Multiple Choice
If an electric field is applied to a metal:
A) very few electrons are excited into the conduction band.
B) electrons having energies near the Fermi energy require only a small amount of additional energy from the applied field to reach nearby empty energy states.
C) electrons having energies near the bottom of the band require only a small amount of additional energy from the applied field to reach nearby empty energy states.
D) the principal mode of conduction is through the motion of holes in the filled part of the band.
E) the Fermi energy Ef becomes equal to the applied electric field E.
Correct Answer:

Verified
Correct Answer:
Verified
Q5: The force constant of HCl is 480
Q6: A diatomic molecule consists of two point
Q7: A diatomic molecule consists of two point
Q10: Solid argon has a density of 1650
Q11: Assume a diatomic molecule can be considered
Q12: The frequency of a microwave absorbed by
Q13: The Fermi temperature is:<br>A)a characteristic temperature
Q21: The energy of a molecule can normally
Q29: How many degrees of freedom does a
Q39: The Fermi temperature of copper is 80