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in an experiment of moving a magnet towards a coil when the coil is kept stationary with respect to the magnet the deflection of the galvanometer drops to zero. what do you conclude from this experiment.
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Explanation:
When the coil and the magnet are both stationary, there is no deflection in the galvanometer. It is, thus, clear from this activity that motion of a magnet with respect to the coil produces an induced potential difference, which sets up an induced electric current in the circuit.
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