The 2 kg block A is released from the top of the circular track of radius R = 4
ID: 1320965 • Letter: T
Question
The 2 kg block A is released from the top of the circular track of radius R = 4 m as shown. It slides down the circular track, then strikes block B of 4 kg resting on the horizontal track. If the coefficient of restitution for the collision between blocks A and B is e = 0.8 , determine the distance that block B travels up the slope of 15?. Assume that the friction between the blocks and the all segments of the track can be neglected
The 2 kg block A is released from the top of the circular track of radius R = 4 m as shown. It slides down the circular track, then strikes block B of 4 kg resting on the horizontal track. If the coefficient of restitution for the collision between blocks A and B is e = 0.8 , determine the distance that block B travels up the slope of 15 1/2. Assume that the friction between the blocks and the all segments of the track can be neglectedExplanation / Answer
The 2 kg block A is released from the top of the circular track
radius R = 4 m
the coefficient of restitution for the collision between blocks A and B is e = 0.8
B travels up the slope of 15
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