Assertion(A):If Gaussian surface does not enclose any charge then `vec(E)` at any point on the Gaussian surface must be zero.
Assertion(R ):No net charge is enclosed by Gaussians surface,so net flux passing through the surface is zero.

Options

A. Both `A` and `R` are true and `R` is the correct explanation of `A`
B. Both `A` and `R` are True but `R` is not the correct explanation of `A`.
C. `A` is true and `R` is false
D. `A` is false and `R` is true.

Answer

D

Explanation

If Gausian surface does not enclose any charge then `vec(E)` at any point on the Gaussian surface may be zero.