Physics, asked by HzFaraz4050, 5 months ago

A magnet is moved in the direction indicated by an arrow between two coils AB and CD as shown. What is the direction of induced current in each coil?

Answers

Answered by shivmanoj23
1

As the north pole of the magnet is moving away from the coil AB so according to the Lenz law the

the face of coil AB nearest to the North-pole will act like a south pole, So current in coil AB will

flow clockwise as seen from the B-side of the coil, Hence the direction of current in coil AB will be A and B.

Again the south pole of the magnet is moving if moving towards the coil CD. So to oppose the induced emf

the face of the coil near the S-pole will as S-pole, and the current in the coil as seen from the D side of the

a coil will be in an anticlockwise direction, therefore the current will from side D to C.

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