A loop of wire is moved through a region of uniform magnetic field. As it is mov

Question

A loop of wire is moved through a region of uniform magnetic field. As it is moved, its orientation with respect to the magnetic field direction does not change. The induced current at this time in the loop:

is zero

depends on the speed with which it is moved

depends on the magnitude of the field

depends on the shape of the loop

depends on the acceleration of the loop

is zero

depends on the speed with which it is moved

depends on the magnitude of the field

depends on the shape of the loop

depends on the acceleration of the loop

Explanation / Answer

Induced current is zero.

From faradays law induced emf = -d(phi)/dt = -d(ABcos(theta))/dt

Theres in no change in loop of the loop, B and theta also does not change.

so e =0,

from ohms law e =iR

induced current also zero

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