Thank you, multiplying by the the factor (2s+1) where s=1/2 was what I needed.
I thought I had the next parts but I was incorrect.
b)Hence show that the total kinetic energy of a non-relativistic gas of N electrons at T=0 is
E=(V/5\pi2)(2me/\hbar2)3/2EF5/2
c)Furthermore show that Ef...
Homework Statement
According to the non-relativistic quantum mechanics of a particle of mass m in a cubic box ov volume V = L3, the single particle energy levels are given by
Ek=\hbar2k2/2m
where k is the magnitude of the wavevector K = (kx,ky,kz) and where the components of k are...
Homework Statement
An evacuated container with volume V and at a temperature T contains black body radiation with an energy density equal to 4\sigmaT4/c
I Determine the heat capacity at constant volume of the radiation
II Hence show that the entropy of the radiation is given by...