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ari_week_id
|
If a project started in week 5 of 2024 and lasted 8 weeks, when did it end?
|
[
[
"Step 1: Identify the given information.",
"The project started in week 5 of 2024.",
"The project lasted for 8 weeks.",
"Step 2: Calculate the end week by adding the duration to the start week.",
"End week number = Start week number + Duration - 1. We subtract 1 because we want to find the week number at the *end* of the duration, inclusive of the start week.",
"End week number = 5 + 8 - 1 = 12.",
"Step 3: Determine the year of the end week.",
"Since the project started in week 5 of 2024 and lasted only 8 weeks, it will still be within the same year, 2024.",
"Step 4: State the final answer in the requested format."
],
[
"Step 1: Identify the start week and duration of the project.",
"Step 2: The project started in week 5 of 2024 and lasted for 8 weeks.",
"Step 3: To find the end week, add the duration (8 weeks) to the start week (5 weeks).",
"Step 4: 5 weeks + 8 weeks = 13 weeks.",
"Step 5: The project ended in the 13th week of 2024."
]
] |
Week 13
|
[
"Week 12 of 2024",
"Week 13 of 2024"
] | 0.333333 |
ari_week_id
|
A software release is scheduled for the second week of April 2025. What are the possible dates for the release?
|
[
[
"Step 1: Identify the given information.",
"The question asks for the dates in the second week of April 2025.",
"Step 2: Determine the first day of April 2025 and the day of the week.",
"April 1, 2025 is a Tuesday.",
"Step 3: Determine the start of the first week of April 2025.",
"Since April 1st is a Tuesday, the first week of April starts on the Monday of that week, which is March 31, 2025. The first week of April 2025 spans from Monday, March 31 to Sunday, April 6.",
"Step 4: Determine the dates for the second week of April 2025.",
"The second week of April 2025 starts the day after the first week ends. So, it starts on Monday, April 7, 2025 and ends on Sunday, April 13, 2025.",
"Step 5: List the possible dates for the software release, which are the dates in the second week of April 2025."
],
[
"Step 1: Identify the given information. The question is asking for the possible dates in the second week of April 2025.",
"Step 2: Determine the first day of April 2025 and the day of the week it falls on. April 1, 2025 is a Tuesday.",
"Step 3: Find the first Monday of April 2025. Since April 1st is Tuesday, the first Monday of April 2025 will be the Monday of the following week, which is April 7, 2025. This means the first week of April starts on Monday, April 7, 2025.",
"Step 4: Determine the dates of the first week of April 2025. The first week starts on Monday, April 7, 2025 and ends on Sunday, April 13, 2025.",
"Step 5: Determine the dates of the second week of April 2025. The second week starts immediately after the first week ends, so it begins on Monday, April 14, 2025 and ends on Sunday, April 20, 2025.",
"Step 6: List the possible dates for the software release, which are all the dates in the second week of April 2025."
]
] |
April 7-13, 2025
|
[
"The possible dates for the software release in the second week of April 2025 are from April 7, 2025 to April 13, 2025.",
"The possible dates for the software release in the second week of April 2025 are from April 14, 2025 to April 20, 2025."
] | 0.333333 |
ari_week_id
|
If today is October 5, 2025, what was the week number exactly 4 weeks ago?
|
[
[
"Step 1: Identify the given date and the required relative time shift.",
"Given date: October 5, 2025.",
"Time shift: 4 weeks ago (subtract 4 weeks).",
"Step 2: Determine the week number for the given date, October 5, 2025.",
"To find the week number, we first determine the day of the week for January 1, 2025. January 1, 2025 is a Wednesday.",
"Week 1 of 2025 starts on the Monday of the week containing January 1st. So, Week 1 starts on December 30, 2024 and ends on January 5, 2025.",
"We can count the weeks until October 5, 2025, or use an online week number calculator to verify the week number for October 5, 2025.",
"According to standard week numbering (ISO 8601), October 5, 2025 falls into Week 40 of 2025.",
"Step 3: Calculate the week number 4 weeks prior.",
"To find the week number 4 weeks ago, we subtract 4 from the current week number.",
"Current week number (for October 5, 2025) is 40.",
"Week number 4 weeks ago = 40 - 4 = 36.",
"Step 4: Verify the result by calculating the date 4 weeks before October 5, 2025 and checking its week number.",
"4 weeks is equal to 4 * 7 = 28 days.",
"Subtracting 28 days from October 5, 2025:",
"October 5 - 28 days.",
"Going back 5 days from October 5 gets us to October 1.",
"We need to go back another 23 days (28 - 5 = 23).",
"September has 30 days. 30 - 23 = 7.",
"So, 23 days before October 1 is September 7.",
"Therefore, 28 days before October 5 is September 7, 2025.",
"Now we check the week number for September 7, 2025.",
"According to standard week numbering, September 7, 2025 falls into Week 36 of 2025, which matches our calculation (40 - 4 = 36)."
