sportstud Thread starter Apr 29, 2009 #1 proove that the average energy of a quantum oscillator = hw/(e^(hw/kT)-1) where h= h bar w=omega k=boltzmann constant T=temp
proove that the average energy of a quantum oscillator = hw/(e^(hw/kT)-1) where h= h bar w=omega k=boltzmann constant T=temp
olgranpappy Homework Helper Messages 1,271 Reaction score 3 May 1, 2009 #2 Can you start off by writing down an expression for the partition function (often denoted by "Z")?