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

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.

Electronic Devices and Circuits

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

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

Solution

For help Students Orientation Mcqs Questions

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