexibility, and being able to treat at home), and availability without a prescription.

Which amendment to the US constitution protects the rights of its citizens to own shotguns?

No. Subject Ratification Proposed Completed Time span 1st Protects freedom of religion, freedom of speech, freedom of the press, freedom of assembly and the right to petition the government. September 25, 1789 December 15, 1791 2 years, 81 days 2nd Protects the right to keep and bear arms September 25, 1789 December 15, 1791 2 years, 81 days 3rd Restricts the quartering of soldiers in private homes September 25, 1789 December 15, 1791 2 years, 81 days 4th Prohibits unreasonable searches and seizures and sets out requirements for search warrants based on probable cause September 25, 1789 December 15, 1791 2 years, 81 days 5th Sets out rules for indictment by grand jury and eminent domain, protects the right to due process, and prohibits self-incrimination and double jeopardy September 25, 1789 December 15, 1791 2 years, 81 days 6th Protects the right to a speedy public trial by jury, to notification of criminal accusations, to confront the accuser, to obtain witnesses and to retain counsel September 25, 1789 December 15, 1791 2 years, 81 days 7th Provides for the right to a jury trial in civil lawsuits September 25, 1789 December 15, 1791 2 years, 81 days 8th Prohibits excessive fines and excessive bail, as well as cruel and unusual punishment September 25, 1789 December 15, 1791 2 years, 81 days 9th States that rights not enumerated in the Constitution are retained by the people September 25, 1789 December 15, 1791 2 years, 81 days 10th States that the federal government possesses only those powers delegated, or enumerated, to it through the Constitution, and that all other powers are reserved to the States, or to the people. September 25, 1789 December 15, 1791 2 years, 81 days 11th Makes states immune from suits from out-of-state citizens and foreigners not living within the state borders; lays the foundation for state sovereign immunity March 4, 1794 February 7, 1795 340 days 12th Revises presidential election procedures by having the president and vice president elected together as opposed to the vice president being the runner up in the presidential election December 9, 1803 June 15, 1804 189 days 13th Abolishes slavery, and involuntary servitude, except as punishment for a crime January 31, 1865 December 6, 1865 309 days 14th Defines citizenship, contains the Privileges or Immunities Clause, the Due Process Clause, and the Equal Protection Clause, and deals with post–Civil War issues June 13, 1866 July 9, 1868 2 years, 26 days 15th Prohibits the denial of the right to vote based on race, color or previous condition of servitude February 26, 1869 February 3, 1870 342 days 16th Permits Congress to levy an income tax without apportioning it among the various states or basing it on the United States Census July 12, 1909 February 3, 1913 3 years, 206 days 17th Establishes the direct election of United States senators by popular vote May 13, 1912 April 8, 1913 330 days 18th Prohibited the manufacturing or sale of alcohol within the United States (Repealed December 5, 1933, via the 21st Amendment) December 18, 1917 January 16, 1919 1 year, 29 days 19th Prohibits the denial of the right to vote based on sex June 4, 1919 August 18, 1920 1 year, 75 days 20th Changes the dates on which the terms of the president and vice president, and of members of Congress, begin and end, to January 20 and January 3 respectively. States that if the president-elect dies before taking office, the vice president–elect is to be inaugurated as President. March 2, 1932 January 23, 1933 327 days 21st Repeals the 18th Amendment and makes it a federal offense to transport or import intoxicating liquors into U.S. states and territories where such is prohibited by law February 20, 1933 December 5, 1933 288 days 22nd Limits the number of times a person can be elected president. March 21, 1947 February 27, 1951 3 years, 343 days 23rd Grants the District of Columbia electors in the Electoral College June 16, 1960 March 29, 1961 286 days 24th Prohibits the revocation of voting rights due to the non-payment of a poll tax or any other tax September 14, 1962 January 23, 1964 1 year, 131 days 25th Addresses succession to the presidency and establishes procedures both for filling a vacancy in the office of the vice president and responding to presidential disabilities July 6, 1965 February 10, 1967 1 year, 219 days 26th Prohibits the denial of the right of US citizens, 18 years of age or older, to vote on account of age March 23, 1971 July 1, 1971 100 days 27th Delays laws affecting Congressional salary from taking effect until after the next election of representatives September 25, 1789 May 7, 1992 202 years, 223 days

The Second Amendment (Amendment II) to the US Constitution protects the right to keep and bear arms.

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### Instruction: Which amendment to the US constitution protects the rights of its citizens to own shotguns? ### Context: No. Subject Ratification Proposed Completed Time span 1st Protects freedom of religion, freedom of speech, freedom of the press, freedom of assembly and the right to petition the government. September 25, 1789 December 15, 1791 2 years, 81 days 2nd Protects the right to keep and bear arms September 25, 1789 December 15, 1791 2 years, 81 days 3rd Restricts the quartering of soldiers in private homes September 25, 1789 December 15, 1791 2 years, 81 days 4th Prohibits unreasonable searches and seizures and sets out requirements for search warrants based on probable cause September 25, 1789 December 15, 1791 2 years, 81 days 5th Sets out rules for indictment by grand jury and eminent domain, protects the right to due process, and prohibits self-incrimination and double jeopardy September 25, 1789 December 15, 1791 2 years, 81 days 6th Protects the right to a speedy public trial by jury, to notification of criminal accusations, to confront the accuser, to obtain witnesses and to retain counsel September 25, 1789 December 15, 1791 2 years, 81 days 7th Provides for the right to a jury trial in civil lawsuits September 25, 1789 December 15, 1791 2 years, 81 days 8th Prohibits excessive fines and excessive bail, as well as cruel and unusual punishment September 25, 1789 December 15, 1791 2 years, 81 days 9th States that rights not enumerated in the Constitution are retained by the people September 25, 1789 December 15, 1791 2 years, 81 days 10th States that the federal government possesses only those powers delegated, or enumerated, to it through the Constitution, and that all other powers are reserved to the States, or to the people. September 25, 1789 December 15, 1791 2 years, 81 days 11th Makes states immune from suits from out-of-state citizens and foreigners not living within the state borders; lays the foundation for state sovereign immunity March 4, 1794 February 7, 1795 340 days 12th Revises presidential election procedures by having the president and vice president elected together as opposed to the vice president being the runner up in the presidential election December 9, 1803 June 15, 1804 189 days 13th Abolishes slavery, and involuntary servitude, except as punishment for a crime January 31, 1865 December 6, 1865 309 days 14th Defines citizenship, contains the Privileges or Immunities Clause, the Due Process Clause, and the Equal Protection Clause, and deals with post–Civil War issues June 13, 1866 July 9, 1868 2 years, 26 days 15th Prohibits the denial of the right to vote based on race, color or previous condition of servitude February 26, 1869 February 3, 1870 342 days 16th Permits Congress to levy an income tax without apportioning it among the various states or basing it on the United States Census July 12, 1909 February 3, 1913 3 years, 206 days 17th Establishes the direct election of United States senators by popular vote May 13, 1912 April 8, 1913 330 days 18th Prohibited the manufacturing or sale of alcohol within the United States (Repealed December 5, 1933, via the 21st Amendment) December 18, 1917 January 16, 1919 1 year, 29 days 19th Prohibits the denial of the right to vote based on sex June 4, 1919 August 18, 1920 1 year, 75 days 20th Changes the dates on which the terms of the president and vice president, and of members of Congress, begin and end, to January 20 and January 3 respectively. States that if the president-elect dies before taking office, the vice president–elect is to be inaugurated as President. March 2, 1932 January 23, 1933 327 days 21st Repeals the 18th Amendment and makes it a federal offense to transport or import intoxicating liquors into U.S. states and territories where such is prohibited by law February 20, 1933 December 5, 1933 288 days 22nd Limits the number of times a person can be elected president. March 21, 1947 February 27, 1951 3 years, 343 days 23rd Grants the District of Columbia electors in the Electoral College June 16, 1960 March 29, 1961 286 days 24th Prohibits the revocation of voting rights due to the non-payment of a poll tax or any other tax September 14, 1962 January 23, 1964 1 year, 131 days 25th Addresses succession to the presidency and establishes procedures both for filling a vacancy in the office of the vice president and responding to presidential disabilities July 6, 1965 February 10, 1967 1 year, 219 days 26th Prohibits the denial of the right of US citizens, 18 years of age or older, to vote on account of age March 23, 1971 July 1, 1971 100 days 27th Delays laws affecting Congressional salary from taking effect until after the next election of representatives September 25, 1789 May 7, 1992 202 years, 223 days ### Answer: The Second Amendment (Amendment II) to the US Constitution protects the right to keep and bear arms.

Identify different ways to achieve safe atmospheric entry for space shuttles and provide a bullet list.

To return to Earth, the escape velocity of the Moon must be overcome for the spacecraft to escape the gravity well of the Moon. Rockets must be used to leave the Moon and return to space. Upon reaching Earth, atmospheric entry techniques are used to absorb the kinetic energy of a returning spacecraft and reduce its speed for safe landing. These functions greatly complicate a moon landing mission and lead to many additional operational considerations. Any moon departure rocket must first be carried to the Moon's surface by a moon landing rocket, increasing the latter's required size. The Moon departure rocket, larger moon landing rocket and any Earth atmosphere entry equipment such as heat shields and parachutes must in turn be lifted by the original launch vehicle, greatly increasing its size by a significant and almost prohibitive degree.

- Reduce speed and absorb kinetic energy on reentry. - Use heat shields - Use parachutes

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### Instruction: Identify different ways to achieve safe atmospheric entry for space shuttles and provide a bullet list. ### Context: To return to Earth, the escape velocity of the Moon must be overcome for the spacecraft to escape the gravity well of the Moon. Rockets must be used to leave the Moon and return to space. Upon reaching Earth, atmospheric entry techniques are used to absorb the kinetic energy of a returning spacecraft and reduce its speed for safe landing. These functions greatly complicate a moon landing mission and lead to many additional operational considerations. Any moon departure rocket must first be carried to the Moon's surface by a moon landing rocket, increasing the latter's required size. The Moon departure rocket, larger moon landing rocket and any Earth atmosphere entry equipment such as heat shields and parachutes must in turn be lifted by the original launch vehicle, greatly increasing its size by a significant and almost prohibitive degree. ### Answer: - Reduce speed and absorb kinetic energy on reentry. - Use heat shields - Use parachutes

Why is Virginia City famous?

Virginia City is a census-designated place (CDP) that is the county seat of Storey County, Nevada, and the largest community in the county. The city is a part of the Reno–Sparks Metropolitan Statistical Area. Virginia City developed as a boomtown with the 1859 discovery of the Comstock Lode, the first major silver deposit discovery in the United States, with numerous mines opening. The population peaked in the mid-1870s, with an estimated 25,000 residents. The mines' output declined after 1878, and the population declined as a result. As of the 2020 Census, the population of Virginia City was 787.

Virginia City is a census-designated place (CDP) and the county seat of Storey County, Nevada, and the largest community in the county. The city is a part of the Reno–Sparks Metropolitan Statistical Area. In 1859, Virginia City developed as a boomtown with the discovery of the Comstock Lode. The Comstock Lode is the first major silver deposit discovery in the United States. Virginia City's population peaked in the mid-1870s, with an estimated 25,000 residents. The mines' output declined after 1878, and the population declined as a result. As of the 2020 Census, the population of Virginia City was only 787.

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### Instruction: Why is Virginia City famous? ### Context: Virginia City is a census-designated place (CDP) that is the county seat of Storey County, Nevada, and the largest community in the county. The city is a part of the Reno–Sparks Metropolitan Statistical Area. Virginia City developed as a boomtown with the 1859 discovery of the Comstock Lode, the first major silver deposit discovery in the United States, with numerous mines opening. The population peaked in the mid-1870s, with an estimated 25,000 residents. The mines' output declined after 1878, and the population declined as a result. As of the 2020 Census, the population of Virginia City was 787. ### Answer: Virginia City is a census-designated place (CDP) and the county seat of Storey County, Nevada, and the largest community in the county. The city is a part of the Reno–Sparks Metropolitan Statistical Area. In 1859, Virginia City developed as a boomtown with the discovery of the Comstock Lode. The Comstock Lode is the first major silver deposit discovery in the United States. Virginia City's population peaked in the mid-1870s, with an estimated 25,000 residents. The mines' output declined after 1878, and the population declined as a result. As of the 2020 Census, the population of Virginia City was only 787.

Who fought in the Second Battle of Bapaume?

The Second Battle of Bapaume was a battle of the First World War that took place at Bapaume in France, from 21 August 1918 to 3 September 1918. It was a continuation of the Battle of Albert and is also referred to as the second phase of that battle. The British and Dominion attack was part of what was later known as the Allies' Hundred Days Offensive. The Second Battle of Bapaume was carried out over a period of two weeks and involved the divisions of IV Corps; the British 5th, 37th, 42nd, and the 63rd Divisions along with the New Zealand Division. On 29 August, elements of the New Zealand Division, after heavy fighting in the days prior, occupied Bapaume as the defending Germans withdrew. It then pushed onto the Bancourt Ridge, to the east of Bapaume.

