A box, mass m, = 0.250 kg is tied to a rope wrapped around a pulley as shown onthe right. The pulley is essentially a disk with mass m, =1.00 kg and radius 4.00 cm.As the box falls, the rope unwinds without slipping and spins the pulley.a) Draw a free-body diagram for the pulley and box.mb) Write down Newton's second law appropriate for the pulley and box.c) Find the acceleration of the block.d) Find the tension in the rope.

Given data: The mass of the box is mA=0.25 kg. The mass of the pulley is mp=1.00 kg. The radius of…

Answered: A box, mass m, = 0.250 kg is tied to a…

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