1. Below is the graph of the velocity function, in miles per hour, of a car as it moves along a straight road. Round all

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1. Below is the graph of the velocity function, in miles per hour, of a car as it moves along a straight road. Round all

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1 Below Is The Graph Of The Velocity Function In Miles Per Hour Of A Car As It Moves Along A Straight Road Round All 1
1 Below Is The Graph Of The Velocity Function In Miles Per Hour Of A Car As It Moves Along A Straight Road Round All 1 (34.81 KiB) Viewed 66 times
1. Below is the graph of the velocity function, in miles per hour, of a car as it moves along a straight road. Round all answers to one decimal place as needed. sv(1) A = 13.1 2 A=75 4507/09 10 11 12 A = 5.2 (a) (3 pts) Find the displacement of the car, in miles, over the interval [0, 12]. (b) (3 pts) Find the distance traveled by the car in miles. 2. Thirty zombies have just escaped from a secret research laboratory. Assume that the zombie population grows at a rate given by P'(t) = 10e00s, where t 20 represents the number of hours since the initial population of 30 zombies escaped. (a) (8 pts) Find the function that models the population of the zombies after t hours. (b) (2 pts) How many zombies will there be after 24 hours. Round to the nearest zombie as needed.
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