The British and New Zealanders fought the Germans in the Second Battle of Bapaume

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### Instruction: Who fought in the Second Battle of Bapaume? ### Context: The Second Battle of Bapaume was a battle of the First World War that took place at Bapaume in France, from 21 August 1918 to 3 September 1918. It was a continuation of the Battle of Albert and is also referred to as the second phase of that battle. The British and Dominion attack was part of what was later known as the Allies' Hundred Days Offensive. The Second Battle of Bapaume was carried out over a period of two weeks and involved the divisions of IV Corps; the British 5th, 37th, 42nd, and the 63rd Divisions along with the New Zealand Division. On 29 August, elements of the New Zealand Division, after heavy fighting in the days prior, occupied Bapaume as the defending Germans withdrew. It then pushed onto the Bancourt Ridge, to the east of Bapaume. ### Answer: The British and New Zealanders fought the Germans in the Second Battle of Bapaume

From the paragraph, tell me what is a dredger

Dredging is the excavation of material from a water environment. Possible reasons for dredging include improving existing water features; reshaping land and water features to alter drainage, navigability, and commercial use; constructing dams, dikes, and other controls for streams and shorelines; and recovering valuable mineral deposits or marine life having commercial value. In all but a few situations the excavation is undertaken by a specialist floating plant, known as a dredger. Dredging is carried out in many different locations and for many different purposes, but the main objectives are usually to recover material of value or use, or to create a greater depth of water. Dredges have been classified as suction or mechanical. Dredging systems can either be shore-based, brought to a location based on barges, or built into purpose built vessels. Dredging has significant environmental impacts: it can disturb marine sediments, leading to both short- and long-term water pollution, destroy important seabed ecosystems, and can release legacy human-sourced toxins captured in the sediment. These environmental impacts can significantly hurt marine wildlife populations, contaminate sources of drinking water and interrupt economic activities such as fishing.

A dredger is a specialist floating plant used to do excavation of material from a water environment. This process is called dredging.

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### Instruction: From the paragraph, tell me what is a dredger ### Context: Dredging is the excavation of material from a water environment. Possible reasons for dredging include improving existing water features; reshaping land and water features to alter drainage, navigability, and commercial use; constructing dams, dikes, and other controls for streams and shorelines; and recovering valuable mineral deposits or marine life having commercial value. In all but a few situations the excavation is undertaken by a specialist floating plant, known as a dredger. Dredging is carried out in many different locations and for many different purposes, but the main objectives are usually to recover material of value or use, or to create a greater depth of water. Dredges have been classified as suction or mechanical. Dredging systems can either be shore-based, brought to a location based on barges, or built into purpose built vessels. Dredging has significant environmental impacts: it can disturb marine sediments, leading to both short- and long-term water pollution, destroy important seabed ecosystems, and can release legacy human-sourced toxins captured in the sediment. These environmental impacts can significantly hurt marine wildlife populations, contaminate sources of drinking water and interrupt economic activities such as fishing. ### Answer: A dredger is a specialist floating plant used to do excavation of material from a water environment. This process is called dredging.

Extract the teams that Bob Sanders played throughout his career, and put them in a comma-separated list.

Demond "Bob" Sanders (born February 24, 1981) is an American former professional football player who was a safety in the National Football League (NFL) for eight seasons. He played college football for the Iowa Hawkeyes and was drafted by the Indianapolis Colts in the second round of the 2004 NFL Draft. He was named NFL Defensive Player of the Year in 2007 and also played for the San Diego Chargers in his final season in 2011. Sanders was nicknamed "The Sandman" because of his hard hits and tackles, and was also called "The Eraser" by former Colts' coach Tony Dungy because of his tendency to erase the mistakes of his teammates. He spent the majority of his career battling injuries, having played more than six games in a single season only twice, in 2005 and 2007.

Iowa Hawkeyes, Indianapolis Colts, San Diego Chargers

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### Instruction: Extract the teams that Bob Sanders played throughout his career, and put them in a comma-separated list. ### Context: Demond "Bob" Sanders (born February 24, 1981) is an American former professional football player who was a safety in the National Football League (NFL) for eight seasons. He played college football for the Iowa Hawkeyes and was drafted by the Indianapolis Colts in the second round of the 2004 NFL Draft. He was named NFL Defensive Player of the Year in 2007 and also played for the San Diego Chargers in his final season in 2011. Sanders was nicknamed "The Sandman" because of his hard hits and tackles, and was also called "The Eraser" by former Colts' coach Tony Dungy because of his tendency to erase the mistakes of his teammates. He spent the majority of his career battling injuries, having played more than six games in a single season only twice, in 2005 and 2007. ### Answer: Iowa Hawkeyes, Indianapolis Colts, San Diego Chargers

What was the Bismarck battleship?

Bismarck was the first of two Bismarck-class battleships built for Nazi Germany's Kriegsmarine. Named after Chancellor Otto von Bismarck, the ship was laid down at the Blohm & Voss shipyard in Hamburg in July 1936 and launched in February 1939. Work was completed in August 1940, when she was commissioned into the German fleet. Bismarck and her sister ship Tirpitz were the largest battleships ever built by Germany, and two of the largest built by any European power. In the course of the warship's eight-month career, Bismarck conducted only one offensive operation that lasted 8 days in May 1941, codenamed Rheinübung. The ship, along with the heavy cruiser Prinz Eugen, was to break into the Atlantic Ocean and raid Allied shipping from North America to Great Britain. The two ships were detected several times off Scandinavia, and British naval units were deployed to block their route. At the Battle of the Denmark Strait, the battlecruiser HMS Hood initially engaged Prinz Eugen, probably by mistake, while HMS Prince of Wales engaged Bismarck. In the ensuing battle Hood was destroyed by the combined fire of Bismarck and Prinz Eugen, which then damaged Prince of Wales and forced her retreat. Bismarck suffered sufficient damage from three hits by Prince of Wales to force an end to the raiding mission. The destruction of Hood spurred a relentless pursuit by the Royal Navy involving dozens of warships. Two days later, heading for occupied France to effect repairs, Bismarck was attacked by fifteen Fairey Swordfish torpedo bombers from the aircraft carrier HMS Ark Royal; one scored a hit that rendered the battleship's steering gear inoperable. In her final battle the following morning, the already-crippled Bismarck was engaged by two British battleships and two heavy cruisers, and sustained incapacitating damage and heavy loss of life. The ship was scuttled to prevent her being boarded by the British, and to allow the ship to be abandoned so as to limit further casualties. Most experts agree that the battle damage would have caused her to sink eventually. The wreck was located in June 1989 by Robert Ballard, and has since been further surveyed by several other expeditions.

The Bismarck was a battleship built for the German Navy in World War 2. After one offensive engagement where it helped sink the ship HMS Hood the Bismarck became a priority target of the British Navy and was sunk by German forces after suffering catastrophic damage after only 8 months of service.

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### Instruction: What was the Bismarck battleship? ### Context: Bismarck was the first of two Bismarck-class battleships built for Nazi Germany's Kriegsmarine. Named after Chancellor Otto von Bismarck, the ship was laid down at the Blohm & Voss shipyard in Hamburg in July 1936 and launched in February 1939. Work was completed in August 1940, when she was commissioned into the German fleet. Bismarck and her sister ship Tirpitz were the largest battleships ever built by Germany, and two of the largest built by any European power. In the course of the warship's eight-month career, Bismarck conducted only one offensive operation that lasted 8 days in May 1941, codenamed Rheinübung. The ship, along with the heavy cruiser Prinz Eugen, was to break into the Atlantic Ocean and raid Allied shipping from North America to Great Britain. The two ships were detected several times off Scandinavia, and British naval units were deployed to block their route. At the Battle of the Denmark Strait, the battlecruiser HMS Hood initially engaged Prinz Eugen, probably by mistake, while HMS Prince of Wales engaged Bismarck. In the ensuing battle Hood was destroyed by the combined fire of Bismarck and Prinz Eugen, which then damaged Prince of Wales and forced her retreat. Bismarck suffered sufficient damage from three hits by Prince of Wales to force an end to the raiding mission. The destruction of Hood spurred a relentless pursuit by the Royal Navy involving dozens of warships. Two days later, heading for occupied France to effect repairs, Bismarck was attacked by fifteen Fairey Swordfish torpedo bombers from the aircraft carrier HMS Ark Royal; one scored a hit that rendered the battleship's steering gear inoperable. In her final battle the following morning, the already-crippled Bismarck was engaged by two British battleships and two heavy cruisers, and sustained incapacitating damage and heavy loss of life. The ship was scuttled to prevent her being boarded by the British, and to allow the ship to be abandoned so as to limit further casualties. Most experts agree that the battle damage would have caused her to sink eventually. The wreck was located in June 1989 by Robert Ballard, and has since been further surveyed by several other expeditions. ### Answer: The Bismarck was a battleship built for the German Navy in World War 2. After one offensive engagement where it helped sink the ship HMS Hood the Bismarck became a priority target of the British Navy and was sunk by German forces after suffering catastrophic damage after only 8 months of service.

Name a battlefield surgeon

Princess Vera Ignatievna Gedroits was a Russian doctor of medicine and author. She was the first woman military surgeon in Russia, the first woman professor of surgery, and the first woman to serve as a physician to the Imperial Court of Russia. Following her involvement in a student movement, Gedroits was unable to complete her studies in Russia, and despite being openly lesbian, entered into a marriage of convenience, which allowed her to obtain a passport in another name and leave the country. In Switzerland, she enrolled in the medical courses of César Roux and graduated in 1898, working as Roux’s assistant, but returned to Russia because of illnesses in her family. As a young physician, Gedroits was concerned at the low standards of hygiene, nutrition and sanitation, and made recommendations to improve conditions. In the Russo-Japanese War, she performed abdominal surgeries against established policy, leading to a change in the way battlefield medicine was performed. Much decorated for her war service, she served as physician to the royal court until the outbreak of World War I, training the Tsarina Alexandra and her daughters as nurses. At the beginning of the Revolution, Gedroits returned to the battle front. Wounded, she was evacuated to Kiev, where she resumed her work as a physician and academic. In 1921, she was hired to teach pediatric surgery at the Kiev Medical Institute and within two years was appointed a professor of medicine. Soviet purges at that time removed her from office in 1930 and denied her a pension. Gedroits turned her attention to writing autobiographical novels until her death from uterine cancer in 1932.

Vera Gedroits was a ground-breaking physician and surgeon who improved surgical practices on the battlefield and became the first woman to serve as a physician to the Imperial Court of Russia.

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### Instruction: Name a battlefield surgeon ### Context: Princess Vera Ignatievna Gedroits was a Russian doctor of medicine and author. She was the first woman military surgeon in Russia, the first woman professor of surgery, and the first woman to serve as a physician to the Imperial Court of Russia. Following her involvement in a student movement, Gedroits was unable to complete her studies in Russia, and despite being openly lesbian, entered into a marriage of convenience, which allowed her to obtain a passport in another name and leave the country. In Switzerland, she enrolled in the medical courses of César Roux and graduated in 1898, working as Roux’s assistant, but returned to Russia because of illnesses in her family. As a young physician, Gedroits was concerned at the low standards of hygiene, nutrition and sanitation, and made recommendations to improve conditions. In the Russo-Japanese War, she performed abdominal surgeries against established policy, leading to a change in the way battlefield medicine was performed. Much decorated for her war service, she served as physician to the royal court until the outbreak of World War I, training the Tsarina Alexandra and her daughters as nurses. At the beginning of the Revolution, Gedroits returned to the battle front. Wounded, she was evacuated to Kiev, where she resumed her work as a physician and academic. In 1921, she was hired to teach pediatric surgery at the Kiev Medical Institute and within two years was appointed a professor of medicine. Soviet purges at that time removed her from office in 1930 and denied her a pension. Gedroits turned her attention to writing autobiographical novels until her death from uterine cancer in 1932. ### Answer: Vera Gedroits was a ground-breaking physician and surgeon who improved surgical practices on the battlefield and became the first woman to serve as a physician to the Imperial Court of Russia.

From the passage below, list the prizes won by Laia Forcadell Arenas.

