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A rod of mass m is lying on a rail as shown in figure. Initially the rod is at rest . Length of rod is l and resis†an ce in the circuit is R. If a cons†an t force F is applied on the rod , find expression for velocity of rod as a function of time

Answer» A rod of mass m is lying on a rail as shown in figure. Initially the rod is at rest . Length of rod is l and resis†an ce in the circuit is R. If a cons†an t force F is applied on the rod , find expression for velocity of rod as a function of time


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