- #1
Faiq
- 348
- 16
I read on physics.stackexchange that using Gauss Law we can prove that the electric field strength increases as the radius increases inside a metallic conductor.
Later on the same website, I encountered a contradicting statement that claimed that inside a conductor, the charges aren't free to move hence a resultant force can't effect the charges inside, giving an electric field strength of 0. My question is which statement is correct?
Later on the same website, I encountered a contradicting statement that claimed that inside a conductor, the charges aren't free to move hence a resultant force can't effect the charges inside, giving an electric field strength of 0. My question is which statement is correct?