7 kg3 kg53°49°There is no friction in the system above except between the rope and the pulley sothat the rope does not slip on the pulley. The pulley is a uniform spherical shellwith a mass of 1.43 kg and radius of 12 cm, and the rope does not slip on thepulley. The system is released from rest. Use work-energy principles to determinehow much kinetic energy does the smaller mass have after moving d = 2.3 metersparallel to the ramp?K =

Let M1, M2, and M denote the masses of a large block, small block, and pulley respectively. Let I…

Answered: 7 kg 3 kg 49° 53° There is no friction…

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