Why is the electrostatic field inside a conductor zero, despite the dimensions of an atom being of the order of an Angstrom, leading to large electric fields between the protons and electrons?

Question

Why is the electrostatic field inside a conductor zero, despite the dimensions of an atom being of the order of an Angstrom, leading to large electric fields between the protons and electrons?, The electric fields inside a conductor cancel each other out due to the movement of free electrons., The electrostatic field inside a conductor is shielded by the arrangement of atoms within the material., The excess charges on the surface of an isolated conductor distribute themselves in such a way that the net electric field inside the conductor becomes zero., The electrostatic field is unable to penetrate the inner structure of a conductor due to the repulsion between the excess charges and the interior atoms.

MARKS App · Accepted Answer

Correct Option is : (C) The excess charges on the surface of an isolated conductor distribute themselves in such a way that the net electric field inside the conductor becomes zero.

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