For copper at 1000K (a) find the energy at which the probability P(E) that a conduction...

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For copper at 1000K (a) find the energy at which the probability P(E) that a conduction electron state will be occupied is 90%. (b) For this energy, what is the n(E), the distribution in energy of the available state? (c) for the same energy what is no(E) the distribution in energy of the occupied sates? The Fermi energy is 7.06eV. For copper at 1000K (a) find the energy at which the probability P(E) that a conduction electron state will be occupied is 90%. (b) For this energy, what is the n(E), the distribution in energy of the available state? (c) for the same energy what is no(E) the distribution in energy of the occupied sates? The Fermi energy is 7.06eV.

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