In the expression of Gauss's Law.
$\int\vec E.\vec{ds}=q/ε_0$
(B) The electric field on LHS is only due to the charges inside the Gaussian surface.
(B) The electric field on LHS is due to charges inside and outside the Gaussain surface.
(C) The electric charge on RHS represents all the charges inside and outside the Gaussian surface.
(D) The electric charges on RHS represent only the charges outside the Gaussian surface.
Choose the correct answer from the options given below:
Answer & explanation
Correct answer: option 2
The correct answer is Option (2) → (B) only
The flux depends on the total field at the surface (due to both inside and outside charges), but Gauss's Law relates it only to the charges enclosed inside.