In a region, where electric potential is constant, the electric field will be

Question

In a region, where electric potential is constant, the electric field will be (A) constant (B) zero (C) varying inversely as the distance from the source (D) varying inversely as the square of distance from the source

Tardigrade Admin · Accepted Answer

Considering E = - (dV/dr) we find that E is zero when V is constant.

Q. In a region, where electric potential is constant, the electric field will be

constant

zero

varying inversely as the distance from the source

varying inversely as the square of distance from the source

Considering E = - $\frac{d V}{d r}$ we find that E is zero when V is constant.

Q. In a region, where electric potential is constant, the electric field will be

constant

zero

varying inversely as the distance from the source

varying inversely as the square of distance from the source

Considering E = - drdV​ we find that E is zero when V is constant.

Considering E = - $\frac{d V}{d r}$ we find that E is zero when V is constant.