Describe Faraday's law of electromagnetic induction?
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There are Two laws of Faraday's
Faraday's law - The first law state that whenever there is a change in magnetic flux a current is induced in a conductor. which is directly proptional to rate of change in flux. It doesn't matter how the change in flux is brought about. The induced emf is subjected to change in flux.
2nd law gives a method to calculate induced emf. E.mf = ∆flux/t
Fulx = Area × Magnetic field × Cos theta
Faraday's law - The first law state that whenever there is a change in magnetic flux a current is induced in a conductor. which is directly proptional to rate of change in flux. It doesn't matter how the change in flux is brought about. The induced emf is subjected to change in flux.
2nd law gives a method to calculate induced emf. E.mf = ∆flux/t
Fulx = Area × Magnetic field × Cos theta
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HEY MATE HERE IS YOUR ANSWER:
1. E.M.I is due to change of magnetic lines of force cutting the coil.
2. E.M.F induced is proportional to the rate of change of magnetic lines of force.
HOPE IT HELPS
1. E.M.I is due to change of magnetic lines of force cutting the coil.
2. E.M.F induced is proportional to the rate of change of magnetic lines of force.
HOPE IT HELPS
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