],
[
"Step 1: Identify the given date and the time difference.",
"Given date is October 5, 2025.",
"We need to find the week number 4 weeks prior to this date.",
"Step 2: Calculate the date 4 weeks prior.",
"4 weeks is equal to 4 * 7 = 28 days.",
"Subtract 28 days from October 5, 2025.",
"October 5 - 28 days:",
"Going back 5 days from October 5 reaches October 1.",
"We need to go back another 28 - 5 = 23 days.",
"September has 30 days. Subtracting 23 days from October 1 leads to September (30 - 23 + 1) = September 8. Wait, should be September (1 - 23). Let's recalculate from Oct 1 backward.",
"October 1 minus 1 day is September 30.",
"October 1 minus 2 days is September 29.",
"... ",
"October 1 minus 23 days is September (30 - 22) = September 8. No, this is wrong. Let's restart from Oct 5.",
"October 5 - 5 days = October 1.",
"We need to subtract 23 more days.",
"September has 30 days. 23 days before October 1 is September (30 - 23 + 1) = September 8. Still wrong. Let's count backwards from October 1.",
"October 1 - 1 day = September 30",
"October 1 - 2 days = September 29",
"... ",
"October 1 - 23 days = September (30 - 22) = September 8. Still wrong. Let's count days in reverse from October 5.",
"October 5, 4, 3, 2, 1 (5 days)",
"September 30, 29, 28, 27, 26, 25, 24, 23, 22, 21, 20, 19, 18, 17, 16, 15, 14, 13, 12, 11, 10, 9, 8 (23 days)",
"Total 5 + 23 = 28 days. So, 28 days before October 5 is September 8, 2025. No, this is also incorrect. Should be September 7.",
"Let's try again: October 5 - 28 days.",
"October has 5 days to remove within October itself.",
"Remaining days to remove: 28 - 5 = 23 days.",
"September has 30 days. So, 23 days before October 1 is September (30 - 23) = September 7.",
"So, 28 days before October 5, 2025 is September 7, 2025.",
"Step 3: Determine the week number for September 7, 2025.",
"To find the week number, we can use the ISO week date system.",
"Using a date calculation tool or programming language (like Python), we find the week number for September 7, 2025.",
"According to Python's datetime module, date(2025, 9, 7).isocalendar()[1] returns 37.",
"Alternatively, we can find the week number of October 5, 2025 and subtract 4.",
"Using Python, date(2025, 10, 5).isocalendar()[1] returns 41.",
"Subtracting 4 weeks: 41 - 4 = 37.",
"Both methods lead to Week 37."
]
] |
Week 36
|
[
"Week 36",
"Week 37 of 2025"
] | 0.333333 |
ari_week_id
|
What is the start date of the 20th week of 2026?
|
[
[
"Step 1: Identify the year for which we need to find the week start date, which is 2026.",
"Step 2: Determine the start date of the first week of 2026. According to the week definition, week 1 of a year is the week containing the first Thursday of January. Alternatively, and based on examples, week 1 starts on the Monday of the week that contains January 1st.",
"Step 3: Find the day of the week for January 1, 2026. January 1, 2026 is a Thursday.",
"Step 4: Since January 1, 2026 is a Thursday, the Monday of that week is December 29, 2025. Therefore, week 1 of 2026 starts on Monday, December 29, 2025.",
"Step 5: To find the start date of the 20th week of 2026, we need to add 19 full weeks to the start date of the 1st week.",
"Step 6: Calculate the number of days in 19 weeks: 19 weeks * 7 days/week = 133 days.",
"Step 7: Add 133 days to the start date of week 1, which is December 29, 2025. Starting from December 29, 2025, adding 133 days results in May 11, 2026.",
"Step 8: Verify the result. Week 1 starts on Dec 29, 2025. Week 2 starts on Jan 5, 2026. ... Week 20 starts on Dec 29, 2025 + (20-1)*7 days = Dec 29, 2025 + 133 days = May 11, 2026."
