The net electric charge enclosed by a Gaussian surface of dipole is

Question

The net electric charge enclosed by a Gaussian surface of dipole is (A)  0 C  (B)  1 C  (C)  2 C  (D)  3 C

Tardigrade Admin · Accepted Answer

The net electric charge enclosed by a Gaussian surface of dipole is zero, as the number of lines coming out cancels with the number of lines going in So, oint vecE ⋅ d vecA=0

Q. The net electric charge enclosed by a Gaussian surface of dipole is

$0 C$

$1 C$

$2 C$

$3 C$

The net electric charge enclosed by a Gaussian surface of dipole is zero, as the number of lines coming out cancels with the number of lines going in
So, $\oint E \cdot d A = 0$