In a conductor, vast numbers of electrons can flow freely. If a number of
electrons are transmitted to a conductor, they will quickly distribute
themselves across the conductor so that the forces between them cancel each
other out. As a result, the electric field within a conductor will be zero. For
instance, in the case of a metal sphere, electrons will distribute themselves
evenly so that there is a charge on the surface of the sphere, not within the
sphere.
Video Lessons and 10 Fully Explained Grand Tests
Large number of solved practice MCQ with explanations. Video Lessons and 10 Fully explained Grand/Full Tests.