A fullback with a mass of 108 kg and a velocity of 3.2m/s traveling due north collides with a defensive back with a mass of 79kg and a velocity of 5.6m/s traveling due south. a. What is the initial momentum of each player? b. What is the total momentum of the system (including both players) before the collision? c. If the players stick together after the collision and external forces on the players can be ignored, what direction will they be traveling immediately after they collide?
A fullback with a mass of 108 kg and a velocity of 3.2m/s traveling due north collides with a defensive back with a mass of 79kg and a velocity of 5.6m/s traveling due south. a. What is the initial momentum of each player? b. What is the total momentum of the system (including both players) before the collision? c. If the players stick together after the collision and external forces on the players can be ignored, what direction will they be traveling immediately after they collide?
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A fullback with a mass of 108 kg and a velocity of 3.2m/s traveling due
north collides with a defensive back with a mass of 79kg and a velocity of 5.6m/s
traveling due south.
a. What is the initial momentum of each player?
b. What is the total momentum of the system (including both players) before the
collision?
c. If the players stick together after the collision and external forces on the
players can be ignored, what direction will they be traveling immediately after they collide?
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