A circular coil and a bar magnet placed nearby are made to move in same direction with constant velocity. The coil covers a distance of $1 m$ in $0.5 s$ and the magnet covers a distance of $2 m$ in $1 s$ . The emf induced in the coil is

zero

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1 V

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0.5 V

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cannot be determined

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Solution

The correct option is A zero
The relative velocity of the coil and the bar magnet is zero, so the EMF induced will be zero.

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A circular coil and a bar magnet placed nearby are made to move in same direction with constant velocity. The coil covers a distance of 1m in 0.5s and the magnet covers a distance of 2m in 1s. The emf induced in the coil is

The correct option is A zeroThe relative velocity of the coil and the bar magnet is zero, so the EMF induced will be zero.

A circular coil and a bar magnet placed nearby are made to move in same direction with constant velocity. The coil covers a distance of $1 m$ in $0.5 s$ and the magnet covers a distance of $2 m$ in $1 s$ . The emf induced in the coil is

The correct option is A zero
The relative velocity of the coil and the bar magnet is zero, so the EMF induced will be zero.