The block B, which can move freely in the horizontal direction, is at rest when it is struck by the ball A traveling at a velocity of 6m/s downward as shown. If e=0.6 between the A and B, determine the velocities of A and B just after impact. (Assume the plane of contact is parallel to the surface of the block at the point of impact.
The block B, which can move freely in the horizontal direction, is at rest when it is struck by the ball A traveling at a velocity of 6m/s downward as shown. If e=0.6 between the A and B, determine the velocities of A and B just after impact. (Assume the plane of contact is parallel to the surface of the block at the point of impact.
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14.61
The block B, which can move freely in the horizontal direction, is at rest when it is struck by the ball A traveling at a velocity of 6m/s downward as shown. If e=0.6 between the A and B, determine the velocities of A and B just after impact. (Assume the plane of contact is parallel to the surface of the block at the point of impact.)
Transcribed Image Text:B which is at rest as shown. If e = 0.65 between A and B, determine the velocity
of each sphere just after the impact.
A61 The block B, which can move freely in the horizontal direction, is at rest
un it is struck by a ball A traveling with a velocity of 6 m/s as shown. If
06 between A and B, determine the velocities of A and B just after the impact.
6 m/s
3 kg
160 mm
8.5 m/s
lock
the
2 kg (A
180 mm
300 mm
nent
8 kg
В
4 kg
30°
17 m/s
Fig. P14.62*
Fig. P14.61
14.62* If e
0.7 between the disks A and B as shown, determine the velocities
of A and B just after the impact.
14.63 A steel ball A is dropped from rest in the position shown. The ball strikes
ohounds from R and barely clears the wall C as shown.
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