Question

The image on the left represents a thick but hollow layer, like the shell of a orange -seen on the right with a piece cut to show its thickness- A volume that is like a thick shell has +200?C of electrical charge uniformly distributed in it. Within the hollow area within the shell, the electric flux will be _____ (POSITIVE, NEGATIVE, ZERO) for any Gaussian surface, so the electric field has size _ ( AS IF ALL THE CHARGE WERE IN THE CENTER OF THE SHELL, ZERO). Outside the shell, the electric flux is as if all charge were at the center of the shell for any Gaussian surface, so the electric field is _______ (AS IF ALL THE CHARGE WERE IN THE CENTER OF THE SHELL, ZERO).

          The image on the left represents a thick but hollow layer, like the shell of a orange -seen
on the right with a piece cut to show its thickness-

A volume that is like a thick shell has +200?C of electrical charge uniformly distributed in it.

Within the hollow area within the shell, the electric flux will be ___________ (POSITIVE, NEGATIVE, ZERO) for any Gaussian surface, so the electric field has size ___________ ( AS IF ALL THE CHARGE WERE IN THE CENTER OF THE SHELL, ZERO).

Outside the shell, the electric flux is as if all charge were at the center of the shell for any Gaussian surface, so the electric field is ___________ (AS IF ALL THE CHARGE WERE IN THE CENTER OF THE SHELL, ZERO).

The image on the left represents a thick but hollow layer, like the shell of a orange -seen
on the right with a piece cut to show its thickness-

A volume that is like a thick shell has +200?C of electrical charge uniformly distributed in it.

Within the hollow area within the shell, the electric flux will be (POSITIVE, NEGATIVE, ZERO) for any Gaussian surface, so the electric field has size ( AS IF ALL THE CHARGE WERE IN THE CENTER OF THE SHELL, ZERO).

Outside the shell, the electric flux is as if all charge were at the center of the shell for any Gaussian surface, so the electric field is (AS IF ALL THE CHARGE WERE IN THE CENTER OF THE SHELL, ZERO).

Added by Jasiet G.

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