![SOLVED:A car going 80 ft / sec (about 55 mph ) brakes to a stop in five seconds. Assume the deceleration is constant. (a) Graph the velocity against time, t, for 0 SOLVED:A car going 80 ft / sec (about 55 mph ) brakes to a stop in five seconds. Assume the deceleration is constant. (a) Graph the velocity against time, t, for 0](https://cdn.numerade.com/previews/e41086d9-2d30-4654-81f4-b347b1c3ab7d_large.jpg)
SOLVED:A car going 80 ft / sec (about 55 mph ) brakes to a stop in five seconds. Assume the deceleration is constant. (a) Graph the velocity against time, t, for 0
![Without the aid of magic your maximum speed is 22.73 mph VS Usain Bolt's top speed of 27.33 mph. This isn't the maximum walking speed you can get to without magic in Without the aid of magic your maximum speed is 22.73 mph VS Usain Bolt's top speed of 27.33 mph. This isn't the maximum walking speed you can get to without magic in](https://preview.redd.it/97vrxx425vv81.png?auto=webp&s=0453c29d08580b8895ef4e5b49b937342a208f87)
Without the aid of magic your maximum speed is 22.73 mph VS Usain Bolt's top speed of 27.33 mph. This isn't the maximum walking speed you can get to without magic in
![SOLVED: You are merging onto the freeway, accelerating at a constant rate of 14 ft/sec2 from a stand still. How long (in sec) does it take you to reach merging speed at SOLVED: You are merging onto the freeway, accelerating at a constant rate of 14 ft/sec2 from a stand still. How long (in sec) does it take you to reach merging speed at](https://cdn.numerade.com/ask_previews/2ccd8c58-d127-4f54-b372-c61c0413b33e_large.jpg)
SOLVED: You are merging onto the freeway, accelerating at a constant rate of 14 ft/sec2 from a stand still. How long (in sec) does it take you to reach merging speed at
![A car is traveling at a rate of 66 feet per second (45 miles per hour) when the brakes are applied. The position function for the car is s(t) = -8.25t^2 + A car is traveling at a rate of 66 feet per second (45 miles per hour) when the brakes are applied. The position function for the car is s(t) = -8.25t^2 +](https://homework.study.com/cimages/multimages/16/motion_of_a_car1094084871904474073.jpg)
A car is traveling at a rate of 66 feet per second (45 miles per hour) when the brakes are applied. The position function for the car is s(t) = -8.25t^2 +
![SOLVED: 1.55 Use the following unit fractions to express 195 miles per hour in feet per second 5280 ft 60 min 60 sec and 1 Mi Min 195 mi (Simplify your answer ) SOLVED: 1.55 Use the following unit fractions to express 195 miles per hour in feet per second 5280 ft 60 min 60 sec and 1 Mi Min 195 mi (Simplify your answer )](https://cdn.numerade.com/ask_previews/5537a805-beac-4ffd-8fb8-121f0ebede0c_large.jpg)