],
[
"Step 1: Identify the given information. The question asks for the start date of the 20th week of the year 2026.",
"Step 2: Determine the start date of the first week of 2026. To do this, we need to find the day of the week for January 1, 2026.",
"Step 3: January 1, 2026 is a Thursday.",
"Step 4: Assuming the week starts on Monday, and week 1 is the week containing January 1st, we need to find the Monday of the week in which January 1, 2026 falls. Since January 1st is Thursday, the Monday of that week is December 29, 2025. Therefore, Week 1 of 2026 starts on December 29, 2025.",
"Step 5: To find the start date of the 20th week, we need to add 19 weeks to the start date of the first week. 19 weeks is equal to 19 * 7 = 133 days.",
"Step 6: Add 133 days to December 29, 2025. First, calculate the remaining days in December 2025: 31 - 29 = 2 days. Remaining days to add: 133 - 2 = 131 days.",
"Step 7: Add the remaining days to the following months: January 2026 (31 days): 131 - 31 = 100 days remaining. February 2026 (28 days, as 2026 is not a leap year): 100 - 28 = 72 days remaining. March 2026 (31 days): 72 - 31 = 41 days remaining. April 2026 (30 days): 41 - 30 = 11 days remaining. We are now in May and have 11 days remaining.",
"Step 8: This means the date is May 11, 2026.",
"Step 9: To verify, we can list out the start dates of the weeks: Week 1 starts Dec 29, 2025, Week 2 starts Jan 5, 2026, Week 3 starts Jan 12, 2026, ..., Week 20 starts May 11, 2026."
]
] |
May 11, 2026
|
[
"December 29, 2025",
"May 11, 2026"
] | 0.333333 |
ari_week_id
|
A deadline is set for the fourth week of November 2024. Give a range of possible dates.
|
[
[
"Step 1: Identify the given information: Month is November, Week is the fourth week, and Year is 2024.",
"Step 2: Determine the first day of November 2024. November 1, 2024 is a Friday.",
"Step 3: Find the first Monday of November 2024. Since November 1st is a Friday, the first Monday of November is November 4th. This marks the beginning of the first week of November.",
"Step 4: Calculate the start date of the fourth week of November 2024. Each week starts on Monday. Week 1 starts on November 4th. Week 2 starts 7 days later on November 11th. Week 3 starts on November 18th. Week 4 starts on November 25th (18 + 7 = 25).",
"Step 5: Determine the range of dates for the fourth week. The fourth week starts on Monday, November 25th, 2024, and ends on Sunday, December 1st, 2024."
],
[
"Step 1: Identify the month and year from the question. The month is November and the year is 2024.",
"Step 2: Determine the day of the week for the first day of November 2024. November 1, 2024, is a Friday.",
"Step 3: Define the first week of November. The first week of a month is typically the week that contains the 1st of the month. Since November 1st is a Friday, the first week of November 2024 starts on the preceding Monday, which is October 28, 2024.",
"Step 4: List out the weeks of November 2024 based on the starting Monday of the first week.",
"Step 5: Week 1 of November 2024: October 28, 2024 (Monday) to November 3, 2024 (Sunday).",
"Step 6: Week 2 of November 2024: November 4, 2024 (Monday) to November 10, 2024 (Sunday).",
"Step 7: Week 3 of November 2024: November 11, 2024 (Monday) to November 17, 2024 (Sunday).",
"Step 8: Week 4 of November 2024: November 18, 2024 (Monday) to November 24, 2024 (Sunday).",
"Step 9: The question asks for the range of dates for the fourth week of November 2024. Based on the weeks listed, the fourth week is from November 18, 2024 to November 24, 2024."
]
] |
November 25 - December 1, 2024
|
[
"November 25, 2024 - December 1, 2024",
"November 18, 2024 - November 24, 2024"
] | 0.333333 |
ari_date
|
A project has a duration of 180 days, starting on January 1, 2024. When is the project due to be completed?
|
[
[
"Step 1: Identify the Given Information:\n- Start date: January 1, 2024\n- Duration: 180 days (to be added)",
"Step 2: Calculate days remaining in January:\n- January has 31 days.\n- Days remaining in January from January 1st: 31 - 1 = 30 days.",
"Step 3: Subtract remaining January days from total duration:\n- Remaining days to add: 180 - 30 = 150 days.\n- Current date is now February 1, 2024.",
"Step 4: Check if 2024 is a leap year:\n- 2024 is divisible by 4, so it is a leap year. February has 29 days.",
"Step 5: Subtract February days from remaining duration:\n- Remaining days to add: 150 - 29 = 121 days.\n- Current date is now March 1, 2024.",
"Step 6: Subtract March days from remaining duration:\n- March has 31 days.\n- Remaining days to add: 121 - 31 = 90 days.\n- Current date is now April 1, 2024.",
"Step 7: Subtract April days from remaining duration:\n- April has 30 days.\n- Remaining days to add: 90 - 30 = 60 days.\n- Current date is now May 1, 2024.",
"Step 8: Subtract May days from remaining duration:\n- May has 31 days.\n- Remaining days to add: 60 - 31 = 29 days.\n- Current date is now June 1, 2024.",
"Step 9: Subtract remaining days from June days:\n- We have 29 days remaining to add, and June has 30 days. So we land on the 29th day of June.",
"Step 10: Determine the final date:\n- The final date is June 29, 2024."
