a coil having 5000 square loops of side 10 cm is placed normal to magnetic field which increases at a rate of 1T/s.the induced emf is

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Adarsh · Answer

Induced emf = d(flux)/dt => N.A.dB/dt = 5000.100/10000 x 1 = 50v .. .. .. .. .. Hope this will help you …......

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a coil having 5000 square loops of side 10 cm is placed normal to magnetic field which increases at a rate of 1T/s.the induced emf is

a coil having 5000 square loops of side 10 cm is placed normal to magnetic field which increases at a rate of 1T/s.the induced emf is

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a coil having 5000 square loops of side 10 cm is placed normal to magnetic field which increases at a rate of 1T/s.the induced emf is

a coil having 5000 square loops of side 10 cm is placed normal to magnetic field which increases at a rate of 1T/s.the induced emf is

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