A student is driving at a constant 55.0 mi/hr (24.6 m/s) along a straight section of Route 3 North. The car directly ahead of him isalso moving at 55.0 mi/hr. The front bumper of the student's car is located 10.0 m from the rear bumper of the car ahead when,at t=0, the driver of the car ahead applies his brakes and begins to slow down at a steady rate of5.00m/2. towards the posted "road construction" speed limit of 40.0 mi/hr (17.9 m/s). After slowing to 40.0 mi/hr, the driverof the car ahead plans to maintain this constant speed. It takes the student 1.00 second to notice that the car ahead is slowingdown, and another 1.00 second to effectively apply his brakes and begin to slow down. Assume that, once the studenteffectively applies the brakes, his car slows down at a steady rate of 5.00 mAt t=0, the student's front bumper is located at X = 0 and the car ahead begins to slow down at a steady 5.00m/s^2STUDENT'S CAR THE CAR AHEAD55.0 milh55.0 mihrX=0 10.0 m21. Assume, for the sake of argument, that no collision occurs.Starting at t= 0, what distance does the student's car travel before he effectively applies his brakes?b. 28.5 m.a. 10.0 m.c. 49.2 m.d. 24.6 m.e. 73.8 m.22. Assume, for the sake of argument, that no collision occurs. At the instant when the car ahead has slowed to 40.0 mi/hr, therear bumper of the car ahead is located at x equalsa. 153 m.b. 143 m.c. 87.7 m.d. 28.5 m.e. 38.5 m.23. Assume, for the sake of argument, that no collision occurs. At the instant when the car ahead has slowed to 40.0 mi/hr, thefront bumper of the student's car is located at x equalsa. 43.0 m.b. 33.0 m.c. 82.2 m.d. 22.0 m.e. 49.2 m.

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Description: A student is driving at a constant 55.0 mi/hr (24.6 m/s) along a straight section of Route 3 North. The car directly ahead of him isalso moving at 55.0 mi/hr. The front bumper of the student's car is located 10.0 m from the rear bumper of the car ah

Given:- A student drives a car with the initial constant velocity u1 = 24.6 m/s along the straight…

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X-O 10.0 m 21. Assume, for the sake of argument, that no collision occurs. Starting at t=0, what distance does the student's car travel before he effectively applies his brakes? d. 24.6 m. a. 10.0 m. b. 28.5 m. c. 49.2 m. e. 73.8 m. 22. Assume, for the sake of argument, that no collision occurs. At the instant when the car ahead has slowed to 40.0 mi/hr, the rear bumper of the car ahead is located at x equals a. 153 m. 43 m. c. 87.7 m. d. 28.5 m. e. 38.5 m. 23. Assume, for the sake of argument, that no collision occurs. At the instant when the car ahead has slowed to 40.0 mi/hr, the front bumper of the student's car is located at x equals a. 43.0 m. b. 33.0 m. c. 82.2 m. d. 22.0 m. e. 49.2 m.

X-O 10.0 m 21. Assume, for the sake of argument, that no collision occurs. Starting at t=0, what distance does the student's car travel before he effectively applies his brakes? d. 24.6 m. a. 10.0 m. b. 28.5 m. c. 49.2 m. e. 73.8 m. 22. Assume, for the sake of argument, that no collision occurs. At the instant when the car ahead has slowed to 40.0 mi/hr, the rear bumper of the car ahead is located at x equals a. 153 m. 43 m. c. 87.7 m. d. 28.5 m. e. 38.5 m. 23. Assume, for the sake of argument, that no collision occurs. At the instant when the car ahead has slowed to 40.0 mi/hr, the front bumper of the student's car is located at x equals a. 43.0 m. b. 33.0 m. c. 82.2 m. d. 22.0 m. e. 49.2 m.

University Physics Volume 1

18th Edition

ISBN:9781938168277

Author:William Moebs, Samuel J. Ling, Jeff Sanny

Publisher:William Moebs, Samuel J. Ling, Jeff Sanny

Chapter4: Motion In Two And Three Dimensions

Section: Chapter Questions

Problem 32P: A Lockheed Martin F-35 II lighting jet takes off from an aircraft carrier with a runway length of 90...

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