A loop of area is placed in a magnetic field such that the plane of the loop is…

PHYSICS · Single correct · CBSE · Physics · Electromagnetic Induction · Electromagnetic Induction

Problem

A loop of area

1\text{ m}^2

is placed in a magnetic field

B=2\text{ T}

such that the plane of the loop is parallel to the magnetic field. If the loop is rotated by

180^\circ

, the net charge passing through any point of the loop, whose resistance is

10\,\Omega

, is (a)

0.4\text{ C}

(b)

0.2\text{ C}

(c)

0.8\text{ C}

(d)

0\text{ C}