Question: ( 4 0 points ) As soon as the system is released from rest, the composite wheel W begins to rotate CW and weight B

(40 points) As soon as the system is released from rest, the composite wheel W begins to rotate CW and weight B starts to accelerate downwards. The coefficient of friction between A and the inclined floor is 0.2. Using the ENERGY METHODS, calculate the angular velocity of the wheel after block A has moved up by 3 meters up the slope. The mass moment of inertia of the wheel with respect to its center of mass is 12 kg .m2.
( 4 0 points ) As soon as the system is released

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