The cue ball hits the "8" ball in a head-on collision. The cue ball is moving at a speed of 4.23 m/s before collision while the "8" ball is at rest. What is the speed of the "8" ball after collision? Assume the billard balls are identical and there is no loss in kinetic energy due to collision. (round off your answer to 1 decimal place)
The cue ball hits the "8" ball in a head-on collision. The cue ball is moving at a speed of 4.23 m/s before collision while the "8" ball is at rest. What is the speed of the "8" ball after collision? Assume the billard balls are identical and there is no loss in kinetic energy due to collision. (round off your answer to 1 decimal place)
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What is the speed of the "8" ball after collision?
Transcribed Image Text:Question 30
The cue ball hits the "8" ball in a head-on collision. The
cue ball is moving at a speed of 4.23 m/s before collision
while the "8" ball is at rest. What is the speed of the "8"
ball after collision? Assume the billard balls are identical
and there is no loss in kinetic energy due to collision.
(round off your answer to 1 decimal place)
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