Laia Forcadell Arenas (born June 6, 1982 in Tortosa, Tarragona, Catalonia) is a female Spanish sprinter and hurdler. She won the gold medal for the 400 m hurdles at the 2006 Ibero-American Championships in Ponce, Puerto Rico, and bronze at the 2010 Ibero-American Championships in San Fernando, Cádiz, Spain. Forcadell represented Spain at the 2008 Summer Olympics in Beijing, where she competed for the women's 400 m hurdles. She ran in the fourth heat against six other athletes, including Poland's Anna Jesień and Czech Republic's Zuzana Hejnová, who were both considered top medal contenders in this event. She finished the race in last place by eighty-eight hundredths of a second (0.88) behind Trinidad and Tobago's Josanne Lucas, with a time of 58.64 seconds. Forcadell failed to advance into the semi-finals, as she placed twenty-sixth overall, and was ranked farther below three mandatory slots for the next round. Forcadell is a member of ISS L'Hospitalet Track Club in Barcelona, Spain, being coached and trained by Armando Álvarez Anaya.

Laia Forcadell Arenas won the gold medal for the 400 m hurdles at the 2006 Ibero-American Championships in Ponce, Puerto Rico, and bronze at the 2010 Ibero-American Championships in San Fernando, Cádiz, Spain.

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### Instruction: From the passage below, list the prizes won by Laia Forcadell Arenas. ### Context: Laia Forcadell Arenas (born June 6, 1982 in Tortosa, Tarragona, Catalonia) is a female Spanish sprinter and hurdler. She won the gold medal for the 400 m hurdles at the 2006 Ibero-American Championships in Ponce, Puerto Rico, and bronze at the 2010 Ibero-American Championships in San Fernando, Cádiz, Spain. Forcadell represented Spain at the 2008 Summer Olympics in Beijing, where she competed for the women's 400 m hurdles. She ran in the fourth heat against six other athletes, including Poland's Anna Jesień and Czech Republic's Zuzana Hejnová, who were both considered top medal contenders in this event. She finished the race in last place by eighty-eight hundredths of a second (0.88) behind Trinidad and Tobago's Josanne Lucas, with a time of 58.64 seconds. Forcadell failed to advance into the semi-finals, as she placed twenty-sixth overall, and was ranked farther below three mandatory slots for the next round. Forcadell is a member of ISS L'Hospitalet Track Club in Barcelona, Spain, being coached and trained by Armando Álvarez Anaya. ### Answer: Laia Forcadell Arenas won the gold medal for the 400 m hurdles at the 2006 Ibero-American Championships in Ponce, Puerto Rico, and bronze at the 2010 Ibero-American Championships in San Fernando, Cádiz, Spain.

When did the Workaholics TV show air?

Workaholics was ordered by Comedy Central in March 2010 after Comedy Central executive Walter Newman saw a series of videos that the group had posted on YouTube. The pilot aired as a "TV Sneak Peek" on March 15, 2011, after the Comedy Central Roast of Donald Trump. The program ran its 10-episode first season from April 6 to June 8, 2011, and aired at 10:30 p.m. EDT on Comedy Central. On May 4, 2011, the show was renewed for a second season of 10 episodes, which ran from September 20 to November 22, 2011. On October 25, 2011, the series was renewed for a third season, to contain 20 episodes. The first 10 episodes of Season 3 ran from May 29 to July 31, 2012, and the remaining 10 episodes aired from January 16 to March 20, 2013. Because of the popularity of the series, on January 6, 2013, Comedy Central ordered 13-episode fourth and fifth seasons. The fourth season aired from January 22 to April 16, 2014. The fifth season aired from January 14 to April 8, 2015. On July 9, 2015, Comedy Central renewed the series for a sixth and seventh season, each containing 10 episodes and set to air in 2016 and 2017. It was announced that Season 7 would be the final season; it premiered on January 11, 2017, and concluded on March 15, 2017.

The Workaholics pilot aired as a "TV Sneak Peek" on March 15, 2011. It ran for 7 seasons with its first episode of season 1 airing on April 6, 2011 to it's last episode in season 7 on March 15, 2017.

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### Instruction: When did the Workaholics TV show air? ### Context: Workaholics was ordered by Comedy Central in March 2010 after Comedy Central executive Walter Newman saw a series of videos that the group had posted on YouTube. The pilot aired as a "TV Sneak Peek" on March 15, 2011, after the Comedy Central Roast of Donald Trump. The program ran its 10-episode first season from April 6 to June 8, 2011, and aired at 10:30 p.m. EDT on Comedy Central. On May 4, 2011, the show was renewed for a second season of 10 episodes, which ran from September 20 to November 22, 2011. On October 25, 2011, the series was renewed for a third season, to contain 20 episodes. The first 10 episodes of Season 3 ran from May 29 to July 31, 2012, and the remaining 10 episodes aired from January 16 to March 20, 2013. Because of the popularity of the series, on January 6, 2013, Comedy Central ordered 13-episode fourth and fifth seasons. The fourth season aired from January 22 to April 16, 2014. The fifth season aired from January 14 to April 8, 2015. On July 9, 2015, Comedy Central renewed the series for a sixth and seventh season, each containing 10 episodes and set to air in 2016 and 2017. It was announced that Season 7 would be the final season; it premiered on January 11, 2017, and concluded on March 15, 2017. ### Answer: The Workaholics pilot aired as a "TV Sneak Peek" on March 15, 2011. It ran for 7 seasons with its first episode of season 1 airing on April 6, 2011 to it's last episode in season 7 on March 15, 2017.

Which countries besides the five recognized Nuclear Weapons States have acquired, or are presumed to have acquired, nuclear weapons?

Nuclear proliferation is the spread of nuclear weapons, fissionable material, and weapons-applicable nuclear technology and information to nations not recognized as "Nuclear Weapon States" by the Treaty on the Non-Proliferation of Nuclear Weapons, commonly known as the Non-Proliferation Treaty or NPT. Proliferation has been opposed by many nations with and without nuclear weapons, as governments fear that more countries with nuclear weapons will increase the possibility of nuclear warfare (up to and including the so-called countervalue targeting of civilians with nuclear weapons), de-stabilize international or regional relations, or infringe upon the national sovereignty of nation states. Four countries besides the five recognized Nuclear Weapons States have acquired, or are presumed to have acquired, nuclear weapons: India, Pakistan, North Korea, and Israel. None of these four is a party to the NPT, although North Korea acceded to the NPT in 1985, then withdrew in 2003 and conducted its first nuclear test in 2006. One critique of the NPT is that the treaty is discriminatory in the sense that only those countries that tested nuclear weapons before 1968 are recognized as nuclear weapon states while all other states are treated as non-nuclear-weapon states who can only join the treaty if they forswear nuclear weapons. Research into the development of nuclear weapons was initially undertaken during World War II by the United States (in cooperation with the United Kingdom and Canada), Germany, Japan, and the USSR. The United States was the first and is the only country to have used a nuclear weapon in war, when it used two bombs against Japan in August 1945. After surrendering to end the war, Germany and Japan ceased to be involved in any nuclear weapon research. In August 1949, the USSR tested a nuclear weapon, becoming the second country to detonate a nuclear bomb. The United Kingdom first tested a nuclear weapon in October 1952. France first tested a nuclear weapon in 1960. The People's Republic of China detonated a nuclear weapon in 1964. India conducted its first nuclear test in 1974, which prompted Pakistan to develop its own nuclear program and, when India conducted a second series of nuclear tests in 1998, Pakistan followed with a series of tests of its own. In 2006, North Korea conducted its first nuclear test.

India, Pakistan, North Korea, and Israel.

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### Instruction: Which countries besides the five recognized Nuclear Weapons States have acquired, or are presumed to have acquired, nuclear weapons? ### Context: Nuclear proliferation is the spread of nuclear weapons, fissionable material, and weapons-applicable nuclear technology and information to nations not recognized as "Nuclear Weapon States" by the Treaty on the Non-Proliferation of Nuclear Weapons, commonly known as the Non-Proliferation Treaty or NPT. Proliferation has been opposed by many nations with and without nuclear weapons, as governments fear that more countries with nuclear weapons will increase the possibility of nuclear warfare (up to and including the so-called countervalue targeting of civilians with nuclear weapons), de-stabilize international or regional relations, or infringe upon the national sovereignty of nation states. Four countries besides the five recognized Nuclear Weapons States have acquired, or are presumed to have acquired, nuclear weapons: India, Pakistan, North Korea, and Israel. None of these four is a party to the NPT, although North Korea acceded to the NPT in 1985, then withdrew in 2003 and conducted its first nuclear test in 2006. One critique of the NPT is that the treaty is discriminatory in the sense that only those countries that tested nuclear weapons before 1968 are recognized as nuclear weapon states while all other states are treated as non-nuclear-weapon states who can only join the treaty if they forswear nuclear weapons. Research into the development of nuclear weapons was initially undertaken during World War II by the United States (in cooperation with the United Kingdom and Canada), Germany, Japan, and the USSR. The United States was the first and is the only country to have used a nuclear weapon in war, when it used two bombs against Japan in August 1945. After surrendering to end the war, Germany and Japan ceased to be involved in any nuclear weapon research. In August 1949, the USSR tested a nuclear weapon, becoming the second country to detonate a nuclear bomb. The United Kingdom first tested a nuclear weapon in October 1952. France first tested a nuclear weapon in 1960. The People's Republic of China detonated a nuclear weapon in 1964. India conducted its first nuclear test in 1974, which prompted Pakistan to develop its own nuclear program and, when India conducted a second series of nuclear tests in 1998, Pakistan followed with a series of tests of its own. In 2006, North Korea conducted its first nuclear test. ### Answer: India, Pakistan, North Korea, and Israel.

From the passage provided, extract the what were some of the key years and discoveries of portuguese maritime exploration?

Portuguese maritime exploration resulted in the numerous territories and maritime routes recorded by the Portuguese as a result of their intensive maritime journeys during the 15th and 16th centuries. Portuguese sailors were at the vanguard of European exploration, chronicling and mapping the coasts of Africa and Asia, then known as the East Indies, and Canada and Brazil (the West Indies), in what came to be known as the Age of Discovery. Methodical expeditions started in 1419 along West Africa's coast under the sponsorship of prince Henry the Navigator, with Bartolomeu Dias reaching the Cape of Good Hope and entering the Indian Ocean in 1488. Ten years later, in 1498, Vasco da Gama led the first fleet around Africa to India, arriving in Calicut and starting a maritime route from Portugal to India. Portuguese explorations then proceeded to southeast Asia, where they reached Japan in 1542, forty-four years after their first arrival in India. In 1500, the Portuguese nobleman Pedro Álvares Cabral became the first European to discover Brazil.

In 1419, the portuguese started their maritime explorations along the West Africa's coast. The goal was to reach India by sea, by going around Africa. In 1488, Bartolomeu Dias reaching the Cape of Good Hope and entered the Indian Ocean. In 1498, Vasco da Gama finally reached India. By 1500 also reached discovered Brazil and reached Japan in 1542.

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### Instruction: From the passage provided, extract the what were some of the key years and discoveries of portuguese maritime exploration? ### Context: Portuguese maritime exploration resulted in the numerous territories and maritime routes recorded by the Portuguese as a result of their intensive maritime journeys during the 15th and 16th centuries. Portuguese sailors were at the vanguard of European exploration, chronicling and mapping the coasts of Africa and Asia, then known as the East Indies, and Canada and Brazil (the West Indies), in what came to be known as the Age of Discovery. Methodical expeditions started in 1419 along West Africa's coast under the sponsorship of prince Henry the Navigator, with Bartolomeu Dias reaching the Cape of Good Hope and entering the Indian Ocean in 1488. Ten years later, in 1498, Vasco da Gama led the first fleet around Africa to India, arriving in Calicut and starting a maritime route from Portugal to India. Portuguese explorations then proceeded to southeast Asia, where they reached Japan in 1542, forty-four years after their first arrival in India. In 1500, the Portuguese nobleman Pedro Álvares Cabral became the first European to discover Brazil. ### Answer: In 1419, the portuguese started their maritime explorations along the West Africa's coast. The goal was to reach India by sea, by going around Africa. In 1488, Bartolomeu Dias reaching the Cape of Good Hope and entered the Indian Ocean. In 1498, Vasco da Gama finally reached India. By 1500 also reached discovered Brazil and reached Japan in 1542.

Extract interconnection technologies used to create a regular working system.

Electronics deals with electrical circuits that involve active electrical components such as vacuum tubes, transistors, diodes, sensors and integrated circuits, and associated passive interconnection technologies. The nonlinear behaviour of active components and their ability to control electron flows makes digital switching possible, and electronics is widely used in information processing, telecommunications, and signal processing. Interconnection technologies such as circuit boards, electronics packaging technology, and other varied forms of communication infrastructure complete circuit functionality and transform the mixed components into a regular working system. Today, most electronic devices use semiconductor components to perform electron control. The underlying principles that explain how semiconductors work are studied in solid state physics, whereas the design and construction of electronic circuits to solve practical problems are part of electronics engineering.

Interconnection technologies such as circuit boards, electronics packaging technology, and other varied forms of communication infrastructure complete circuit functionality and transform the mixed components into a regular working system.

