Question

What happens to the net flux through the surface if the sphere is enlarged in radius?

What happens to the Electric Field at the surface if the sphere is enlarged in radius?

What happens to the net flux through the surface if the magnitude of charge is increased?

What happens to the Electric Field at the surface if the magnitude of charge is increased?

What happens to the net flux through the sphere if the charge is moved to a different location in the sphere.

What happens to the Electric Field at the surface if the charge is moved to a different location in the sphere.

What happens to the net flux through the sphere if the charge is moved outside it.

What happens to the Electric Field at the surface if the charge is moved outside it.

What happens to the net flux if the sphere is changed to a cuboid?

What happens to the Electric Field at the surface if the sphere is changed to a cuboid?

Answer Choices for all:

A.	Remains constant
C.	Increases
D.	Decreases
E.	Becomes zero
F.	Becomes non-uniform

Answer 1

Solution in the uploaded image