Multiple Choice
If the density of states is N(E) and the occupancy probability is P(E) , then the density of unoccupied states is:
A) N(E) + P(E)
B) N(E) /P(E)
C) N(E) - P(E)
D) N(E) P(E)
E) P(E) /N(E)
Correct Answer:

Verified
Correct Answer:
Verified
Related Questions
Q5: In a metal at 0 K, the
Q16: Application of a forward bias to a
Q20: The gap between the valence and conduction
Q24: For a pure semiconductor the Fermi level
Q24: The energy level diagram shown applies to:
Q25: The energy gap (in eV) between the
Q26: At room temperature kT is about 0.0259
Q27: Which of the following is NOT true
Q28: The density of states for a metal
Q33: If E<sub>0</sub> and E<sub>T</sub> are the average