Two masses hang on opposite ends of a rope suspended over a pulley. The pulley is restrained from rotatingand the two forces:FTA (the force of tension exerted by the rope on mass A) and " TB (the force of tensionexerted by the rope on mass B) are found to be equal in magnitude. If the pulley becomes free to rotate andthe system begins moving, the relationship between those forces becomesa.d.TATBb.e.=TBFa| 2 F|C.ТАTB

When the two masses hang on a pulley then in that case The tension force on mass A is FTA. The…

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