Why?daniel69 said:C. evenly distributed
More specifically, the electric field inside a charged conductor must be zero and therefore all the net charge must lie on the surface.daniel69 said:because the particle is now negatively charged so as a whole it should be charged negatively which i think would be done by an evenly distribution of electrons
Electrons on a charged metal sphere are constantly moving and do not have a fixed location. They are spread evenly throughout the surface of the sphere.
Yes, electrons on a charged metal sphere are repelled by the same charge and therefore reside on the outer surface of the sphere. This is known as the Faraday cage effect.
The number of electrons on a charged metal sphere directly affects its charge. The more electrons present, the higher the negative charge of the sphere will be.
Yes, electrons can be removed or added to a charged metal sphere through various methods such as rubbing or induction. This can change the overall charge of the sphere.
The shape of a metal sphere does not affect the distribution of electrons on its surface. As long as the surface is smooth and conductive, the electrons will be evenly distributed.