The electric field on the surface of a charged conductor is zero. This means tha

Question

The electric field on the surface of a charged conductor is zero. This means that The electric potential on the surface of the conductor is zero. The net charge on the conductor is zero. The surface of the conductor has a uniform curvature. The surface of the charged conductor is an equipotential surface. The electric field on the surface of a charged conductor is zero. This means that The electric potential on the surface of the conductor is zero. The net charge on the conductor is zero. The surface of the conductor has a uniform curvature. The surface of the charged conductor is an equipotential surface. The electric potential on the surface of the conductor is zero. The net charge on the conductor is zero. The surface of the conductor has a uniform curvature. The surface of the charged conductor is an equipotential surface. The electric potential on the surface of the conductor is zero.

Explanation / Answer

B) the surface is an equipotential surface

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