Assuming the pattern continued, which function could be used to find the total number of days Alex went running at the end of week n? know how to do this. I don’t Question 35: F.BF.B.3 (**no calculators allowed**) The function f(x) = 2(3)x was replaced with f(x) + k, resulting in the function graphed below. What is the value of k? Section 9: F.LE Question 36 37: F.LE.A.1 – (**calculators allowed**) Monica did an experiment to compare two methods of warming an object. The results are shown in the table below. Time (hours) Method 1 Temperature (°F) Method 2 Temperature (°F) 0 0 1.5 1 5 3 2 11 6 3 15 12 4 19 24 5 25 48 Which statement best describes her results? The temperature using both methods changed at a constant rate. The temperature using both methods changed exponentially. The temperature using Method 2 changed at a constant rate. The temperature using Method 2 changed exponentially. know how to do this. I don’t (**no calculators allowed**) Katie and Jennifer are playing a game. Katie and Jennifer each started with 100 points. At the end of each points doubled. turn, Katie’s At the end of each turn, points increased by 200. Jennifer’s At the start of which turn will Katie first have more points than Jennifer? Question 38: F.LE.A.2 (**calculators allowed**) There were originally 4 trees in an orchard. Each year the owner planted the same number of trees. In the 29th year, there were 178 trees in the orchard. Which function, t(n), can be used to determine the number of trees in the orchard in any year, n?
Assuming the pattern continued, which function could be used to find the total number of days Alex went running at the end of week n? I don’t know how to do this. Question 35: F.BF.B.3 (**no calculators allowed**) The function f(x) = 2(3)x was replaced with f(x) + k, resulting in the function graphed below. What is the value of k? Section 9: F.LE Question 36 – 37: F.LE.A.1 (**calculators allowed**) Monica did an experiment to compare two methods of warming an object. The results are shown in the table below. Time (hours) Method 1 Temperature (°F) Method 2 Temperature (°F) 0 0 1.5 1 5 3 2 11 6 3 15 12 4 19 24 5 25 48 Which statement best describes her results? The temperature using both methods changed at a constant rate. The temperature using both methods changed exponentially. The temperature using Method 2 changed at a constant rate. The temperature using Method 2 changed exponentially. I don’t know how to do this. (**no calculators allowed**) Katie and Jennifer are playing a game. Katie and Jennifer each started with 100 points. At the end of each turn, Katie’s points doubled. At the end of each turn, Jennifer’s points increased by 200. At the start of which turn will Katie first have more points than Jennifer? Question 38: F.LE.A.2 (**calculators allowed**) There were originally 4 trees in an orchard. Each year the owner planted the same number of trees. In the 29th year, there were 178 trees in the orchard. Which function, t(n), can be used to determine the number of trees in the orchard in any year, n?