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3- A 2 kg block is hanging from a massless cord that is wrapped around a pulley I = 1.1 x 10^{-3} kg m^2, as the drawing shows. Initially the pulley is prevented from rotating and the block is stationary. Then, the pulley is allowing to rotate as the block falls. The cord does not slip relative to the pulley as the block falls. Assume that the radius of the cord around the pulley remains constant at a value of 0.040 m during the block's descent. a- Calculate the velocity of the block when descent 0.04 m b- Find the angular acceleration of the pulley c- Calculate the tension in the cord.

          3- A 2 kg block is hanging from a massless cord that is wrapped around a pulley I = 1.1 x 10^{-3} kg m^2, as the drawing shows. Initially the pulley is prevented from rotating and the block is stationary. Then, the pulley is allowing to rotate as the block falls. The cord does not slip relative to the pulley as the block falls. Assume that the radius of the cord around the pulley remains constant at a value of 0.040 m during the block's descent. a- Calculate the velocity of the block when descent 0.04 m b- Find the angular acceleration of the pulley c- Calculate the tension in the cord.

3- A 2 kg block is hanging from a massless cord that is wrapped around a pulley I = 1.1 x 10^-3 kg m^2, as the drawing shows. Initially the pulley is prevented from rotating and the block is stationary. Then, the pulley is allowing to rotate as the block falls. The cord does not slip relative to the pulley as the block falls. Assume that the radius of the cord around the pulley remains constant at a value of 0.040 m during the block's descent. a- Calculate the velocity of the block when descent 0.04 m b- Find the angular acceleration of the pulley c- Calculate the tension in the cord.

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