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A system of non-interacting Fermi particles with Fermi energy EF , has the density of states proportional to √E where E is the energy of a particles. The ratio of average energy per particle at T = 0 to the Fermi energy is.
    Correct answer is '0.6'. Can you explain this answer?
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    A system of non-interacting Fermi particles with Fermi energy EF , has...
    We know that E = U/N
    and 
    and 


    The correct answer is: 0.6
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    A system of non-interacting Fermi particles with Fermi energy EF , has...
    The square root of the energy.
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    A system of non-interacting Fermi particles with Fermi energy EF , has the density of states proportional to√Ewhere E is the energy of a particles. The ratio of average energy per particle at T = 0 to the Fermi energy is.Correct answer is '0.6'. Can you explain this answer?
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