One more thing, ## \frac{1}{e^{E_s/kT}-1} ## asymptotes with the x axis, so if this is the average occupancy of a state won't all states be occupied since the function never equals 0
My undersanding was that ##\frac{8\pi \nu^2}{c^3}## was the possible number of states of a certain frequency and that ##h\nu## multiplied by the bose-einstien factor was the quantum equivalent to KT the average energy since that is what it approximates too. Is this wrong?
I have been trying to understand the role of a cavity as a black body radiator in the derivation of planks black body radiation law but it has left me with 5 main questions:
1. If an object is a perfect absorber it must also be a perfect emitter, meaning that (allowing for a cavity not being a...
I'm from the uk so its sixth form for me not High School. I'm studying Maths, Further maths, Physics and Chemistry and I'm looking forward to being part of this community :)))))))))))))))))))))))))))))))))))))))))))