If E is energy level of electron and EF is fermi level, and T = 0 and E > EF, then-A-the probability of finding an occupied quantum state of energy higher than EF is zeroB-all quantum states with energies greater than EF are occupiedC-some quantum states with energies greater than EF are occupiedD-majority of quantum states with energies greater than EF are occupied-A-the probability of finding an occupied quantum state of energy higher than EF is zero

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If E is energy level of electron and EF is fermi level, and T = 0 and E &gt; EF, then-A-the probability of finding an occupied quantum state of energy higher than EF is zeroB-all quantum states with energies greater than EF are occupiedC-some quantum states with energies greater than EF are occupiedD-majority of quantum states with energies greater than EF are occupied-A-the probability of finding an occupied quantum state of energy higher than EF is zero

APTITUDE CRACK · Accepted Answer

The correct option is  A the probability of finding an occupied quantum state of energy higher than EF is zero Probability of finding should be max in energy state greater than fermi energy level.

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Q1: If E is energy level of electron and E_F is fermi level, and T = 0 and E > E_F, then

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Electronic Devices and Circuits

Q1: If E is energy level of electron and EF is fermi level, and T = 0 and E > EF, then

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For help Students Orientation Mcqs Questions

Q1: If E is energy level of electron and E_F is fermi level, and T = 0 and E > E_F, then

For help Students Orientation
Mcqs Questions