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the picture provides a view of this elastic collision. Two identical balls are traveling toward each other with velocities of - 4.2m / s (ball A) and 6.8m / s (ball B), and they experience an elastic head-on collisionObtain the velocities (magnitude and direction) of (a) ball A and (b) ball B after the collision

the picture provides a view of this elastic collision. Two identical balls are traveling toward each other with velocities of - 4.2m / s (ball A) and 6.8m / s (ball B), and they experience an elastic head-on collisionObtain the velocities (magnitude and direction) of (a) ball A and (b) ball B after the collision

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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the picture provides a view of this elastic collision. Two identical balls are traveling toward each other with velocities of - 4.2m / s (ball A) and 6.8m / s (ball B), and they experience an elastic head-on collisionObtain the velocities (magnitude and direction) of (a) ball A and (b) ball B after the collision

# Collisions in One Dimension ## Ball 1 - **Current velocity, m/s:** -5.0 - **Momentum, kg*m/s:** -25.0 - **Kinetic energy, J:** 62.5 ## Ball 2 - **Current velocity, m/s:** 5.0 - **Momentum, kg*m/s:** 25.0 - **Kinetic energy, J:** 62.5 ### Total Values - **Total momentum, kg*m/s:** 0.0 - **Total kinetic energy, J:** 125.0 ### Diagram Explanation The diagram depicts a red ball on the left and a blue ball on the right, suggesting an impending collision in one dimension. The green "X" indicates the collision point. ### Adjustable Parameters #### Ball 1 - **Mass of ball 1, kg:** 5.0 (Adjustable from 1 to 10) - **Initial velocity of ball 1, m/s:** 5.0 (Adjustable from 1 to 10) #### Ball 2 - **Mass of ball 2, kg:** 5.0 (Adjustable from 1 to 25) - **Initial velocity of ball 2, m/s:** -5.0 (Adjustable from 0 to -10) #### Elasticity of the Collision - **Elasticity coefficient:** 1.0 (Adjustable from 0 to 2) ### Additional Tools - **Concept Questions** - **Notes** - **Audio Intro** ### Controls Playback and other interactive controls are available at the bottom of the educational module: - Play - Pause - Step backward - Step forward This simulation allows users to explore the principles of one-dimensional collisions by adjusting various parameters and observing the resulting changes in momentum and kinetic energy.
Transcribed Image Text:# Collisions in One Dimension ## Ball 1 - **Current velocity, m/s:** -5.0 - **Momentum, kg*m/s:** -25.0 - **Kinetic energy, J:** 62.5 ## Ball 2 - **Current velocity, m/s:** 5.0 - **Momentum, kg*m/s:** 25.0 - **Kinetic energy, J:** 62.5 ### Total Values - **Total momentum, kg*m/s:** 0.0 - **Total kinetic energy, J:** 125.0 ### Diagram Explanation The diagram depicts a red ball on the left and a blue ball on the right, suggesting an impending collision in one dimension. The green "X" indicates the collision point. ### Adjustable Parameters #### Ball 1 - **Mass of ball 1, kg:** 5.0 (Adjustable from 1 to 10) - **Initial velocity of ball 1, m/s:** 5.0 (Adjustable from 1 to 10) #### Ball 2 - **Mass of ball 2, kg:** 5.0 (Adjustable from 1 to 25) - **Initial velocity of ball 2, m/s:** -5.0 (Adjustable from 0 to -10) #### Elasticity of the Collision - **Elasticity coefficient:** 1.0 (Adjustable from 0 to 2) ### Additional Tools - **Concept Questions** - **Notes** - **Audio Intro** ### Controls Playback and other interactive controls are available at the bottom of the educational module: - Play - Pause - Step backward - Step forward This simulation allows users to explore the principles of one-dimensional collisions by adjusting various parameters and observing the resulting changes in momentum and kinetic energy.
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