7.) (Based on Neaman 3.42) - Consider the energy levels shown in the figure. Let T = 300K. E₁ EF 1.12 eV E₂ (a) If E₁ - Ep = 0.30 eV, determine the probability that an energy state at E = E₁ is occupied by an electron and the probability that an energy state at E= E₂ is empty. (b) Answer the same questions as the previous part, assuming EF - E₂ = 0.4 eV. Energy- ___+.
7.) (Based on Neaman 3.42) - Consider the energy levels shown in the figure. Let T = 300K. E₁ EF 1.12 eV E₂ (a) If E₁ - Ep = 0.30 eV, determine the probability that an energy state at E = E₁ is occupied by an electron and the probability that an energy state at E= E₂ is empty. (b) Answer the same questions as the previous part, assuming EF - E₂ = 0.4 eV. Energy- ___+.
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Pls help ASAP. Pls exlpain what you did and how you rearrage the formula of Fermi Energy to get the answers.
Transcribed Image Text:7.) (Based on Neaman 3.42) - Consider the energy levels
shown in the figure. Let T = 300K.
1.12 eV
E₂
(a) If E₁ - Ep = 0.30 eV, determine the probability that an energy state at E = E
is occupied by an electron and the probability that an energy state at E = E₂ is
empty.
(b) Answer the same questions as the previous part, assuming Ep - E2 = 0.4 eV.
Energy
E₁
E
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