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Two equations are given below: (A) int...

Two equations are given below:
(A) `int E. dA = (Q)/(epsilon_(0))`
(B) `int B. dA = 0`
They are

A

(A) ampere's law
(B) Gauss law for electricity

B

Gauss law for electric fields
(B) Gauss law for magnetic fields

C

(A) Faraday's law
(B) Gauss law for electric fields

D

Both (A) and (B) represents faraday's law

Text Solution

Verified by Experts

The correct Answer is:
b
(A) `int E. dA = (Q)/(E_(0))`
It is Gauss law of electrostatic fields
(B) `int B.dA = 0`
Because single pole of a magnet does not exist. So, it is gauss law for magnetic fields. Option (b) is correct
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