The normal to the plane of a single-turn conducting loop is directed at an angle $θ$ to a spatially uniform magnetic field $B$ . It has a fixed area and orientation relative to the magnetic field. Show that the emf induced in the loop is given by $ε = (d B / d t) (A cos θ),$ where $A$ is the area of the loop.

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The normal to the plane of a single-turn conducting loop is directed at an angle

θ

to a spatially uniform magnetic field

B

. It has a fixed area and orientation relative to the magnetic field. Show that the emf induced in the loop is given by

ε = (d B / d t) (A cos θ),

where

A

is the area of the loop.

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Question Text	The normal to the plane of a single-turn conducting loop is directed at an angle $θ$ to a spatially uniform magnetic field $B$ . It has a fixed area and orientation relative to the magnetic field. Show that the emf induced in the loop is given by $ε = (d B / d t) (A cos θ),$ where $A$ is the area of the loop.
Topic	All topics
Subject	Physics
Class	Class 11

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