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
< 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
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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