At absolute zero temperature all states within the Fermi sphere are occupied by electron of mass (9.109×10^31 kg) with spin state of half. Take the density n=10^22 cm^-3. Calculate the following 1) Fermi wave vector 2) Fermi momentum 3) Fermi Energy 4) Zero point pressure
At absolute zero temperature all states within the Fermi sphere are occupied by electron of mass (9.109×10^31 kg) with spin state of half. Take the density n=10^22 cm^-3. Calculate the following 1) Fermi wave vector 2) Fermi momentum 3) Fermi Energy 4) Zero point pressure
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Statistical Mechanics T2
Transcribed Image Text:< Questions 5
At absolute zero temperature all states within
the Fermi sphere are occupied by electron of
mass (9.109×10^31 kg) with spin state of
half.
Take the density n=10^22 cm^-3.
Calculate the following
1) Fermi wave vector
2) Fermi momentum
3) Fermi Energy
4) Zero point pressure
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