Electrial flux depicts the area integral of electrical field while magnetic field circulation depicts line integral of magnetic field.

True

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False

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Solution

The correct option is A True

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Q. Electrial flux depicts the area integral of electrical field while magnetic field circulation depicts line integral of magnetic field.

Q. Assertion :An electric field

\to E

is induced in a closed loop where magnetic flux is varied.The induced

\to E

is not a conservative field Reason: The line integral

\to E . \to d l

around the closed loop is nonzero

Figure shows three regions of magnetic field, each of area A, and in each region magnitude of the field decreases at a constant rate $‘ α^{'}$ . If $\to E$ is induced electric field then value of line integral $\oint \to E . d \to r$ along the given loop is equal to

Q. Pick correct statements from among the following :
a) Electric field and magnetic field are basically independent
b) Electric field and magnetic field are to aspects of the electromagnetic field
c) Electric field and magnetic field may be produced by charge at rest
d) A moving charge produces both electric and magnetic fields

In electromagnetic induction, line integral of induced field E around a close path is __________, induced electric field is ___________.

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