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### Instruction: Extract interconnection technologies used to create a regular working system. ### Context: Electronics deals with electrical circuits that involve active electrical components such as vacuum tubes, transistors, diodes, sensors and integrated circuits, and associated passive interconnection technologies. The nonlinear behaviour of active components and their ability to control electron flows makes digital switching possible, and electronics is widely used in information processing, telecommunications, and signal processing. Interconnection technologies such as circuit boards, electronics packaging technology, and other varied forms of communication infrastructure complete circuit functionality and transform the mixed components into a regular working system. Today, most electronic devices use semiconductor components to perform electron control. The underlying principles that explain how semiconductors work are studied in solid state physics, whereas the design and construction of electronic circuits to solve practical problems are part of electronics engineering. ### Answer: Interconnection technologies such as circuit boards, electronics packaging technology, and other varied forms of communication infrastructure complete circuit functionality and transform the mixed components into a regular working system.

Extract the unique names of composers from the text. Separate them with a comma and a space.

To some extent, European and the US traditions diverged after World War II. Among the most influential composers in Europe were Pierre Boulez, Luigi Nono, and Karlheinz Stockhausen. The first and last were both pupils of Olivier Messiaen. An important aesthetic philosophy as well as a group of compositional techniques at this time was serialism (also called "through-ordered music", "'total' music" or "total tone ordering"), which took as its starting point the compositions of Arnold Schoenberg and Anton Webern (but was opposed to traditional twelve-tone music), and was also closely related to Le Corbusier's idea of the modulor. However, some more traditionally based composers such as Dmitri Shostakovich and Benjamin Britten maintained a tonal style of composition despite the prominent serialist movement. In America, composers like Milton Babbitt, John Cage, Elliott Carter, Henry Cowell, Philip Glass, Steve Reich, George Rochberg, and Roger Sessions, formed their own ideas. Some of these composers (Cage, Cowell, Glass, Reich) represented a new methodology of experimental music, which began to question fundamental notions of music such as notation, performance, duration, and repetition, while others (Babbitt, Rochberg, Sessions) fashioned their own extensions of the twelve-tone serialism of Schoenberg.

Pierre Boulez, Luigi Nono, Karlheinz Stockhausen, Olivier Messiaen, Arnold Schoenberg, Anton Webern, Le Corbusier, Dmitri Shostakovich, Benjamin Britten, Milton Babbitt, John Cage, Elliott Carter, Henry Cowell, Philip Glass, Steve Reich, George Rochberg, Roger Sessions

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### Instruction: Extract the unique names of composers from the text. Separate them with a comma and a space. ### Context: To some extent, European and the US traditions diverged after World War II. Among the most influential composers in Europe were Pierre Boulez, Luigi Nono, and Karlheinz Stockhausen. The first and last were both pupils of Olivier Messiaen. An important aesthetic philosophy as well as a group of compositional techniques at this time was serialism (also called "through-ordered music", "'total' music" or "total tone ordering"), which took as its starting point the compositions of Arnold Schoenberg and Anton Webern (but was opposed to traditional twelve-tone music), and was also closely related to Le Corbusier's idea of the modulor. However, some more traditionally based composers such as Dmitri Shostakovich and Benjamin Britten maintained a tonal style of composition despite the prominent serialist movement. In America, composers like Milton Babbitt, John Cage, Elliott Carter, Henry Cowell, Philip Glass, Steve Reich, George Rochberg, and Roger Sessions, formed their own ideas. Some of these composers (Cage, Cowell, Glass, Reich) represented a new methodology of experimental music, which began to question fundamental notions of music such as notation, performance, duration, and repetition, while others (Babbitt, Rochberg, Sessions) fashioned their own extensions of the twelve-tone serialism of Schoenberg. ### Answer: Pierre Boulez, Luigi Nono, Karlheinz Stockhausen, Olivier Messiaen, Arnold Schoenberg, Anton Webern, Le Corbusier, Dmitri Shostakovich, Benjamin Britten, Milton Babbitt, John Cage, Elliott Carter, Henry Cowell, Philip Glass, Steve Reich, George Rochberg, Roger Sessions

Extract the different kinds of leavening agents mentioned in this passage. Separate them with a comma.

In the Encyclopedia of Food Microbiology, Michael Gaenzle writes: "One of the oldest sourdough breads dates from 3700 BCE and was excavated in Switzerland, but the origin of sourdough fermentation likely relates to the origin of agriculture in the Fertile Crescent and Egypt several thousand years earlier", which was confirmed a few years later by archeological evidence. ... "Bread production relied on the use of sourdough as a leavening agent for most of human history; the use of baker's yeast as a leavening agent dates back less than 150 years." Sourdough remained the usual form of leavening down into the European Middle Ages until being replaced by barm from the beer brewing process, and after 1871 by purpose-cultured yeast. Bread made from 100% rye flour, popular in the northern half of Europe, is usually leavened with sourdough. Baker's yeast is not useful as a leavening agent for rye bread, as rye does not contain enough gluten. The structure of rye bread is based primarily on the starch in the flour as well as other carbohydrates known as pentosans; however, rye amylase is active at substantially higher temperatures than wheat amylase, causing the structure of the bread to disintegrate as the starches are broken down during baking. The lowered pH of a sourdough starter, therefore, inactivates the amylases when heat cannot, allowing the carbohydrates in the bread to gel and set properly. In the southern part of Europe, where panettone is still made with sourdough as leavening, sourdough has become less common in the 20th century; it has been replaced by the faster-growing baker's yeast, sometimes supplemented with longer fermentation rests to allow for some bacterial activity to build flavor. Sourdough fermentation re-emerged as a major fermentation process in bread production during the 2010s, although it is commonly used in conjunction with baker's yeast as leavening agent. French bakers brought sourdough techniques to Northern California during the California Gold Rush, and it remains a part of the culture of San Francisco today. (The nickname remains in "Sourdough Sam", the mascot of the San Francisco 49ers.) Sourdough has long been associated with the 1849 gold prospectors, though they were more likely to make bread with commercial yeast or baking soda. The "celebrated" San Francisco sourdough is a white bread characterized by a pronounced sourness, and indeed the strain of Lactobacillus in sourdough starters is named Fructilactobacillus sanfranciscensis (previously Lactobacillus sanfranciscensis), alongside the sourdough yeast Kasachstania humilis (previously Candida milleri) found in the same cultures. The sourdough tradition was carried into Department of Alaska in the United States and the Yukon territory in Canada during the Klondike Gold Rush of 1898. Conventional leavenings such as yeast and baking soda were much less reliable in the conditions faced by the prospectors. Experienced miners and other settlers frequently carried a pouch of starter either around their neck or on a belt; these were fiercely guarded to keep from freezing. However, freezing does not kill a sourdough starter; excessive heat does. Old hands came to be called "sourdoughs", a term that is still applied to any Alaskan or Klondike old-timer. The significance of the nickname's association with Yukon culture was immortalized in the writings of Robert Service, particularly his collection of "Songs of a Sourdough".[citation needed] In English-speaking countries, where wheat-based breads predominate, sourdough is no longer the standard method for bread leavening. It was gradually replaced, first by the use of barm from beer making, then, after the confirmation of germ theory by Louis Pasteur, by cultured yeasts. Although sourdough bread was superseded in commercial bakeries in the 20th century, it has undergone a revival among artisan bakers and, more recently, in industrial bakeries. In countries where there is no legal definition of sourdough bread, the dough for some products named or marketed as such is leavened using baker's yeast or chemical raising agents as well as, or instead of, a live sourdough starter culture. The Real Bread Campaign calls these products sourfaux. Manufacturers of non-sourdough breads make up for the lack of yeast and bacterial culture by introducing into their dough an artificially-made mix known as bread improver or flour improver.

sourdough, baker's yeast, barm, purpose-cultured yeast, commercial yeast, baking soda, cultured yeasts, bread improver, flour improver

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### Instruction: Extract the different kinds of leavening agents mentioned in this passage. Separate them with a comma. ### Context: In the Encyclopedia of Food Microbiology, Michael Gaenzle writes: "One of the oldest sourdough breads dates from 3700 BCE and was excavated in Switzerland, but the origin of sourdough fermentation likely relates to the origin of agriculture in the Fertile Crescent and Egypt several thousand years earlier", which was confirmed a few years later by archeological evidence. ... "Bread production relied on the use of sourdough as a leavening agent for most of human history; the use of baker's yeast as a leavening agent dates back less than 150 years." Sourdough remained the usual form of leavening down into the European Middle Ages until being replaced by barm from the beer brewing process, and after 1871 by purpose-cultured yeast. Bread made from 100% rye flour, popular in the northern half of Europe, is usually leavened with sourdough. Baker's yeast is not useful as a leavening agent for rye bread, as rye does not contain enough gluten. The structure of rye bread is based primarily on the starch in the flour as well as other carbohydrates known as pentosans; however, rye amylase is active at substantially higher temperatures than wheat amylase, causing the structure of the bread to disintegrate as the starches are broken down during baking. The lowered pH of a sourdough starter, therefore, inactivates the amylases when heat cannot, allowing the carbohydrates in the bread to gel and set properly. In the southern part of Europe, where panettone is still made with sourdough as leavening, sourdough has become less common in the 20th century; it has been replaced by the faster-growing baker's yeast, sometimes supplemented with longer fermentation rests to allow for some bacterial activity to build flavor. Sourdough fermentation re-emerged as a major fermentation process in bread production during the 2010s, although it is commonly used in conjunction with baker's yeast as leavening agent. French bakers brought sourdough techniques to Northern California during the California Gold Rush, and it remains a part of the culture of San Francisco today. (The nickname remains in "Sourdough Sam", the mascot of the San Francisco 49ers.) Sourdough has long been associated with the 1849 gold prospectors, though they were more likely to make bread with commercial yeast or baking soda. The "celebrated" San Francisco sourdough is a white bread characterized by a pronounced sourness, and indeed the strain of Lactobacillus in sourdough starters is named Fructilactobacillus sanfranciscensis (previously Lactobacillus sanfranciscensis), alongside the sourdough yeast Kasachstania humilis (previously Candida milleri) found in the same cultures. The sourdough tradition was carried into Department of Alaska in the United States and the Yukon territory in Canada during the Klondike Gold Rush of 1898. Conventional leavenings such as yeast and baking soda were much less reliable in the conditions faced by the prospectors. Experienced miners and other settlers frequently carried a pouch of starter either around their neck or on a belt; these were fiercely guarded to keep from freezing. However, freezing does not kill a sourdough starter; excessive heat does. Old hands came to be called "sourdoughs", a term that is still applied to any Alaskan or Klondike old-timer. The significance of the nickname's association with Yukon culture was immortalized in the writings of Robert Service, particularly his collection of "Songs of a Sourdough".[citation needed] In English-speaking countries, where wheat-based breads predominate, sourdough is no longer the standard method for bread leavening. It was gradually replaced, first by the use of barm from beer making, then, after the confirmation of germ theory by Louis Pasteur, by cultured yeasts. Although sourdough bread was superseded in commercial bakeries in the 20th century, it has undergone a revival among artisan bakers and, more recently, in industrial bakeries. In countries where there is no legal definition of sourdough bread, the dough for some products named or marketed as such is leavened using baker's yeast or chemical raising agents as well as, or instead of, a live sourdough starter culture. The Real Bread Campaign calls these products sourfaux. Manufacturers of non-sourdough breads make up for the lack of yeast and bacterial culture by introducing into their dough an artificially-made mix known as bread improver or flour improver. ### Answer: sourdough, baker's yeast, barm, purpose-cultured yeast, commercial yeast, baking soda, cultured yeasts, bread improver, flour improver

Extract the reason why the check clearing system was created

Because some banks refused to clear checks from certain other banks during times of economic uncertainty, a check-clearing system was created in the Federal Reserve System. It is briefly described in The Federal Reserve System‍—‌Purposes and Functions as follows: By creating the Federal Reserve System, Congress intended to eliminate the severe financial crises that had periodically swept the nation, especially the sort of financial panic that occurred in 1907. During that episode, payments were disrupted throughout the country because many banks and clearinghouses refused to clear checks drawn on certain other banks, a practice that contributed to the failure of otherwise solvent banks. To address these problems, Congress gave the Federal Reserve System the authority to establish a nationwide check-clearing system. The System, then, was to provide not only an elastic currency‍—‌that is, a currency that would expand or shrink in amount as economic conditions warranted‍—‌but also an efficient and equitable check-collection system.

During financial crises in early 20th century, some banks refused to clear checks drawn on certain other banks, a practice that contributed to the failure of otherwise solvent banks, which ultimately led to severe crises that swept the nation, therefore Congress gave the Federal Reserve System the authority to establish a nationwide check-clearing system to address such systematic issues.

