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Consider a gas of N identical spin-0 bosons confined by an isotropic three-dimensional harmonic oscillator potential. The energy levels in this potential are e=nhf, where n is any nonnegative integer and f is the classical oscillation frequency. The degeneracy of level n is (n+1)(n+2)/2.


(a) Find a formula for the density of states, g(e), for an atom confined by this potential.

(b) Find a formula for the condensation temperature of this system in terms of the oscillation frequency f.

(c) This potential effectively confines particles inside a volume of roughly the cube of the oscillation amplitude. The oscillation amplitude, in turn, can be estimated by setting the particle's total energy (of order kT) equal to the potential energy of the "spring". Making these associations, and neglecting all factors of 2 and pi and so on, show that your answer to part (b) is roughly equivalent to the formula for the condensation temperature of bosons confined inside a box with rigid walls.

2006-06-11 20:19:27 · 5 answers · asked by Anonymous in Science & Mathematics Physics

5 answers

I'm not one for equations,but I do know if you take a carton of beer,chill it to 2deg C,get some snacks and relax,the universe will open up to you!!!.LOL

2006-06-11 20:44:02 · answer #1 · answered by Mika K 4 · 0 0

I answer first, and if the answering makes me think of or makes my day, then i'm going to famous person. i comprehend...it is choosy of me, sorry. o.o yet this way I finally end up pointing my followers and contacts to the *good stuff* you comprehend? ^__^ Or a minimum of i attempt to. yet have a famous person besides purely for being affected person and documents. ^_^

2016-12-08 08:27:24 · answer #2 · answered by ? 4 · 0 0

In the time it took you to type in your homework problem, you could have finished the problem and gotten on to consuming the chilled beer mentioned by a previous answerer.

2006-06-12 02:09:58 · answer #3 · answered by quntmphys238 6 · 0 0

U should ask ur teacher.this question is too difficult

2006-06-12 01:26:42 · answer #4 · answered by Apoorva 3 · 0 0

You've got to be kidding me !!!

2006-06-11 20:28:56 · answer #5 · answered by dindorela 2 · 0 0

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