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
Q1: An acceptor replacement atom in silicon might
Q3: The occupancy probability for a state with
Q4: For a pure semiconductor the Fermi level
Q5: Ther Fermi energy of a metal depends
Q6: The number density n of conductions
Q7: For a metal at absolute temperature T,
Q8: A donor replacement atom in silicon might
Q9: The Fermi-Dirac probability function P(E) varies between:<br>A)
Q10: When a forward bias is applied to
Q11: A hole refers to:<br>A) a proton<br>B) a