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An infinitesimally small bar magnet of dipole moment Pm is pointing and moving with the speed v in the x–direction. A small closed circular conducting loop of radius a and negligible self–inductance lies in the y–z plane with its centre at x = 0, and its axis coinciding with the x–axis. The resistance of the loop is R. Assume that the distance x of the magnet from the centre of the loop is much greater than a. The force opposing the motion is ∝1xy. Value of y is ___ |
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Answer» An infinitesimally small bar magnet of dipole moment Pm is pointing and moving with the speed v in the x–direction. A small closed circular conducting loop of radius a and negligible self–inductance lies in the y–z plane with its centre at x = 0, and its axis coinciding with the x–axis. The resistance of the loop is R. Assume that the distance x of the magnet from the centre of the loop is much greater than a. The force opposing the motion is ∝1xy. Value of y is |
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