A mouse who weighs 40g is riding on a 0.25kg frictionless, motorless toy car. The car is coasting at 0.3m/s when the mouse decides to jump off. The mouse wants to jump off so that the car ends up not moving relative to the ground. Draw three momentum bar charts, one for the mouse, one for the car and one for the combined system showing how this could work. What is the speed of the mouse right after he jumps? State any equations that you use. d) A mouse who weighs 40g is riding on a 0.25kg frictionless, motorless toy car. The car iscoasting at 0.3m/s when the mouse decides to jump off. The mouse wants to jump off so that thecar ends up not moving relative to the ground. Draw three momentum bar charts, one for themouse, one for the car and one for the combined system showing how this could work. What isthe speed of the mouse right after he jumps? State any equations that you use.

Given that: The mass of the mouse is m=40 g=0.04 kg The mass of the car M=0.25 kg The velocity of…

Answered: mouse who weighs 40g is riding on a…

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter6: Momentum, Impulse, And Collisions

Section6.2: Conservation Of Momentum

Problem 6.2QQ: A boy standing at one end of a floating raft that is stationary relative to the shore walks to the...

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A mouse who weighs 40g is riding on a 0.25kg frictionless, motorless toy car. The car is coasting at 0.3m/s when the mouse decides to jump off. The mouse wants to jump off so that the car ends up not moving relative to the ground. Draw three momentum bar charts, one for the mouse, one for the car and one for the combined system showing how this could work. What is the speed of the mouse right after he jumps? State any equations that you use.

d) A mouse who weighs 40g is riding on a 0.25kg frictionless, motorless toy car. The car is
coasting at 0.3m/s when the mouse decides to jump off. The mouse wants to jump off so that the
car ends up not moving relative to the ground. Draw three momentum bar charts, one for the
mouse, one for the car and one for the combined system showing how this could work. What is
the speed of the mouse right after he jumps? State any equations that you use.

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