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### Instruction: Extract the reason why the check clearing system was created ### Context: Because some banks refused to clear checks from certain other banks during times of economic uncertainty, a check-clearing system was created in the Federal Reserve System. It is briefly described in The Federal Reserve System‍—‌Purposes and Functions as follows: By creating the Federal Reserve System, Congress intended to eliminate the severe financial crises that had periodically swept the nation, especially the sort of financial panic that occurred in 1907. During that episode, payments were disrupted throughout the country because many banks and clearinghouses refused to clear checks drawn on certain other banks, a practice that contributed to the failure of otherwise solvent banks. To address these problems, Congress gave the Federal Reserve System the authority to establish a nationwide check-clearing system. The System, then, was to provide not only an elastic currency‍—‌that is, a currency that would expand or shrink in amount as economic conditions warranted‍—‌but also an efficient and equitable check-collection system. ### Answer: During financial crises in early 20th century, some banks refused to clear checks drawn on certain other banks, a practice that contributed to the failure of otherwise solvent banks, which ultimately led to severe crises that swept the nation, therefore Congress gave the Federal Reserve System the authority to establish a nationwide check-clearing system to address such systematic issues.

Who are the most referred to Devas in the Rigveda as per the passage?

In Vedic literature, Devas and Devis represent the forces of nature and some represent moral values (such as the Adityas, Varuna, and Mitra), each symbolizing the epitome of a specialized knowledge, creative energy, exalted and magical powers (Siddhis). Vedic era deities evolved over time. Rudra (left) is represented in Vedic literature, is shown as Shiva-Rudra 2nd-century sculpture (middle), and as Shiva (meaning kind) in 13th-century art work (right). The iconography evolved, retaining some symbolic elements such as trident, axe or antelope.The most referred to Devas in the Rigveda are Indra, Agni (fire) and Soma, with "fire deity" called the friend of all humanity, it and Soma being the two celebrated in a yajna fire ritual that marks major Hindu ceremonies. Savitr, Vishnu, Rudra (later given the exclusive epithet of Shiva), and Prajapati (later Brahma) are gods and hence Devas.The Vedas describes a number of significant Devis such as Ushas (dawn), Prithvi (earth), Aditi (cosmic moral order), Saraswati (river, knowledge), Vāc (sound), Nirṛti (destruction), Ratri (night), Aranyani (forest), and bounty goddesses such as Dinsana, Raka, Puramdhi, Parendi, Bharati, Mahi among others are mentioned in the Rigveda. Sri, also called Lakshmi, appears in late Vedic texts dated to be pre-Buddhist, but verses dedicated to her do not suggest that her characteristics were fully developed in the Vedic era. All gods and goddesses are distinguished in the Vedic times, but in the post-Vedic texts (~500 BCE to 200 CE), and particularly in the early medieval era literature, they are ultimately seen as aspects or manifestations of one Brahman, the Supreme power.

Indra, Agni (fire) and Soma

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### Instruction: Who are the most referred to Devas in the Rigveda as per the passage? ### Context: In Vedic literature, Devas and Devis represent the forces of nature and some represent moral values (such as the Adityas, Varuna, and Mitra), each symbolizing the epitome of a specialized knowledge, creative energy, exalted and magical powers (Siddhis). Vedic era deities evolved over time. Rudra (left) is represented in Vedic literature, is shown as Shiva-Rudra 2nd-century sculpture (middle), and as Shiva (meaning kind) in 13th-century art work (right). The iconography evolved, retaining some symbolic elements such as trident, axe or antelope.The most referred to Devas in the Rigveda are Indra, Agni (fire) and Soma, with "fire deity" called the friend of all humanity, it and Soma being the two celebrated in a yajna fire ritual that marks major Hindu ceremonies. Savitr, Vishnu, Rudra (later given the exclusive epithet of Shiva), and Prajapati (later Brahma) are gods and hence Devas.The Vedas describes a number of significant Devis such as Ushas (dawn), Prithvi (earth), Aditi (cosmic moral order), Saraswati (river, knowledge), Vāc (sound), Nirṛti (destruction), Ratri (night), Aranyani (forest), and bounty goddesses such as Dinsana, Raka, Puramdhi, Parendi, Bharati, Mahi among others are mentioned in the Rigveda. Sri, also called Lakshmi, appears in late Vedic texts dated to be pre-Buddhist, but verses dedicated to her do not suggest that her characteristics were fully developed in the Vedic era. All gods and goddesses are distinguished in the Vedic times, but in the post-Vedic texts (~500 BCE to 200 CE), and particularly in the early medieval era literature, they are ultimately seen as aspects or manifestations of one Brahman, the Supreme power. ### Answer: Indra, Agni (fire) and Soma

List the countries that are a part of UK.

The United Kingdom of Great Britain and Northern Ireland, commonly known as the United Kingdom (UK) or Britain, is a country in Europe, off the north-western coast of the continental mainland. It comprises England, Scotland, Wales and Northern Ireland. The United Kingdom includes the island of Great Britain, the north-eastern part of the island of Ireland, and many smaller islands within the British Isles. Northern Ireland shares a land border with the Republic of Ireland; otherwise, the United Kingdom is surrounded by the Atlantic Ocean, the North Sea, the English Channel, the Celtic Sea and the Irish Sea. The total area of the United Kingdom is 242,495 square kilometres (93,628 sq mi), with an estimated 2023 population of over 68 million people.

England, Scotland, Wales and Northern Ireland.

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### Instruction: List the countries that are a part of UK. ### Context: The United Kingdom of Great Britain and Northern Ireland, commonly known as the United Kingdom (UK) or Britain, is a country in Europe, off the north-western coast of the continental mainland. It comprises England, Scotland, Wales and Northern Ireland. The United Kingdom includes the island of Great Britain, the north-eastern part of the island of Ireland, and many smaller islands within the British Isles. Northern Ireland shares a land border with the Republic of Ireland; otherwise, the United Kingdom is surrounded by the Atlantic Ocean, the North Sea, the English Channel, the Celtic Sea and the Irish Sea. The total area of the United Kingdom is 242,495 square kilometres (93,628 sq mi), with an estimated 2023 population of over 68 million people. ### Answer: England, Scotland, Wales and Northern Ireland.

Extract the amounts of federal funding provided to state and local governments for education in the past year

Education in the United States is provided in public and private schools and by individuals through homeschooling. State governments set overall educational standards, often mandate standardized tests for K–12 public school systems and supervise, usually through a board of regents, state colleges, and universities. The bulk of the $1.3 trillion in funding comes from state and local governments, with federal funding accounting for about $260 billion in 2021 compared to around $200 billion in past years. Private schools are free to determine their own curriculum and staffing policies, with voluntary accreditation available through independent regional accreditation authorities, although some state regulation can apply. In 2013, about 87% of school-age children (those below higher education) attended state-funded public schools, about 10% attended tuition and foundation-funded private schools, and roughly 3% were home-schooled.

$260 Billion

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### Instruction: Extract the amounts of federal funding provided to state and local governments for education in the past year ### Context: Education in the United States is provided in public and private schools and by individuals through homeschooling. State governments set overall educational standards, often mandate standardized tests for K–12 public school systems and supervise, usually through a board of regents, state colleges, and universities. The bulk of the $1.3 trillion in funding comes from state and local governments, with federal funding accounting for about $260 billion in 2021 compared to around $200 billion in past years. Private schools are free to determine their own curriculum and staffing policies, with voluntary accreditation available through independent regional accreditation authorities, although some state regulation can apply. In 2013, about 87% of school-age children (those below higher education) attended state-funded public schools, about 10% attended tuition and foundation-funded private schools, and roughly 3% were home-schooled. ### Answer: $260 Billion

Extract a list of calendars mentioned and display the names in valid, well-formatted JSON

The course of the sun and the moon are the most salient regularly recurring natural events useful for timekeeping, and in pre-modern societies around the world lunation and the year were most commonly used as time units. Nevertheless, the Roman calendar contained remnants of a very ancient pre-Etruscan 10-month solar year. The first recorded physical calendars, dependent on the development of writing in the Ancient Near East, are the Bronze Age Egyptian and Sumerian calendars. During the Vedic period India developed a sophisticated timekeeping methodology and calendars for Vedic rituals. According to Yukio Ohashi, the Vedanga calendar in ancient India was based on astronomical studies during the Vedic Period and was not derived from other cultures. A large number of calendar systems in the Ancient Near East were based on the Babylonian calendar dating from the Iron Age, among them the calendar system of the Persian Empire, which in turn gave rise to the Zoroastrian calendar and the Hebrew calendar.[citation needed]

[ "Roman calendar", "Bronze Age Egyptian calendar", "Sumerian calendar", "Vedanga calendar", "Babylonian calendar", "Zoroastrian calendar", "Hebrew calendar" ]

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### Instruction: Extract a list of calendars mentioned and display the names in valid, well-formatted JSON ### Context: The course of the sun and the moon are the most salient regularly recurring natural events useful for timekeeping, and in pre-modern societies around the world lunation and the year were most commonly used as time units. Nevertheless, the Roman calendar contained remnants of a very ancient pre-Etruscan 10-month solar year. The first recorded physical calendars, dependent on the development of writing in the Ancient Near East, are the Bronze Age Egyptian and Sumerian calendars. During the Vedic period India developed a sophisticated timekeeping methodology and calendars for Vedic rituals. According to Yukio Ohashi, the Vedanga calendar in ancient India was based on astronomical studies during the Vedic Period and was not derived from other cultures. A large number of calendar systems in the Ancient Near East were based on the Babylonian calendar dating from the Iron Age, among them the calendar system of the Persian Empire, which in turn gave rise to the Zoroastrian calendar and the Hebrew calendar.[citation needed] ### Answer: [ "Roman calendar", "Bronze Age Egyptian calendar", "Sumerian calendar", "Vedanga calendar", "Babylonian calendar", "Zoroastrian calendar", "Hebrew calendar" ]

What is Sir Charles Lyell best known for?

Sir Charles Lyell, 1st Baronet, FRS (14 November 1797 – 22 February 1875) was a Scottish geologist who demonstrated the power of known natural causes in explaining the earth's history. He is best known as the author of Principles of Geology (1830–33), which presented to a wide public audience the idea that the earth was shaped by the same natural processes still in operation today, operating at similar intensities. The philosopher William Whewell termed this gradualistic view "uniformitarianism" and contrasted it with catastrophism, which had been championed by Georges Cuvier and was better accepted in Europe. The combination of evidence and eloquence in Principles convinced a wide range of readers of the significance of "deep time" for understanding the earth and environment.

Sir Charles Lyell is best known as the author of Principles of Geology (1830-1833)

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### Instruction: What is Sir Charles Lyell best known for? ### Context: Sir Charles Lyell, 1st Baronet, FRS (14 November 1797 – 22 February 1875) was a Scottish geologist who demonstrated the power of known natural causes in explaining the earth's history. He is best known as the author of Principles of Geology (1830–33), which presented to a wide public audience the idea that the earth was shaped by the same natural processes still in operation today, operating at similar intensities. The philosopher William Whewell termed this gradualistic view "uniformitarianism" and contrasted it with catastrophism, which had been championed by Georges Cuvier and was better accepted in Europe. The combination of evidence and eloquence in Principles convinced a wide range of readers of the significance of "deep time" for understanding the earth and environment. ### Answer: Sir Charles Lyell is best known as the author of Principles of Geology (1830-1833)

What countries have won the rugby world cup?

The most important competition in rugby union is the Rugby World Cup, a men's tournament that has taken place every four years since the inaugural event in 1987. South Africa are the reigning champions, having defeated England in the final of the 2019 Rugby World Cup in Yokohama. New Zealand and South Africa have each won the title three times (New Zealand: 1987, 2011, 2015; South Africa: 1995, 2007, 2019), Australia have won twice (1991 and 1999), and England once (2003). England is the only team from the Northern Hemisphere to have won the Rugby World Cup.

- New Zealand - Australia - South Africa - England

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### Instruction: What countries have won the rugby world cup? ### Context: The most important competition in rugby union is the Rugby World Cup, a men's tournament that has taken place every four years since the inaugural event in 1987. South Africa are the reigning champions, having defeated England in the final of the 2019 Rugby World Cup in Yokohama. New Zealand and South Africa have each won the title three times (New Zealand: 1987, 2011, 2015; South Africa: 1995, 2007, 2019), Australia have won twice (1991 and 1999), and England once (2003). England is the only team from the Northern Hemisphere to have won the Rugby World Cup. ### Answer: - New Zealand - Australia - South Africa - England

Who is the singer of the song I'm So Excited?

"I'm So Excited" is a song by Australian singer Anja Nissen.

"I'm So Excited" is a song by Australian singer Anja Nissen. It was written and produced by Redfoo and will.i.am. The song features vocals from will.i.am and Cody Wise. The song was released on 31 October 2014 and debuted at number 42 on the ARIA Singles Chart, selling 3,023 copies.

