- #1
physicsjock
- 89
- 0
Hey,
I just wanted to double check if what I am thinking is correct.
Say you have a spherical shell of inner radius R1, and outer radius R2, which is made of a perfect conductor carrying a charge q1.
E=0 inside (r<R1) (and also between R1<r<R2 but not worried about that)
So the potential inside the shell is constant.
Now, say there is another charge centered inside the shell,
Is it correct to think that the charge remains in its position as the potential inside the shell is constant?
So if you were to bump the charge slightly (very slightly so its barely moving) it would simply move in the direction it was pushed at a constant velocity? And this is because the potential is constant within the shell so there is no other force acting on the charge?
Thanks in advance,
I just wanted to double check if what I am thinking is correct.
Say you have a spherical shell of inner radius R1, and outer radius R2, which is made of a perfect conductor carrying a charge q1.
E=0 inside (r<R1) (and also between R1<r<R2 but not worried about that)
So the potential inside the shell is constant.
Now, say there is another charge centered inside the shell,
Is it correct to think that the charge remains in its position as the potential inside the shell is constant?
So if you were to bump the charge slightly (very slightly so its barely moving) it would simply move in the direction it was pushed at a constant velocity? And this is because the potential is constant within the shell so there is no other force acting on the charge?
Thanks in advance,