A child on a bike (59kg total) skids to a stop from a speed of 5.958ms, leaving a trail that is 5.823m. Assuming the acceleration is constant, how much frictional force acts on the bike to stop it? Ff=172.656N Ff=175.246N Ff=179.836N Ff=181.626N None of these is correct.

A child on a bike (59kg total) skids to a stop from a speed of 5.958ms, leaving a trail that is 5.823m. Assuming the acceleration is constant, how much frictional force acts on the bike to stop it? Ff=172.656N Ff=175.246N Ff=179.836N Ff=181.626N None of these is correct.

Name: 28. A child on a bike (59kg total) skids to a stop from a speed of 5.9
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Description: 28. A child on a bike (59kg total) skids to a stop from a speed of 5.958ms, leaving a trail that is 5.823m. Assuming the acceleration is constant, how much frictional force acts on the bike to stop it? Ff=172.656N Ff=175.246N Ff=179.836N Ff=181.626N

An Introduction to Physical Science

14th Edition

ISBN:9781305079137

Author:James Shipman, Jerry D. Wilson, Charles A. Higgins, Omar Torres

Publisher:James Shipman, Jerry D. Wilson, Charles A. Higgins, Omar Torres

Chapter4: Work And Energy

Section: Chapter Questions

Problem 6FIB: The stopping distance of an automobile on a level road depends on the ___ of the speed. (4.2)

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