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Unformatted text preview: 1. Find the velocity of the ball after impact. 2. Find the angle that the velocity vector makes with the vertical after impact. A B C D Side view Top view 45 o 30 m/s Problem 3 In this problem we have three balls A, B and Q on a pool table in the positions shown below. You are asked to plan how to sink ball A in the corner pocket in the lower left corner of the figure. You shall consider two scenarios: 1. The cue ball (Q) hits ball B, ball B hits ball A, ball A goes into the pocket. 2. The cue ball hits ball B, the cue ball hits ball A, ball A goes into the pocket. In each case, show the path taken by each ball, the exact position of the balls during each impact, and the velocity vectors before and after each impact. Q A B Q A B...
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- Spring '08
- Acceleration, Velocity, ball, cue ball, smooth inclined concrete