In pool glancing elastic collisions are normal. This producesdifferent angles required to sink a ball in a pocket. Consider onesuch shot, where the mass of the black ball is 0.156 kg and thewhite ball is 0.167 kg, and the white ball is hit with an initialvelocity of 3.75 m/s, and the black ball is a known distance fromthe corner pocket as shown. a. Assuming the black ball is sunk inthe corner pocket with a velocity of 2.50 m/s, what is the velocityof the white ball (magnitude and direction) (DO NOT ASSUME ELASTICCOLLISION) b. What percent of the total energy was lost in thiscollision?
In Pool Glancing Elastic Collisions Are Normal This Produces Different Angles Required To Sink A Ball In A Pocket Cons 1 (32.03 KiB) Viewed 10 times
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Homework 11 1. In pool glancing elastic collisions are normal. This produces different angles required to sink a ball in a pocket. Consider one such shot, where the mass of the black ball is 0.156 kg and the white ball is 0.167 kg, and the white ball is hit with an initial velocity of 3.75 m/s, and the black ball is a known distance from the corner pocket as shown. a. Assuming the black ball is sunk in the corner pocket with a velocity of 2.50 m/s, what is the velocity of the white ball (magnitude and direction) (DO NOT ASSUME ELASTIC COLLISION) b. What percent of the total energy was lost in this collision? 35 cm 15 cm
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