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Match each of the following collisions with its classification. Each option will be used once and only once. A 1360-kg car traveling north at 16 mph is struck by an 1890-kg pickup truck traveling northeast at 35 mph. They do not stick together afterwards, but extensive damage is done to both vehicles. A 23.5-gram bullet is fired at 335 m/s into a vat of orange Jell-O suspended from the ceiling, and gets stuck halfway through. (i) (iii) A 10-pound bowling ball rolls down the lane at 4.1 m/s and strikes one of the pins, which goes flying forward, hitting other pins; the bal continues on its way, its velocity very slightly altered. (iv)_A One electron (m= 0.511 MeV/c²) initially moving at 0.20c, approaches another electron, initially at rest, and comes to a stop. Meanwhile the second electron, repelled by the electric force of the first, continues forward at the first electron's original speed. (ii). (a) perfectly inelastic collision (b) (mostly) elastic collision (c) inelastic collision (d) perfectly elastic collision

Match each of the following collisions with its classification. Each option will be used once and only once. A 1360-kg car traveling north at 16 mph is struck by an 1890-kg pickup truck traveling northeast at 35 mph. They do not stick together afterwards, but extensive damage is done to both vehicles. A 23.5-gram bullet is fired at 335 m/s into a vat of orange Jell-O suspended from the ceiling, and gets stuck halfway through. (i) (iii) A 10-pound bowling ball rolls down the lane at 4.1 m/s and strikes one of the pins, which goes flying forward, hitting other pins; the bal continues on its way, its velocity very slightly altered. (iv)_A One electron (m= 0.511 MeV/c²) initially moving at 0.20c, approaches another electron, initially at rest, and comes to a stop. Meanwhile the second electron, repelled by the electric force of the first, continues forward at the first electron's original speed. (ii). (a) perfectly inelastic collision (b) (mostly) elastic collision (c) inelastic collision (d) perfectly elastic 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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10. Match each of the following collisions with its classification. Each option will be used once and only once. A 23.5-gram bullet is fired at 335 m/s into a vat of orange Jell-O suspended from the ceiling, and gets stuck halfway through. (i) _A 1360-kg car traveling north at 16 mph is (iii) struck by an 1890-kg pickup truck traveling northeast at 35 mph. They do not stick together afterwards, but extensive damage is done to both vehicles. A 10-pound bowling ball rolls down the lane at 4.1 m/s and strikes one of the pins, which goes flying forward, hitting other pins; the ball continues on its way, its velocity very slightly altered. (iv) . One electron (m = 0.511 MeV/c²) initially moving at 0.20c, approaches another electron, initially at rest, and comes to a stop. Meanwhile the second electron, repelled by the electric force of the first, continues forward at the first electron's original speed. (ii) (a) perfectly inelastic collision (b) (mostly) elastic collision (c) inelastic collision (d) perfectly elastic collision
Transcribed Image Text:10. Match each of the following collisions with its classification. Each option will be used once and only once. A 23.5-gram bullet is fired at 335 m/s into a vat of orange Jell-O suspended from the ceiling, and gets stuck halfway through. (i) _A 1360-kg car traveling north at 16 mph is (iii) struck by an 1890-kg pickup truck traveling northeast at 35 mph. They do not stick together afterwards, but extensive damage is done to both vehicles. A 10-pound bowling ball rolls down the lane at 4.1 m/s and strikes one of the pins, which goes flying forward, hitting other pins; the ball continues on its way, its velocity very slightly altered. (iv) . One electron (m = 0.511 MeV/c²) initially moving at 0.20c, approaches another electron, initially at rest, and comes to a stop. Meanwhile the second electron, repelled by the electric force of the first, continues forward at the first electron's original speed. (ii) (a) perfectly inelastic collision (b) (mostly) elastic collision (c) inelastic collision (d) perfectly elastic collision
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