This is for my AP review so how would solve and answer these in an AP format? r(1)There are 700 people in line for a popular amusement-park ridewhen the ride begins operation in the morning. Once it beginsoperation, the ride accepts passengers until the park closes 8 hourslater. While there is a line, people move onto the ride at a rate of800 people per hour. The graph above shows the rate, r(t), atwhich people arrive at the ride throughout the day. Time t ismeasured in hours from the time the ride begins operation.1.4001,2001,000800600400(a) How many people arrive at the ride between t = 0 and t = 3?Show the computations that lead to your answer.(b) Is the number of people waiting in line to get on the rideincreasing or decreasing between t = 2 and t = 3? Justify2000-6.Time (hours)your answer.(c) At what time t is the line for the ride the longest? How many people are in line at that time? Justify youranswers.(d) Write, but do not solve, an equation involving an integral expression of r whose solution gives the earliesttime t at which there is no longer a line for the ride.noH Jad ajdoa

Name: This is for my AP review so how would solve and answer these in an AP
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Description: This is for my AP review so how would solve and answer these in an AP format? r(1)There are 700 people in line for a popular amusement-park ridewhen the ride begins operation in the morning. Once it beginsoperation, the ride accepts passengers until

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Calculus

There are 700 people in line for a popular amusement-park ride when the ride begins operation in the morning. Once it begins operation, the ride accepts passengers until the park closes 8 hours later. While there is a line, people move onto the ride at a rate of 800 people per hour. The graph above shows the rate, r(t), at which people arrive at the ride throughout the day. Time t is measured in hours from the time the ride begins operation. r() 1.400 1,200 1,000- 800 600 400 (a) How many people arrive at the ride between t = 0 and t = 3? Show the computations that lead to your answer. (b) Is the number of people waiting in line to get on the ride increasing or decreasing between t = 2 and t = 3? Justify 200 0+ Time (hours) your answer. (c) At what timet is the line for the ride the longest? How many people are in line at that time? Justify your answers. noH Jad ajdoo

There are 700 people in line for a popular amusement-park ride when the ride begins operation in the morning. Once it begins operation, the ride accepts passengers until the park closes 8 hours later. While there is a line, people move onto the ride at a rate of 800 people per hour. The graph above shows the rate, r(t), at which people arrive at the ride throughout the day. Time t is measured in hours from the time the ride begins operation. r() 1.400 1,200 1,000- 800 600 400 (a) How many people arrive at the ride between t = 0 and t = 3? Show the computations that lead to your answer. (b) Is the number of people waiting in line to get on the ride increasing or decreasing between t = 2 and t = 3? Justify 200 0+ Time (hours) your answer. (c) At what timet is the line for the ride the longest? How many people are in line at that time? Justify your answers. noH Jad ajdoo

College Algebra

1st Edition

ISBN:9781938168383

Author:Jay Abramson

Publisher:Jay Abramson

Chapter4: Linear Functions

Section: Chapter Questions

Problem 22PT: For the following exercises, determine whether the lines given by the equations below are parallel,...

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