Recent content by bertholf07

Nope no EMF

The Question Reads: Discuss the propertoes of an alternating electromotive force with an angular frequency of 200 radians per seconf applied across to large circular plates of radius 0.10 m separated by a distance of 0.01m. Describe the electric field E(t) between the plates assuming no charges...

We were given a question to produce a RC circuit. I can do those just fine. Now we don't have to actually produce a RLC circuit. My professor asked us this question "What is the analogous problem when we take instead of capacitors either resistors or inductor? Describe in words the changes in...

Yes it does that a section on energy density I have read over it a few times just could not figure it out. I believe I will be able to figure it out from there Thanks a lot

Ok we are given that it deals with the classical hydrogen atom and it has a single electron fixed in orbit aroudn the proton with the bohr radius which is 5.29E-11m. We were told to find the Electrical Force, The Gravitational Force, The ratio of those forces, The velocity of the electron, The...

Does anyone know how to calculate Electric Field Energy?

If you do not feel like deriving Gauss's Law for this example I know that there are three different equations for that problem. My professor always made us derive Gauss's Law so I do not know them off hand. But they would be for when r < R , r > R, and r = R. You should be able to find thme on...

If you know any form or somewhat idea of the equation to calculate it that would be helpfull too I have been searching the interenet for hours trying to figure this out

Cannot Figure This Out? How would I calculate the total electric field energy assuming that an electron and a proton have a radius of 1.00e-15 "This is a hydrogen Bohr Atom as well"

Thanks for your help Warren greatly appreciated

so how about this if n1=2 n2=8 n3=12

No the frog would be completely comfortable just like floating on water

ok let me try

No I don't follow can you give me an example

When a frog is place in the diverging magnetic field near the top end of a vertical current-carrying solenoid, every atom in the frog is repelled upward, away from the region of stronger magnetic field at the end of the solenoid. The frogn moved upward into weaker and weaker magentic field until...