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A rotating cam operates a follower which moves in a straight line. The stroke of the follower is 20 mm and takes place in 0.01 second from rest to rest. The motion is made up of uniform acceleration for 1/4 of the time, uniform velocity for 1 2 of the time followed by uniform retardation. Find the maximum velocity reached and the value of acceleration and retardation.

Question-Answer › Category: Theory Of Machines › A rotating cam operates a follower which moves in a straight line. The stroke of the follower is 20 mm and takes place in 0.01 second from rest to rest. The motion is made up of uniform acceleration for 1/4 of the time, uniform velocity for 1 2 of the time followed by uniform retardation. Find the maximum velocity reached and the value of acceleration and retardation.
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John asked 4 months ago

A rotating cam operates a follower which moves in a straight line. The stroke of the follower is 20
mm and takes place in 0.01 second from rest to rest. The motion is made up of uniform acceleration
for 1/4 of the time, uniform velocity for ½of the time followed by uniform retardation. Find the
maximum velocity reached and the value of acceleration and retardation.

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