The following figure shows a pair of blocks on inclined surfaces that are joined by a light and inextensible rope that passes through a pulley, which can rotate on its axis without friction. In the event that there is movement, it is considered that the rope does not slide on the pulley. FTA FTB mA mB If the system is released from rest and there is no movement, that is, the blocks do not go up or down the inclined plane, we can ensure that: a) We need to know the rotational inertia of the pulley to give an answer. b) That the torque generated by the force FTA is smaller in magnitude than the torque generated by the force FTB On the pulley. c) That the torque generated by the force FTA is equal in magnitude to the torque generated by the force FTB g on the pulley. d) That the torque generated by the force FTA is greater in magnitude than the torque generated by the force FTB on the pulley.

The following figure shows a pair of blocks on inclined surfaces that are joined by a light and inextensible rope that passes through a pulley, which can rotate on its axis without friction. In the event that there is movement, it is considered that the rope does not slide on the pulley. FTA FTB mA mB If the system is released from rest and there is no movement, that is, the blocks do not go up or down the inclined plane, we can ensure that: a) We need to know the rotational inertia of the pulley to give an answer. b) That the torque generated by the force FTA is smaller in magnitude than the torque generated by the force FTB On the pulley. c) That the torque generated by the force FTA is equal in magnitude to the torque generated by the force FTB g on the pulley. d) That the torque generated by the force FTA is greater in magnitude than the torque generated by the force FTB on the pulley.