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

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

J & K CETJ & K CET 2018Electric Charges and Fields

Solution:

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, $\oint \vec{E} \cdot d \vec{A}=0$