e load L and the corresponding angular velocity ? and angular acceleration ? of the double pulley. Pulley 1: ? 1 = 0 rad/sec, ? 1 = 0 rad/sec2 Pulley 2: ? 2 = 2 rad/sec, ? 1 = 2 rad/sec
e load L and the corresponding angular velocity ? and angular acceleration ? of the double pulley. Pulley 1: ? 1 = 0 rad/sec, ? 1 = 0 rad/sec2 Pulley 2: ? 2 = 2 rad/sec, ? 1 = 2 rad/sec
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The load L is being hoisted by the pulley and cable arrangement
shown. Each cable is wrapped securely around its respective pulley
so it does not slip. The two pulleys to which L is attached are
fastened together to form a single rigid body. Calculate the velocity
and acceleration of the load L and the corresponding angular
velocity ? and angular acceleration ? of the double pulley.
Pulley 1: ? 1 = 0 rad/sec, ? 1 = 0 rad/sec2
Pulley 2: ? 2 = 2 rad/sec, ? 1 = 2 rad/sec
Transcribed Image Text:2. The load L is being hoisted by the pulley and cable arrangement
shown. Each cable is wrapped securely around its respective pulley
so it does not slip. The two pulleys to which L is attached are
= 4".
fastened together to form a single rigid body. Calculate the velocity
and acceleration of the load L and the corresponding angular
velocity w and angular acceleration a of the double pulley.
Pulley 1: w 1 = 0 rad/sec, a 1 = 0 rad/sec?
Pulley 2: w 2 = 2 rad/sec, a 1 = 2 rad/sec
@ 2 = 4"
B
4"
8"
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