When the north pole of a magnet is moved into a coil the direction of the induced current in the coil as seen from the magnet side is _________.

clockwise

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anticlockwise

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depends on the speed of the magnet

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None of these

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Solution

The correct option is B anticlockwise
When Magnet moves with its North pole towards the coil, emf is induced in the coil as the magnetic flux through the coil changes. So, when seeing from magnet side the direction of induced current appears to be Anticlockwise.
Therefore, B is the correct option.

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When the north pole of a magnet is moved into a coil the direction of the induced current in the coil as seen from the magnet side is _________.

The correct option is B anticlockwiseWhen Magnet moves with its North pole towards the coil, emf is induced in the coil as the magnetic flux through the coil changes. So, when seeing from magnet side the direction of induced current appears to be Anticlockwise.Therefore, B is the correct option.

The correct option is B anticlockwise
When Magnet moves with its North pole towards the coil, emf is induced in the coil as the magnetic flux through the coil changes. So, when seeing from magnet side the direction of induced current appears to be Anticlockwise.
Therefore, B is the correct option.