Wonderful.
That did the trick my man, thank you very much. It seems as if I had forgotten definite integrals quite sadly.
Hope to see more people like you around, thanks again!
Hey, thanks! I'm going to be here for a while I believe, taking on a nuclear physics class and it's been a while since I've done physics.
Alright, so I know that
E*dA= (Qenc/(ε0*Volume(4/3∏R3))) * new volume(4/3∏r3)
for the limit integral of A to B.
Taking Qenc = Ze2 and dA = 4∏r2,
I get E...
Homework Statement
Derive equation below. It is the potential energy of an electron inside a nucleus assumed to be a uniformly charged sphere of R.
Homework Equations
V'(r) =( -Ze2/4∏ε0R)(3/2 - (1/2)(r/R)^2)
The Attempt at a Solution
So I understand that I need to find the
∫ from infinity...