Multiple Choice
If an electron has an orbital angular momentum with magnitude L the magnitude of the orbital contribution to its magnetic dipole moment is given by:
A) eL/m
B) eL/2m
C) 2eL/m
D) mL/e
E) mL/2
Correct Answer:
Verified
Correct Answer:
Verified
Q77: Gauss' law for magnetism, <img src="https://d2lvgg3v3hfg70.cloudfront.net/TB6585/.jpg" alt="Gauss'
Q78: The potential energy of a magnetic dipole
Q79: An unmagnetized steel bar is placed inside
Q80: The magnitude of the Bohr magneton is
Q81: A positively charged ion, due to a
Q82: The units of magnetization are:<br>A)ampere<br>B)ampere.meter<br>C)ampere.meter<sup>2</sup><br>D)ampere/meter<br>E)ampere/meter<sup>2</sup>
Q84: An electric field exists in the cylindrical
Q85: The spin magnetic dipole moment of an
Q86: A cylindrical region contains a uniform electric
Q87: The molecular theory of magnetism can explain