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1) For what collision(s) is momentum conserved. Use your answer in the calculations to support your answer.   2) For what collision(s) is the kinetic energy conserved. Use your answers in the calculations to support your answer.

1) For what collision(s) is momentum conserved. Use your answer in the calculations to support your answer.   2) For what collision(s) is the kinetic energy conserved. Use your answers in the calculations to support your answer.

College Physics
College Physics
10th Edition
ISBN:9781285737027
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter6: Momentum And Collisions
Section: Chapter Questions
Problem 55AP: A 2.0-g particle moving at 8.0 m/s makes a perfectly elastic head-on collision with a resting 1.0-g...
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1) For what collision(s) is momentum conserved. Use your answer in the calculations to support your answer.

 

2) For what collision(s) is the kinetic energy conserved. Use your answers in the calculations to support your answer.

Perfect Inelastic Collision: Part One Part Two 50kg m/s 50kg m/s 10kg m/s 10kg m/s Initial Momentum Final Momentum Initial Kinetic Energy Final Kinetic Energy Change in Kinetic Energy 190 J 190 J 156.25 J 6.25 J -33.75J -183.75J
Transcribed Image Text:Perfect Inelastic Collision: Part One Part Two 50kg m/s 50kg m/s 10kg m/s 10kg m/s Initial Momentum Final Momentum Initial Kinetic Energy Final Kinetic Energy Change in Kinetic Energy 190 J 190 J 156.25 J 6.25 J -33.75J -183.75J
Inelastic Collision: Part One Part Two 50kg m/s 50kg m/s 10kg m/s 10kg m/s Initial Momentum Final Momentum Initial Kinetic Energy 190 J 190 J Final Kinetic Energy 164.69 J 52.19 J Change in Kinetic Energy -25.31J -137.81J Elastic Collision: Part One Part Two 50kg m/s 50kg m/s 10kg m/s 10kg m/s Initial Momentum Final Momentum Initial Kinetic Energy 190 J 190 J Final Kinetic Energy 190 J 190 J Change in Kinetic Energy O J O J
Transcribed Image Text:Inelastic Collision: Part One Part Two 50kg m/s 50kg m/s 10kg m/s 10kg m/s Initial Momentum Final Momentum Initial Kinetic Energy 190 J 190 J Final Kinetic Energy 164.69 J 52.19 J Change in Kinetic Energy -25.31J -137.81J Elastic Collision: Part One Part Two 50kg m/s 50kg m/s 10kg m/s 10kg m/s Initial Momentum Final Momentum Initial Kinetic Energy 190 J 190 J Final Kinetic Energy 190 J 190 J Change in Kinetic Energy O J O J
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