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### Instruction: Who is the singer of the song I'm So Excited? ### Context: "I'm So Excited" is a song by Australian singer Anja Nissen. ### Answer: "I'm So Excited" is a song by Australian singer Anja Nissen. It was written and produced by Redfoo and will.i.am. The song features vocals from will.i.am and Cody Wise. The song was released on 31 October 2014 and debuted at number 42 on the ARIA Singles Chart, selling 3,023 copies.

Create a comma separated list of all countries mentioned in this paragraph on the history of test cricket

Test cricket is a form of first-class cricket played at international level between teams representing full member countries of the International Cricket Council (ICC). A match consists of four innings (two per team) and is scheduled to last for up to five days. In the past, some Test matches had no time limit and were called Timeless Tests. The term "test match" was originally coined in 1861–62 but in a different context. Test cricket did not become an officially recognised format until the 1890s, but many international matches since 1877 have been retrospectively awarded Test status. The first such match took place at the Melbourne Cricket Ground (MCG) in March 1877 between teams which were then known as a Combined Australian XI and James Lillywhite's XI, the latter a team of visiting English professionals. Matches between Australia and England were first called "test matches" in 1892. The first definitive list of retrospective Tests was written by South Australian journalist Clarence P. Moody two years later and, by the end of the century, had gained acceptance. There are now twelve full ICC member countries playing Test cricket. Day/night Tests were permitted by the ICC in 2012 and the first day/night match was between Australia and New Zealand at the Adelaide Oval in November 2015.

Australia, England, New Zealand

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### Instruction: Create a comma separated list of all countries mentioned in this paragraph on the history of test cricket ### Context: Test cricket is a form of first-class cricket played at international level between teams representing full member countries of the International Cricket Council (ICC). A match consists of four innings (two per team) and is scheduled to last for up to five days. In the past, some Test matches had no time limit and were called Timeless Tests. The term "test match" was originally coined in 1861–62 but in a different context. Test cricket did not become an officially recognised format until the 1890s, but many international matches since 1877 have been retrospectively awarded Test status. The first such match took place at the Melbourne Cricket Ground (MCG) in March 1877 between teams which were then known as a Combined Australian XI and James Lillywhite's XI, the latter a team of visiting English professionals. Matches between Australia and England were first called "test matches" in 1892. The first definitive list of retrospective Tests was written by South Australian journalist Clarence P. Moody two years later and, by the end of the century, had gained acceptance. There are now twelve full ICC member countries playing Test cricket. Day/night Tests were permitted by the ICC in 2012 and the first day/night match was between Australia and New Zealand at the Adelaide Oval in November 2015. ### Answer: Australia, England, New Zealand

Based on the following passage, extract recorded instructions for housekeepers from around 100 BC.

Traditional dried fruit such as raisins, figs, dates, apricots and apples have been a staple of Mediterranean diets for millennia. This is due partly to their early cultivation in the Middle Eastern region known as the Fertile Crescent, made up by parts of modern Iran, Iraq, southwest Turkey, Syria, Lebanon, Palestine, Israel, and northern Egypt. Drying or dehydration also happened to be the earliest form of food preservation: grapes, dates, and figs that fell from the tree or vine would dry in the hot sun. Early hunter-gatherers observed that these fallen fruit took on an edible form, and valued them for their stability as well as their concentrated sweetness. The earliest recorded mention of dried fruits can be found in Mesopotamian tablets dating to about 1500 BC, which contain what are probably the oldest known written recipes. These clay slabs, written in Akkadian, the daily language of Babylonia, were inscribed in cuneiform and tell of diets based on grains (barley, millet, wheat), vegetables and fruits such as dates, figs, apples, pomegranates, and grapes. These early civilizations used dates, date juice evaporated into syrup and raisins as sweeteners. They included dried fruits in their breads for which they had more than 300 recipes, from simple barley bread for the workers to very elaborate, spiced cakes with honey for the palaces and temples. The date palm was one of the first cultivated trees. It was domesticated in Mesopotamia more than 5,000 years ago. It grew abundantly in the Fertile Crescent and it was so productive (an average date palm produces 50 kg (100 lbs) of fruit a year for 60 years or more) that dates were the cheapest of staple foods. Because they were so valuable, they were well recorded in Assyrian and Babylonian monuments and temples. The villagers in Mesopotamia dried them and ate them as sweets. Whether fresh, soft-dried or hard-dried, they helped to give character to meat dishes and grain pies. They were valued by travelers for their energy and were recommended as stimulants against fatigue. Figs were also prized in early Mesopotamia, Palestine, Israel, and Egypt where their daily use was probably greater than or equal to that of dates. As well as appearing in wall paintings, many specimens have been found in Egyptian tombs as funerary offerings. In Greece and Crete, figs grew very readily and they were the staple of poor and rich alike, particularly in their dried form. Grape cultivation first began in Armenia and the eastern regions of the Mediterranean in the 4th century BC. Raisins were produced by drying grapes in the hot desert sun. Very quickly, viticulture and raisin production spread across northern Africa including Morocco and Tunisia. The Phoenicians and the Egyptians popularized the production of raisins, probably due to the perfect arid environment for sun drying. They put them in jars for storage and allotted them to the different temples by the thousands. They also added them to breads and various pastries, some made with honey, some with milk and eggs. From the Middle East, these fruits spread through Greece to Italy where they became a major part of the diet. Ancient Romans consumed raisins in spectacular quantities and at all levels of society, including them as a key part of their common meals, along with olives and fresh fruits. Raisined breads were common for breakfast and were consumed with their grains, beans, and cultured milks. Raisins were so valued that they transcended the food realm and became rewards for successful athletes, as well as premium barter currency. Having dried fruits was essential in ancient Rome as these instructions for housekeepers around 100 BC tell: "She must keep a supply of cooked food on hand for you and the servants. She must keep many hens and have plenty of eggs. She must have a large store of dried pears, sorbs, figs, raisins, sorbs in must, preserved pears and grapes and quinces. She must also keep preserved grapes in grape-pulp and in pots buried in the ground, as well as fresh Praenestine nuts kept in the same way, and Scantian quinces in jars, and other fruits that are usually preserved, as well as wild fruits. All these she must store away diligently every year." Figs were also extremely popular in Rome. Dried figs were added to bread and formed a major part of the winter food of country people. They were rubbed with spices such as cumin, anise and fennel seeds, or toasted sesame, wrapped in fig leaves and stored in jars. Today, major producing regions include Israel, Jerusalem, Gaza and many other Arabic countries. Dried figs are rich in vitamins, phosphorus and various other important minerals. Plums, apricots and peaches had their origins in Asia. They were domesticated in China in the 3rd millennium BC and spread to the Fertile Crescent where they were also very popular, fresh and dried alike. They arrived in Greece and Italy much later and were very expensive but valued in the preparation of gourmet dishes with port or stewed with honey and spices.

Having dried fruits was essential in ancient Rome as these instructions for housekeepers around 100 BC tell: "She must keep a supply of cooked food on hand for you and the servants. She must keep many hens and have plenty of eggs. She must have a large store of dried pears, sorbs, figs, raisins, sorbs in must, preserved pears and grapes and quinces. She must also keep preserved grapes in grape-pulp and in pots buried in the ground, as well as fresh Praenestine nuts kept in the same way, and Scantian quinces in jars, and other fruits that are usually preserved, as well as wild fruits. All these she must store away diligently every year."

information_extraction

### Instruction: Based on the following passage, extract recorded instructions for housekeepers from around 100 BC. ### Context: Traditional dried fruit such as raisins, figs, dates, apricots and apples have been a staple of Mediterranean diets for millennia. This is due partly to their early cultivation in the Middle Eastern region known as the Fertile Crescent, made up by parts of modern Iran, Iraq, southwest Turkey, Syria, Lebanon, Palestine, Israel, and northern Egypt. Drying or dehydration also happened to be the earliest form of food preservation: grapes, dates, and figs that fell from the tree or vine would dry in the hot sun. Early hunter-gatherers observed that these fallen fruit took on an edible form, and valued them for their stability as well as their concentrated sweetness. The earliest recorded mention of dried fruits can be found in Mesopotamian tablets dating to about 1500 BC, which contain what are probably the oldest known written recipes. These clay slabs, written in Akkadian, the daily language of Babylonia, were inscribed in cuneiform and tell of diets based on grains (barley, millet, wheat), vegetables and fruits such as dates, figs, apples, pomegranates, and grapes. These early civilizations used dates, date juice evaporated into syrup and raisins as sweeteners. They included dried fruits in their breads for which they had more than 300 recipes, from simple barley bread for the workers to very elaborate, spiced cakes with honey for the palaces and temples. The date palm was one of the first cultivated trees. It was domesticated in Mesopotamia more than 5,000 years ago. It grew abundantly in the Fertile Crescent and it was so productive (an average date palm produces 50 kg (100 lbs) of fruit a year for 60 years or more) that dates were the cheapest of staple foods. Because they were so valuable, they were well recorded in Assyrian and Babylonian monuments and temples. The villagers in Mesopotamia dried them and ate them as sweets. Whether fresh, soft-dried or hard-dried, they helped to give character to meat dishes and grain pies. They were valued by travelers for their energy and were recommended as stimulants against fatigue. Figs were also prized in early Mesopotamia, Palestine, Israel, and Egypt where their daily use was probably greater than or equal to that of dates. As well as appearing in wall paintings, many specimens have been found in Egyptian tombs as funerary offerings. In Greece and Crete, figs grew very readily and they were the staple of poor and rich alike, particularly in their dried form. Grape cultivation first began in Armenia and the eastern regions of the Mediterranean in the 4th century BC. Raisins were produced by drying grapes in the hot desert sun. Very quickly, viticulture and raisin production spread across northern Africa including Morocco and Tunisia. The Phoenicians and the Egyptians popularized the production of raisins, probably due to the perfect arid environment for sun drying. They put them in jars for storage and allotted them to the different temples by the thousands. They also added them to breads and various pastries, some made with honey, some with milk and eggs. From the Middle East, these fruits spread through Greece to Italy where they became a major part of the diet. Ancient Romans consumed raisins in spectacular quantities and at all levels of society, including them as a key part of their common meals, along with olives and fresh fruits. Raisined breads were common for breakfast and were consumed with their grains, beans, and cultured milks. Raisins were so valued that they transcended the food realm and became rewards for successful athletes, as well as premium barter currency. Having dried fruits was essential in ancient Rome as these instructions for housekeepers around 100 BC tell: "She must keep a supply of cooked food on hand for you and the servants. She must keep many hens and have plenty of eggs. She must have a large store of dried pears, sorbs, figs, raisins, sorbs in must, preserved pears and grapes and quinces. She must also keep preserved grapes in grape-pulp and in pots buried in the ground, as well as fresh Praenestine nuts kept in the same way, and Scantian quinces in jars, and other fruits that are usually preserved, as well as wild fruits. All these she must store away diligently every year." Figs were also extremely popular in Rome. Dried figs were added to bread and formed a major part of the winter food of country people. They were rubbed with spices such as cumin, anise and fennel seeds, or toasted sesame, wrapped in fig leaves and stored in jars. Today, major producing regions include Israel, Jerusalem, Gaza and many other Arabic countries. Dried figs are rich in vitamins, phosphorus and various other important minerals. Plums, apricots and peaches had their origins in Asia. They were domesticated in China in the 3rd millennium BC and spread to the Fertile Crescent where they were also very popular, fresh and dried alike. They arrived in Greece and Italy much later and were very expensive but valued in the preparation of gourmet dishes with port or stewed with honey and spices. ### Answer: Having dried fruits was essential in ancient Rome as these instructions for housekeepers around 100 BC tell: "She must keep a supply of cooked food on hand for you and the servants. She must keep many hens and have plenty of eggs. She must have a large store of dried pears, sorbs, figs, raisins, sorbs in must, preserved pears and grapes and quinces. She must also keep preserved grapes in grape-pulp and in pots buried in the ground, as well as fresh Praenestine nuts kept in the same way, and Scantian quinces in jars, and other fruits that are usually preserved, as well as wild fruits. All these she must store away diligently every year."

When did Singapore gain independence, and who was the first President?

After being expelled from Malaysia, Singapore became independent as the Republic of Singapore on 9 August 1965, with Lee Kuan Yew and Yusof bin Ishak as the first prime minister and president respectively. In 1967, the country co-founded the Association of Southeast Asian Nations (ASEAN). Race riots broke out once more in 1969. Lee Kuan Yew's emphasis on rapid economic growth, support for business entrepreneurship, and limitations on internal democracy shaped Singapore's policies for the next half-century. Economic growth continued throughout the 1980s, with the unemployment rate falling to 3% and real GDP growth averaging at about 8% up until 1999. During the 1980s, Singapore began to shift towards high-tech industries, such as the wafer fabrication sector, in order to remain competitive as neighbouring countries began manufacturing with cheaper labour. Singapore Changi Airport was opened in 1981 and Singapore Airlines was formed. The Port of Singapore became one of the world's busiest ports and the service and tourism industries also grew immensely during this period.

