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** 26. Two football players are running along perpendicular paths. The masses and velocities are given in the figure at left. The small one tackles the larger one at the point represented by y P the origin of the coordinate system and the two stick together, sliding in the mud along the line marked P. The coefficient of friction between the players and the mud is 0.20. You may assume that the force exerted by the ground on the players' cleats is negligible compared to the huge force they exert on each other. Find: M= 100 kg VM=4 m/s a) The total momentum of the system before the collision (magnitude and direction). Vm =6 m/s b) The final momentum of the system just after the collision (magnitude and direction). c) The final velocity of the players (magnitude and direction). m = 50 kg d) The kinetic energy of the system just after the collision. e) The distance the players slide before coming to rest.

** 26. Two football players are running along perpendicular paths. The masses and velocities are given in the figure at left. The small one tackles the larger one at the point represented by y P the origin of the coordinate system and the two stick together, sliding in the mud along the line marked P. The coefficient of friction between the players and the mud is 0.20. You may assume that the force exerted by the ground on the players' cleats is negligible compared to the huge force they exert on each other. Find: M= 100 kg VM=4 m/s a) The total momentum of the system before the collision (magnitude and direction). Vm =6 m/s b) The final momentum of the system just after the collision (magnitude and direction). c) The final velocity of the players (magnitude and direction). m = 50 kg d) The kinetic energy of the system just after the collision. e) The distance the players slide before coming to 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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** 26. Two football players are running along perpendicular paths. The masses and velocities are given in the figure at left. The small one tackles the larger one at the point represented by y P the origin of the coordinate system and the two stick together, sliding in the mud along the line marked P. The coefficient of friction between the players and the mud is 0.20. You may assume that the force exerted by the ground on the players' cleats is negligible compared to the huge force they exert on each other. Find: M= 100 kg VM=4 m/s a) The total momentum of the system before the collision (magnitude and direction). Vm =6 m/s b) The final momentum of the system just after the collision (magnitude and direction). c) The final velocity of the players (magnitude and direction). m = 50 kg d) The kinetic energy of the system just after the collision. e) The distance the players slide before coming to rest.
Transcribed Image Text:** 26. Two football players are running along perpendicular paths. The masses and velocities are given in the figure at left. The small one tackles the larger one at the point represented by y P the origin of the coordinate system and the two stick together, sliding in the mud along the line marked P. The coefficient of friction between the players and the mud is 0.20. You may assume that the force exerted by the ground on the players' cleats is negligible compared to the huge force they exert on each other. Find: M= 100 kg VM=4 m/s a) The total momentum of the system before the collision (magnitude and direction). Vm =6 m/s b) The final momentum of the system just after the collision (magnitude and direction). c) The final velocity of the players (magnitude and direction). m = 50 kg d) The kinetic energy of the system just after the collision. e) The distance the players slide before coming to rest.
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