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a) Calculate Fermi energy of 4.2 x 1021 electrons confined in a box of volume 1 cm³. b) At room temperature (295 K), find the occupation number for a fermion state f(s) that is 0.01 eV above μ. O c) The average energy per electron in one-dimension is 2.5 eV. Calculate the Fermi-energy at 0 K?

a) Calculate Fermi energy of 4.2 x 1021 electrons confined in a box of volume 1 cm³. b) At room temperature (295 K), find the occupation number for a fermion state f(s) that is 0.01 eV above μ. O c) The average energy per electron in one-dimension is 2.5 eV. Calculate the Fermi-energy at 0 K?

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a) Calculate Fermi energy of 4.2 x 1021 electrons confined in a box of volume 1 cm³. b) At room temperature (295 K), find the occupation number for a fermion state f(s) that is 0.01 eV above μ. O c) The average energy per electron in one-dimension is 2.5 eV. Calculate the Fermi-energy at 0 K?
Transcribed Image Text:a) Calculate Fermi energy of 4.2 x 1021 electrons confined in a box of volume 1 cm³. b) At room temperature (295 K), find the occupation number for a fermion state f(s) that is 0.01 eV above μ. O c) The average energy per electron in one-dimension is 2.5 eV. Calculate the Fermi-energy at 0 K?
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