A motor is used to turn the pulley A which is connected to the wheel B by a tran

Question

A motor is used to turn the pulley A which is connected to the wheel B by a transmission belt. The system starts from rest. The motor begins to rotate the pulley A with a constant angular acceleration 2.1 rad/s2. Assume the transmission belt does not slip on the pulley or the wheel.

The angular acceleration of pulley B is .6659 rad/s^2

A motor is used to turn the pulley A which is connected to the wheel B by a transmission belt. The system starts from rest. The motor begins to rotate the pulley A with a constant angular acceleration 2.1 rad/s2. Assume the transmission belt does not slip on the pulley or the wheel.

The angular acceleration of pulley B is .6659 rad/s^2

A motor is used to turn the pulley A which is connected to the wheel B by a transmission belt. The system starts from rest. The motor begins to rotate the pulley A with a constant angular acceleration 2.1 rad/s2. Assume the transmission belt does not slip on the pulley or the wheel. The angular acceleration of pulley B is .6659 rad/s^2 Description Answer Chk History Determine the linear speed of point P after wheel B has turned one revolution. (include units with answer)

Explanation / Answer

I revolution = 6.283 radians

hence it takes 3.62 s for one revelation

so the spped of the wheel at fouth second will be = 2.6636 rad/s

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