A rolling white billiard ball strikes a stationary black billiard ball. If the white billiard ball continues to move in the same direction after it strikes the black billiard ball, which best describes the black billiard ball's momentum just after the collision? A. Nothing can be determined regarding the black billiard ball's momentum just after the collision. There is too little information.   B. The black billiard ball's momentum just after the collision is equal to the white billiard ball's momentum just before the collision.   C. The black billiard ball's momentum just after the collision is less than the white billiard ball's initial momentum. Both billiard balls are moving in the same direction after the collision.   D. The black billiard ball's speed after the collision is less than the white billiard ball's initial speed, but direction cannot be determined.

College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
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Chapter1: Units, Trigonometry. And Vectors
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A rolling white billiard ball strikes a stationary black billiard ball. If the white billiard ball continues to move in the same direction after it strikes the black billiard ball, which best describes the black billiard ball's momentum just after the collision?

A. Nothing can be determined regarding the black billiard ball's momentum just after the collision. There is too little information.
 
B. The black billiard ball's momentum just after the collision is equal to the white billiard ball's momentum just before the collision.
 
C. The black billiard ball's momentum just after the collision is less than the white billiard ball's initial momentum. Both billiard balls are moving in the same direction after the collision.
 
D. The black billiard ball's speed after the collision is less than the white billiard ball's initial speed, but direction cannot be determined.
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