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Assume Silicon at 300k and KT = 0.026 eV Answer the following questions: a If Ep is positioned at 0.0005 eV above the valence band energy. Calculate the probability that an energy state in the valence band at E=E, - 3KT is occupied by electrons. b) PRepeat part (a) but to calculate the probability that energy state in the valence band at E=E, - 3KT is empty of electrons.

Assume Silicon at 300k and KT = 0.026 eV Answer the following questions: a If Ep is positioned at 0.0005 eV above the valence band energy. Calculate the probability that an energy state in the valence band at E=E, - 3KT is occupied by electrons. b) PRepeat part (a) but to calculate the probability that energy state in the valence band at E=E, - 3KT is empty of electrons.

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Question 3: Assume Silicon at 300k and KT = 0.026 eV Answer the following questions: If EF is positioned at 0.0005 eV above the valence band energy. Calculate the probability that an energy state in the valence band at E=E, - 3KT is occupied by a electrons. b) Repeat part (a) but to calculate the probability that energy state in the valence band at E=E, - 3KT is empty of electrons.
Transcribed Image Text:Question 3: Assume Silicon at 300k and KT = 0.026 eV Answer the following questions: If EF is positioned at 0.0005 eV above the valence band energy. Calculate the probability that an energy state in the valence band at E=E, - 3KT is occupied by a electrons. b) Repeat part (a) but to calculate the probability that energy state in the valence band at E=E, - 3KT is empty of electrons.
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