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Consider the head-on collision of two identical bowling balls, each with mass 7 kg (see figure). Ball A with velocity = < 5, 0, 0 m/s strikes ball B, which was at rest. Then ball A stops and ball B moves with the same velocity that ball A had initially. (a) Choose a system consisting only of ball A. What is the momentum change of the system during the collision? kg - m/s Apsystem = What is the momentum change of the surroundings? Ap surroundings = kg. m/s (b) Choose a system consisting only of ball B. What is the momentum change of the system during the collision? Apsystem = kg. m/s What is the momentum change of the surroundings? Ap surroundings = kg. m/s (c) Choose a system consisting of both balls. What is the momentum change of the system during the collision? Apsystem = kg. m/s What is the momentum change of the surroundings? Apsurroundings kg. m/s M M Initially at rest Initial state (before collision) Final state (after collision) M M Now at rest

Consider the head-on collision of two identical bowling balls, each with mass 7 kg (see figure). Ball A with velocity = < 5, 0, 0 m/s strikes ball B, which was at rest. Then ball A stops and ball B moves with the same velocity that ball A had initially. (a) Choose a system consisting only of ball A. What is the momentum change of the system during the collision? kg - m/s Apsystem = What is the momentum change of the surroundings? Ap surroundings = kg. m/s (b) Choose a system consisting only of ball B. What is the momentum change of the system during the collision? Apsystem = kg. m/s What is the momentum change of the surroundings? Ap surroundings = kg. m/s (c) Choose a system consisting of both balls. What is the momentum change of the system during the collision? Apsystem = kg. m/s What is the momentum change of the surroundings? Apsurroundings kg. m/s M M Initially at rest Initial state (before collision) Final state (after collision) M M Now at rest

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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Consider the head-on collision of two identical bowling balls, each with mass 7 kg (see figure). Ball A with velocity = < 5, 0, 0 m/s strikes ball B, which was at rest. Then ball A stops and ball B moves with the same velocity that ball A had initially. (a) Choose a system consisting only of ball A. What is the momentum change of the system during the collision? Ap system kg. m/s What is the momentum change of the surroundings? Ap surroundings = kg. m/s = (b) Choose a system consisting only of ball B. What is the momentum change of the system during the collision? Apsystem = kg. m/s What is the momentum change of the surroundings? Apsurroundings = kg. m/s (c) Choose a system consisting of both balls. What is the momentum change of the system during the collision? Apsystem = kg. m/s What is the momentum change of the surroundings? Apsurroundings = kg. m/s M A 7 M B Initially at rest Initial state (before collision) Final state (after collision) M M Now at rest B V
Transcribed Image Text:Consider the head-on collision of two identical bowling balls, each with mass 7 kg (see figure). Ball A with velocity = < 5, 0, 0 m/s strikes ball B, which was at rest. Then ball A stops and ball B moves with the same velocity that ball A had initially. (a) Choose a system consisting only of ball A. What is the momentum change of the system during the collision? Ap system kg. m/s What is the momentum change of the surroundings? Ap surroundings = kg. m/s = (b) Choose a system consisting only of ball B. What is the momentum change of the system during the collision? Apsystem = kg. m/s What is the momentum change of the surroundings? Apsurroundings = kg. m/s (c) Choose a system consisting of both balls. What is the momentum change of the system during the collision? Apsystem = kg. m/s What is the momentum change of the surroundings? Apsurroundings = kg. m/s M A 7 M B Initially at rest Initial state (before collision) Final state (after collision) M M Now at rest B V
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