As one penetrates uniformly charged conducting sphere, what happens to the electric field strength?

Question

As one penetrates uniformly charged conducting sphere, what happens to the electric field strength? (A) Decreases inversely as the square of the distance (B) Decreases inversely as the distance (C) Becomes zero (D) Increases inversely as the square of distance.

Tardigrade Admin · Accepted Answer

Electric field inside the conducting charged sphere is zero everywhere.

Q. As one penetrates uniformly charged conducting sphere, what happens to the electric field strength?

Decreases inversely as the square of the distance

Decreases inversely as the distance

Becomes zero

Increases inversely as the square of distance.

Electric field inside the conducting charged sphere is zero everywhere.