A bar magnet is passing through a conducting loop of radius $R$ with velocity $v .$ The radius of the bar magnet is such that it just passes through the loop. The induced e.m.f. in the loop can be represented by the approximate curve:

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A bar magnet is passing through a conducting loop of radius R with velocity v . The radius of the bar magnet is such

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Correct answer: C.

As Magnet is approaching toward the loop magnetic flux increases and Rate of increment of flux also increases so emf increases with time

A bar magnet is passing through a conducting loop of radius R with velocity v . The radius of the bar magnet is such at this moment emf is maximum and negative

A bar magnet is passing through a conducting loop of radius R with velocity v . The radius of the bar magnet is such Magnet is in middle of coil, at this moment emf is equal to zero

A bar magnet is passing through a conducting loop of radius R with velocity v . The radius of the bar magnet is such Now again flux start changing however polarity of emf get reverse

A bar magnet is passing through a conducting loop of radius R with velocity v . The radius of the bar magnet is such At this moment emf is again maximum

A bar magnet is passing through a conducting loop of radius R with velocity v . The radius of the bar magnet is such emf again become zero

A bar magnet is passing through a conducting loop of radius R with velocity v . The radius of the bar magnet is such

A bar magnet is passing through a conducting loop of radius R with...

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