Singapore became independent on 9 August 1965, and the first president was Yusof bin Ishak.

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### Instruction: When did Singapore gain independence, and who was the first President? ### Context: After being expelled from Malaysia, Singapore became independent as the Republic of Singapore on 9 August 1965, with Lee Kuan Yew and Yusof bin Ishak as the first prime minister and president respectively. In 1967, the country co-founded the Association of Southeast Asian Nations (ASEAN). Race riots broke out once more in 1969. Lee Kuan Yew's emphasis on rapid economic growth, support for business entrepreneurship, and limitations on internal democracy shaped Singapore's policies for the next half-century. Economic growth continued throughout the 1980s, with the unemployment rate falling to 3% and real GDP growth averaging at about 8% up until 1999. During the 1980s, Singapore began to shift towards high-tech industries, such as the wafer fabrication sector, in order to remain competitive as neighbouring countries began manufacturing with cheaper labour. Singapore Changi Airport was opened in 1981 and Singapore Airlines was formed. The Port of Singapore became one of the world's busiest ports and the service and tourism industries also grew immensely during this period. ### Answer: Singapore became independent on 9 August 1965, and the first president was Yusof bin Ishak.

What is type 1 diabetes?

Type 1 diabetes (T1D), formerly known as juvenile diabetes, is an autoimmune disease that originates when cells that make insulin (beta cells) are destroyed by the immune system. Insulin is a hormone required for the cells to use blood sugar for energy and it helps regulate glucose levels in the bloodstream. Before treatment this results in high blood sugar levels in the body. The common symptoms of this elevated blood sugar are frequent urination, increased thirst, increased hunger, weight loss, and other serious complications. Additional symptoms may include blurry vision, tiredness, and slow wound healing. Symptoms typically develop over a short period of time, often a matter of weeks.

Type 1 diabetes is an autoimmune condition where beta cells that make insulin are destroyed by the immune system. Insulin is required to help regulate glucose levels in the bloodstream.

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### Instruction: What is type 1 diabetes? ### Context: Type 1 diabetes (T1D), formerly known as juvenile diabetes, is an autoimmune disease that originates when cells that make insulin (beta cells) are destroyed by the immune system. Insulin is a hormone required for the cells to use blood sugar for energy and it helps regulate glucose levels in the bloodstream. Before treatment this results in high blood sugar levels in the body. The common symptoms of this elevated blood sugar are frequent urination, increased thirst, increased hunger, weight loss, and other serious complications. Additional symptoms may include blurry vision, tiredness, and slow wound healing. Symptoms typically develop over a short period of time, often a matter of weeks. ### Answer: Type 1 diabetes is an autoimmune condition where beta cells that make insulin are destroyed by the immune system. Insulin is required to help regulate glucose levels in the bloodstream.

Extract the ingredients in a Manhattan cocktail from this text and present them in a bulleted list.

A Manhattan is a cocktail made with whiskey, sweet vermouth, and bitters. While rye is the traditional whiskey of choice, other commonly used whiskies include Canadian whisky, bourbon, blended whiskey, and Tennessee whiskey. The cocktail is usually stirred then strained into a cocktail glass and garnished traditionally with a maraschino cherry. A Manhattan may also be served on the rocks in a lowball glass.

The ingredients in a Manhattan cocktail are: - whiskey (rye, Canadian, bourbon, blended, Tennessee) - sweet vermouth - bitters - maraschino cherry (garnish)

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### Instruction: Extract the ingredients in a Manhattan cocktail from this text and present them in a bulleted list. ### Context: A Manhattan is a cocktail made with whiskey, sweet vermouth, and bitters. While rye is the traditional whiskey of choice, other commonly used whiskies include Canadian whisky, bourbon, blended whiskey, and Tennessee whiskey. The cocktail is usually stirred then strained into a cocktail glass and garnished traditionally with a maraschino cherry. A Manhattan may also be served on the rocks in a lowball glass. ### Answer: The ingredients in a Manhattan cocktail are: - whiskey (rye, Canadian, bourbon, blended, Tennessee) - sweet vermouth - bitters - maraschino cherry (garnish)

Extract the nationalities of the population of the Azores islands in Portugal. Separate them with a comma.

The Azores were uninhabited when Portuguese navigators arrived in the early 15th century; settlement began in 1439 with migrants mostly from mainland Portugal and, to a lesser extent, Flemish, Spanish, French, Italians, Germans, Scottish, Jews, Moors and blacks from Guinea, Cape Verde and São Tomé.

Portuguese, Flemish, Spanish, French, Italians, Germans, Scottish, Jews, Moors, Blacks

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### Instruction: Extract the nationalities of the population of the Azores islands in Portugal. Separate them with a comma. ### Context: The Azores were uninhabited when Portuguese navigators arrived in the early 15th century; settlement began in 1439 with migrants mostly from mainland Portugal and, to a lesser extent, Flemish, Spanish, French, Italians, Germans, Scottish, Jews, Moors and blacks from Guinea, Cape Verde and São Tomé. ### Answer: Portuguese, Flemish, Spanish, French, Italians, Germans, Scottish, Jews, Moors, Blacks

What is electrostatics the study of?

The concept of the electric field was introduced by Michael Faraday. An electric field is created by a charged body in the space that surrounds it, and results in a force exerted on any other charges placed within the field. The electric field acts between two charges in a similar manner to the way that the gravitational field acts between two masses, and like it, extends towards infinity and shows an inverse square relationship with distance. However, there is an important difference. Gravity always acts in attraction, drawing two masses together, while the electric field can result in either attraction or repulsion. Since large bodies such as planets generally carry no net charge, the electric field at a distance is usually zero. Thus gravity is the dominant force at distance in the universe, despite being much weaker. An electric field generally varies in space and its strength at any one point is defined as the force (per unit charge) that would be felt by a stationary, negligible charge if placed at that point. The conceptual charge, termed a 'test charge', must be vanishingly small to prevent its own electric field disturbing the main field and must also be stationary to prevent the effect of magnetic fields. As the electric field is defined in terms of force, and force is a vector, having both magnitude and direction, so it follows that an electric field is a vector field. The study of electric fields created by stationary charges is called electrostatics. The field may be visualised by a set of imaginary lines whose direction at any point is the same as that of the field. This concept was introduced by Faraday, whose term 'lines of force' still sometimes sees use. The field lines are the paths that a point positive charge would seek to make as it was forced to move within the field; they are however an imaginary concept with no physical existence, and the field permeates all the intervening space between the lines. Field lines emanating from stationary charges have several key properties: first, that they originate at positive charges and terminate at negative charges; second, that they must enter any good conductor at right angles, and third, that they may never cross nor close in on themselves.

The study of electric fields created by stationary charges is called electrostatics.

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### Instruction: What is electrostatics the study of? ### Context: The concept of the electric field was introduced by Michael Faraday. An electric field is created by a charged body in the space that surrounds it, and results in a force exerted on any other charges placed within the field. The electric field acts between two charges in a similar manner to the way that the gravitational field acts between two masses, and like it, extends towards infinity and shows an inverse square relationship with distance. However, there is an important difference. Gravity always acts in attraction, drawing two masses together, while the electric field can result in either attraction or repulsion. Since large bodies such as planets generally carry no net charge, the electric field at a distance is usually zero. Thus gravity is the dominant force at distance in the universe, despite being much weaker. An electric field generally varies in space and its strength at any one point is defined as the force (per unit charge) that would be felt by a stationary, negligible charge if placed at that point. The conceptual charge, termed a 'test charge', must be vanishingly small to prevent its own electric field disturbing the main field and must also be stationary to prevent the effect of magnetic fields. As the electric field is defined in terms of force, and force is a vector, having both magnitude and direction, so it follows that an electric field is a vector field. The study of electric fields created by stationary charges is called electrostatics. The field may be visualised by a set of imaginary lines whose direction at any point is the same as that of the field. This concept was introduced by Faraday, whose term 'lines of force' still sometimes sees use. The field lines are the paths that a point positive charge would seek to make as it was forced to move within the field; they are however an imaginary concept with no physical existence, and the field permeates all the intervening space between the lines. Field lines emanating from stationary charges have several key properties: first, that they originate at positive charges and terminate at negative charges; second, that they must enter any good conductor at right angles, and third, that they may never cross nor close in on themselves. ### Answer: The study of electric fields created by stationary charges is called electrostatics.

Extract the names of the team involved to perform inception on Robert. Separate them with a comma.

Cobb, Arthur, Saito, Eames, Yusuf, Ariadne

Cobb and Arthur are "extractors"; they perform corporate espionage using experimental dream-sharing technology to infiltrate their targets' subconscious and extract information. Their latest target, Saito, is impressed with Cobb's ability to layer multiple dreams within each other. He offers to hire Cobb for the supposedly impossible job of implanting an idea into a person's subconscious; performing "inception" on Robert, the son of Saito's competitor Maurice Fischer, with the idea to dissolve his father's company. Saito promises to clear Cobb's criminal status, allowing him to return home to his children. Cobb accepts the offer and assembles his team: a forger named Eames, a chemist named Yusuf, and a college student named Ariadne. Ariadne is tasked with designing the dream's architecture, something Cobb himself cannot do for fear of being sabotaged by a projection of his late wife Mal. Maurice dies, and the team sedates Robert into a three-layer shared dream on an airplane to America. Time on each layer runs slower than the layer above, with one member staying behind on each to perform a music-synchronized "kick" to awaken dreamers on all three levels simultaneously.

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### Instruction: Extract the names of the team involved to perform inception on Robert. Separate them with a comma. ### Context: Cobb, Arthur, Saito, Eames, Yusuf, Ariadne ### Answer: Cobb and Arthur are "extractors"; they perform corporate espionage using experimental dream-sharing technology to infiltrate their targets' subconscious and extract information. Their latest target, Saito, is impressed with Cobb's ability to layer multiple dreams within each other. He offers to hire Cobb for the supposedly impossible job of implanting an idea into a person's subconscious; performing "inception" on Robert, the son of Saito's competitor Maurice Fischer, with the idea to dissolve his father's company. Saito promises to clear Cobb's criminal status, allowing him to return home to his children. Cobb accepts the offer and assembles his team: a forger named Eames, a chemist named Yusuf, and a college student named Ariadne. Ariadne is tasked with designing the dream's architecture, something Cobb himself cannot do for fear of being sabotaged by a projection of his late wife Mal. Maurice dies, and the team sedates Robert into a three-layer shared dream on an airplane to America. Time on each layer runs slower than the layer above, with one member staying behind on each to perform a music-synchronized "kick" to awaken dreamers on all three levels simultaneously.

What is a personality test?

The origins of personality assessment date back to the 18th and 19th centuries, when personality was assessed through phrenology, the measurement of bumps on the human skull, and physiognomy, which assessed personality based on a person's outer appearances. Sir Francis Galton took another approach to assessing personality late in the 19th century. Based on the lexical hypothesis, Galton estimated the number of adjectives that described personality in the English dictionary. Galton's list was eventually refined by Louis Leon Thurstone to 60 words that were commonly used for describing personality at the time. Through factor analyzing responses from 1300 participants, Thurstone was able to reduce this severely restricted pool of 60 adjectives into seven common factors. This procedure of factor analyzing common adjectives was later utilized by Raymond Cattell (7th most highly cited psychologist of the 20th Century—based on the peer-reviewed journal literature), who subsequently utilized a data set of over 4000 affect terms from the English dictionary that eventually resulted in construction of the Sixteen Personality Factor Questionnaire (16PF) which also measured up to eight second-stratum personality factors. Of the many introspective (i.e., subjective) self-report instruments constructed to measure the putative Big Five personality dimensions, perhaps the most popular has been the Revised NEO Personality Inventory (NEO-PI-R) However, the psychometric properties of the NEO-PI-R (including its factor analytic/construct validity) has been severely criticized.

Personality test is a test of measuring human personality constructs. Its origin can be dated back to 18th century. There are many different types of personality assessment measures. These tests are designed to draw knowledge about an individual's interest, interactive style and many other things.

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### Instruction: What is a personality test? ### Context: The origins of personality assessment date back to the 18th and 19th centuries, when personality was assessed through phrenology, the measurement of bumps on the human skull, and physiognomy, which assessed personality based on a person's outer appearances. Sir Francis Galton took another approach to assessing personality late in the 19th century. Based on the lexical hypothesis, Galton estimated the number of adjectives that described personality in the English dictionary. Galton's list was eventually refined by Louis Leon Thurstone to 60 words that were commonly used for describing personality at the time. Through factor analyzing responses from 1300 participants, Thurstone was able to reduce this severely restricted pool of 60 adjectives into seven common factors. This procedure of factor analyzing common adjectives was later utilized by Raymond Cattell (7th most highly cited psychologist of the 20th Century—based on the peer-reviewed journal literature), who subsequently utilized a data set of over 4000 affect terms from the English dictionary that eventually resulted in construction of the Sixteen Personality Factor Questionnaire (16PF) which also measured up to eight second-stratum personality factors. Of the many introspective (i.e., subjective) self-report instruments constructed to measure the putative Big Five personality dimensions, perhaps the most popular has been the Revised NEO Personality Inventory (NEO-PI-R) However, the psychometric properties of the NEO-PI-R (including its factor analytic/construct validity) has been severely criticized. ### Answer: Personality test is a test of measuring human personality constructs. Its origin can be dated back to 18th century. There are many different types of personality assessment measures. These tests are designed to draw knowledge about an individual's interest, interactive style and many other things.

