1.

A drum of radius 0.6 m carrying the load A is rigidly attached to a pulley of radius 0.9 m carrying the load B as shown. At the time t=0, the load B moves with a velocity of 2 ms−1 (downward) and a constant acceleration of 3 ms−2 (downward). Over the time interval 0≤t≤2s, determine the number of revolutions executed by the pulley and the displacement of the load A.

Answer»

A drum of radius 0.6 m carrying the load A is rigidly attached to a pulley of radius 0.9 m carrying the load B as shown. At the time t=0, the load B moves with a velocity of 2 ms1 (downward) and a constant acceleration of 3 ms2 (downward). Over the time interval 0t2s, determine the number of revolutions executed by the pulley and the displacement of the load A.



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