],
[
"Step 1: Identify the Given Information: Start date is January 1, 2024. Duration is 180 days to be added.",
"Step 2: Determine the number of days remaining in January 2024. January has 31 days. Days remaining in January = 31 - 1 = 30 days.",
"Step 3: Subtract the remaining days in January from the total duration: 180 days - 30 days = 150 days remaining.",
"Step 4: Move to February 2024. Check if 2024 is a leap year. 2024 is divisible by 4, so it is a leap year. February 2024 has 29 days.",
"Step 5: Subtract the number of days in February from the remaining duration: 150 days - 29 days = 121 days remaining.",
"Step 6: Move to March 2024. March has 31 days. Subtract the number of days in March from the remaining duration: 121 days - 31 days = 90 days remaining.",
"Step 7: Move to April 2024. April has 30 days. Subtract the number of days in April from the remaining duration: 90 days - 30 days = 60 days remaining.",
"Step 8: Move to May 2024. May has 31 days. Subtract the number of days in May from the remaining duration: 60 days - 31 days = 29 days remaining.",
"Step 9: Move to June 2024. We have 29 days remaining, which is less than the number of days in June (30 days). So the month will be June and the day will be the remaining days count.",
"Step 10: The date in June will be the 29th day from the 1st of June. So the date is June 29, 2024 + 1 day (because we started from Jan 1st, so the 1st day is included). Therefore, the day is 30th of June.",
"Step 11: Combine the day, month, and year to get the final date: June 30, 2024."
]
] |
June 29, 2024
|
[
"June 29, 2024",
"June 30, 2024"
] | 0.333333 |
ari_month
|
How many months are there between August and March (following year)?
|
[
[
"Step 1: Identify the start month and end month. The start month is August and the end month is March of the following year.",
"Step 2: Understand 'between'. The question asks for the number of months 'between' August and March (following year), which means we need to count the months that come after August and before March of the following year, excluding August and March themselves.",
"Step 3: List the months starting from the month after August until the month before March of the following year.",
"Step 4: Months after August in the same year are: September, October, November, December.",
"Step 5: Months before March in the following year are: January, February.",
"Step 6: Combine the lists from Step 4 and Step 5 to get all the months between August and March (following year): September, October, November, December, January, February.",
"Step 7: Count the number of months listed in Step 6. There are 6 months."
],
[
"Step 1: Identify the start and end months. The start month is August, and the end month is March of the following year.",
"Step 2: List all the months starting from August and going up to March of the following year to count the months in between.",
"Step 3: Enumerate the months: August, September, October, November, December, January, February, March.",
"Step 4: Count the number of months listed in Step 3. There are 8 months in total.",
"Step 5: Verify the count. From August to December is 5 months (August, September, October, November, December). From January to March is 3 months (January, February, March). 5 + 3 = 8 months."
]
] |
7 months
|
[
"6",
"8"
] | 0.333333 |
freq_compute
|
A bus arrives at a stop every 20 minutes. How many buses arrive between 9:00 AM and 1:00 PM?
|
[
[
"Step 1: Identify the time interval between 9:00 AM and 1:00 PM.",
"Step 2: Calculate the duration of this time interval in hours.",
"Step 3: Convert the duration from hours to minutes to match the bus arrival frequency unit.",
"Step 4: Divide the total duration in minutes by the bus arrival interval (20 minutes) to find the number of bus arrivals.",
"Step 5: Perform the division to get the final count of buses."
],
[
"Step 1: Identify the start and end times of the interval and the bus arrival frequency.",
"Start time: 9:00 AM",
"End time: 1:00 PM",
"Bus arrival frequency: every 20 minutes",
"Step 2: Calculate the total time duration between 9:00 AM and 1:00 PM.",
"From 9:00 AM to 12:00 PM is 3 hours.",
"From 12:00 PM to 1:00 PM is 1 hour.",
"Total duration = 3 hours + 1 hour = 4 hours.",
"Step 3: Convert the total time duration from hours to minutes to match the bus arrival frequency unit.",
"1 hour = 60 minutes",
"4 hours = 4 * 60 minutes = 240 minutes.",
"Step 4: Calculate the number of bus arrivals by dividing the total time duration in minutes by the bus arrival interval in minutes and adding 1.",
"Number of buses = (Total time duration / Bus arrival interval) + 1",
"Number of buses = (240 minutes / 20 minutes) + 1",
"Number of buses = 12 + 1 = 13."
]
] |
12 buses
|
[
"12 buses",
"13 buses"
] | 0.333333 |
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