1.1 An ideal fermion gas can be described by the density of states P:(E)-dVE, if E 0 otherwise If the normalization V. d= 2n2 2m i. Calculate its Fermi energy Ep (7) iL. Calculate the internal energy U(T= 0) of the ideal fermion gas. (4)

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B6
estion 1
1.1 An ideal fermion gas can be described by the density of states
PE(E)-dVE, ifE 0
0.
otherwise
If the normalization
3.
2m
d=
2n
%3D
i. Calculate its Fermi energy Ee (7)
iL. Calculate the internal energy U(T= 0) of the ideal fermion gas. (4)
Transcribed Image Text:estion 1 1.1 An ideal fermion gas can be described by the density of states PE(E)-dVE, ifE 0 0. otherwise If the normalization 3. 2m d= 2n %3D i. Calculate its Fermi energy Ee (7) iL. Calculate the internal energy U(T= 0) of the ideal fermion gas. (4)
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