Which cities participated in the first IPL?

On 13 September 2007, on the back of India's victory at the 2007 T20 World Cup, BCCI announced a franchise-based Twenty20 cricket competition called Indian Premier League. The first season was slated to start in April 2008, in a "high-profile ceremony" in New Delhi. BCCI vice-president Lalit Modi, who spearheaded the IPL effort, spelled out the details of the tournament including its format, the prize money, franchise revenue system and squad composition rules. It was also revealed that the IPL would be run by a seven-man governing council composed of former India players and BCCI officials and that the top two teams of the IPL would qualify for that year's Champions League Twenty20. Modi also clarified that they had been working on the idea for two years and that the IPL was not started as a "knee-jerk reaction" to the ICL. The league's format was similar to that of the Premier League of England and the NBA in the United States. In order to decide the owners for the new league, an auction was held on 24 January 2008 with the total base prices of the franchises costing around $400 million. At the end of the auction, the winning bidders were announced, as well as the cities the teams would be based in: Bangalore, Chennai, Delhi, Hyderabad, Jaipur, Kolkata, Mohali, and Mumbai. In the end, the franchises were all sold for a total of $723.59 million. The Indian Cricket League soon folded in 2008.

Bangalore, Chennai, Delhi, Hyderabad, Jaipur, Kolkata, Mohali, Mumbai

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### Instruction: Which cities participated in the first IPL? ### Context: On 13 September 2007, on the back of India's victory at the 2007 T20 World Cup, BCCI announced a franchise-based Twenty20 cricket competition called Indian Premier League. The first season was slated to start in April 2008, in a "high-profile ceremony" in New Delhi. BCCI vice-president Lalit Modi, who spearheaded the IPL effort, spelled out the details of the tournament including its format, the prize money, franchise revenue system and squad composition rules. It was also revealed that the IPL would be run by a seven-man governing council composed of former India players and BCCI officials and that the top two teams of the IPL would qualify for that year's Champions League Twenty20. Modi also clarified that they had been working on the idea for two years and that the IPL was not started as a "knee-jerk reaction" to the ICL. The league's format was similar to that of the Premier League of England and the NBA in the United States. In order to decide the owners for the new league, an auction was held on 24 January 2008 with the total base prices of the franchises costing around $400 million. At the end of the auction, the winning bidders were announced, as well as the cities the teams would be based in: Bangalore, Chennai, Delhi, Hyderabad, Jaipur, Kolkata, Mohali, and Mumbai. In the end, the franchises were all sold for a total of $723.59 million. The Indian Cricket League soon folded in 2008. ### Answer: Bangalore, Chennai, Delhi, Hyderabad, Jaipur, Kolkata, Mohali, Mumbai

Extract the name of the comedy films that Cage performed in. Separate them with a comma.

Cage made his acting debut in the 1981 television pilot The Best of Times, which was never picked up by ABC. His film debut followed in 1982, with a minor role as an unnamed co-worker of Judge Reinhold's character in the coming-of-age film Fast Times at Ridgemont High, having originally auditioned for Reinhold's part. His experience on the film was marred by cast members endlessly quoting his uncle's films, which inspired him to change his name. Cage's first starring role came opposite Deborah Foreman in the romantic comedy Valley Girl (1983), in which he played a punk who falls in love with the titular valley girl, a plot loosely inspired by Romeo and Juliet. The film was a modest box office success and has been branded a cult classic. He auditioned for the role of Dallas Winston in his uncle's film The Outsiders, based on S.E. Hinton's novel, but lost to Matt Dillon. Cage, however, would co-star in Coppola's adaptation of another Hinton novel, Rumble Fish, in that year. In 1984, Cage appeared in three period films, none of which fared well at the box office. In the drama, Racing with the Moon (1984), Cage featured opposite Sean Penn as friends who are awaiting deployment to the U.S. Marine Corps. Coppola's crime drama The Cotton Club saw him play a fictionalized version of mob hitman Vincent "Mad Dog" Coll, earning praise from critic Paul Attanasio for "artully his few moments to sketch a brawny, violent thug". His final release of the year was Alan Parker's drama Birdy, in which he starred with Matthew Modine as two close friends and their trauma inflicted by serving in the Vietnam War. Cage lost weight for the role and had two of his front teeth pulled out to appear disfigured. Despite massively underperforming at the box office, the film, and Cage and Modine's performances, received positive reviews, with The New York Times critic Janet Maslin writing, "Mr. Cage very sympathetically captures Al's urgency and frustration. Together, these actors work miracles with what might have been unplayable." In 1986, Cage starred in the little-seen Canadian sports drama The Boy in Blue and his uncle's fantasy comedy Peggy Sue Got Married (1987) as the husband to Kathleen Turner's character, who has travelled back in time to their high school days. He then starred in the Coen brothers' crime comedy Raising Arizona (1987) as a dim-witted ex-con. Cage's biggest breakthrough came in 1987 with the romantic comedy Moonstruck, in which he starred alongside Cher as a hot-tempered baker who falls in love with his estranged brother's widowed fiancé. The film was a hit with critics and audiences alike, earning Cage a Golden Globe nomination for Best Actor – Motion Picture Musical or Comedy In his retrospective review, Roger Ebert wrote that he felt Cage's performance was worthy of an Oscar.

Valley Girl, Peggy Sue Got Married, Raising Arizona, Moonstruck

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### Instruction: Extract the name of the comedy films that Cage performed in. Separate them with a comma. ### Context: Cage made his acting debut in the 1981 television pilot The Best of Times, which was never picked up by ABC. His film debut followed in 1982, with a minor role as an unnamed co-worker of Judge Reinhold's character in the coming-of-age film Fast Times at Ridgemont High, having originally auditioned for Reinhold's part. His experience on the film was marred by cast members endlessly quoting his uncle's films, which inspired him to change his name. Cage's first starring role came opposite Deborah Foreman in the romantic comedy Valley Girl (1983), in which he played a punk who falls in love with the titular valley girl, a plot loosely inspired by Romeo and Juliet. The film was a modest box office success and has been branded a cult classic. He auditioned for the role of Dallas Winston in his uncle's film The Outsiders, based on S.E. Hinton's novel, but lost to Matt Dillon. Cage, however, would co-star in Coppola's adaptation of another Hinton novel, Rumble Fish, in that year. In 1984, Cage appeared in three period films, none of which fared well at the box office. In the drama, Racing with the Moon (1984), Cage featured opposite Sean Penn as friends who are awaiting deployment to the U.S. Marine Corps. Coppola's crime drama The Cotton Club saw him play a fictionalized version of mob hitman Vincent "Mad Dog" Coll, earning praise from critic Paul Attanasio for "artully his few moments to sketch a brawny, violent thug". His final release of the year was Alan Parker's drama Birdy, in which he starred with Matthew Modine as two close friends and their trauma inflicted by serving in the Vietnam War. Cage lost weight for the role and had two of his front teeth pulled out to appear disfigured. Despite massively underperforming at the box office, the film, and Cage and Modine's performances, received positive reviews, with The New York Times critic Janet Maslin writing, "Mr. Cage very sympathetically captures Al's urgency and frustration. Together, these actors work miracles with what might have been unplayable." In 1986, Cage starred in the little-seen Canadian sports drama The Boy in Blue and his uncle's fantasy comedy Peggy Sue Got Married (1987) as the husband to Kathleen Turner's character, who has travelled back in time to their high school days. He then starred in the Coen brothers' crime comedy Raising Arizona (1987) as a dim-witted ex-con. Cage's biggest breakthrough came in 1987 with the romantic comedy Moonstruck, in which he starred alongside Cher as a hot-tempered baker who falls in love with his estranged brother's widowed fiancé. The film was a hit with critics and audiences alike, earning Cage a Golden Globe nomination for Best Actor – Motion Picture Musical or Comedy In his retrospective review, Roger Ebert wrote that he felt Cage's performance was worthy of an Oscar. ### Answer: Valley Girl, Peggy Sue Got Married, Raising Arizona, Moonstruck

Extract the names of Serbian political parties mentioned in the text and put them into a bulleted list.

Serbia's electoral system was reformed in 2011, such that parliamentary mandates were awarded in numerical order to candidates on successful lists. Milisavljević received the forty-ninth position on the Democratic Party's Choice for a Better Life list and was re-elected when the list won sixty-seven mandates. The Serbian Progressive Party and the Socialist Party of Serbia formed a new coalition government after the election, and the Democratic Party moved into opposition. In 2013, Milisavljević proposed that the government of Serbia sell its high-powered Mercedes, Audi, and BMW cars in favour of the Fiat 500L model produced in Kragujevac. This proposal received some attention in the Italian media.

* Democratic Party * Serbian Progressive Party * Socialist Party of Serbia

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### Instruction: Extract the names of Serbian political parties mentioned in the text and put them into a bulleted list. ### Context: Serbia's electoral system was reformed in 2011, such that parliamentary mandates were awarded in numerical order to candidates on successful lists. Milisavljević received the forty-ninth position on the Democratic Party's Choice for a Better Life list and was re-elected when the list won sixty-seven mandates. The Serbian Progressive Party and the Socialist Party of Serbia formed a new coalition government after the election, and the Democratic Party moved into opposition. In 2013, Milisavljević proposed that the government of Serbia sell its high-powered Mercedes, Audi, and BMW cars in favour of the Fiat 500L model produced in Kragujevac. This proposal received some attention in the Italian media. ### Answer: * Democratic Party * Serbian Progressive Party * Socialist Party of Serbia

Extract the countries that are named in the text separated by a comma.

The Amazon rainforest, also called Amazon jungle or Amazonia, is a moist broadleaf tropical rainforest in the Amazon biome that covers most of the Amazon basin of South America. This basin encompasses 7,000,000 km2 (2,700,000 sq mi), of which 5,500,000 km2 (2,100,000 sq mi) are covered by the rainforest. This region includes territory belonging to nine nations and 3,344 formally acknowledged indigenous territories. The majority of the forest, 60%, is in Brazil, followed by Peru with 13%, Colombia with 10%, and with minor amounts in Bolivia, Ecuador, French Guiana, Guyana, Suriname, and Venezuela. Four nations have "Amazonas" as the name of one of their first-level administrative regions, and France uses the name "Guiana Amazonian Park" for French Guiana's protected rainforest area. The Amazon represents over half of the planet's remaining rainforests, and comprises the largest and most biodiverse tract of tropical rainforest in the world, with an estimated 390 billion individual trees in about 16,000 species. More than 30 million people of 350 different ethnic groups live in the Amazon, which are subdivided into 9 different national political systems and 3,344 formally acknowledged indigenous territories. Indigenous peoples make up 9% of the total population, and 60 of the groups remain largely isolated

Brazil, Peru, Colombia, Bolivia, Ecuador, French Guiana, Guyana, Suriname, Venezuela, France

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### Instruction: Extract the countries that are named in the text separated by a comma. ### Context: The Amazon rainforest, also called Amazon jungle or Amazonia, is a moist broadleaf tropical rainforest in the Amazon biome that covers most of the Amazon basin of South America. This basin encompasses 7,000,000 km2 (2,700,000 sq mi), of which 5,500,000 km2 (2,100,000 sq mi) are covered by the rainforest. This region includes territory belonging to nine nations and 3,344 formally acknowledged indigenous territories. The majority of the forest, 60%, is in Brazil, followed by Peru with 13%, Colombia with 10%, and with minor amounts in Bolivia, Ecuador, French Guiana, Guyana, Suriname, and Venezuela. Four nations have "Amazonas" as the name of one of their first-level administrative regions, and France uses the name "Guiana Amazonian Park" for French Guiana's protected rainforest area. The Amazon represents over half of the planet's remaining rainforests, and comprises the largest and most biodiverse tract of tropical rainforest in the world, with an estimated 390 billion individual trees in about 16,000 species. More than 30 million people of 350 different ethnic groups live in the Amazon, which are subdivided into 9 different national political systems and 3,344 formally acknowledged indigenous territories. Indigenous peoples make up 9% of the total population, and 60 of the groups remain largely isolated ### Answer: Brazil, Peru, Colombia, Bolivia, Ecuador, French Guiana, Guyana, Suriname, Venezuela, France