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A plane rectangular loop is placed in a ...

A plane rectangular loop is placed in a magnetic field. The emf induced in the loop due to this field is `epsilon_(1)` whose maximum value is `epsilon_(im)`. The loop was pulled out of the magnetic field at a variable velocity. Assume that `vec(B)` is uniform and constant `epsilon_(1)` is plotted against t as shown in the graph.
Which of the following are/is correct statement(s):

A

`epsi_(im)` is independent of rate of removal of coil from the field.

B

The total charge that passes through any point of the loop in the process of complete removal of the loop does not depend on velocity of removal.

C

The total area under the curve (`epsi_(i)`vs t) is independent of rate of removal of coil from the field.

D

The area under the curve is dependent on the rate of removal of the coil.

Text Solution

Verified by Experts

The correct Answer is:
B, C
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