Whenever a magnet is moved either towards or away from a conducting coil. An emf is induced the magnitude of which is independent of

Whenever a magnet is moved either towards or away from a conducting co

1.	Whenever a magnet is moved either towards or away from a conducting coil. An emf is induced the magnitude of which is independent of
Answer» NFO : A magnet is moved either towards or away from a conducting coil.To find : An EMF is induced the MAGNITUDE of which is independent of ....Solution : induced emf is the negative of rate of change in magnetic flux. i.e., ε = - dΦ/dt We know, magnetic flux, Φ = NBA so, ε = - d(NBA)/dt THEREFORE it is clear that, induced magnetic field depends on, number of turns magnetic field cross sectional area time But it is independent of RESISTANCE of coil. Therefore magnitude of induced emf is independent of resistance of coil.

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Whenever a magnet is moved either towards or away from a conducting coil. An emf is induced the magnitude of which is independent of

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