Solved

If Is the Orbital Angular Momentum of an Electron

Question 5

Multiple Choice

If If is the orbital angular momentum of an electron, the magnetic dipole moment associated with its orbital motion: A) is in the direction of and has magnitude proportional to L B) is opposite to the direction of and has magnitude proportional to L C) is in the direction of and has magnitude proportional to L<sup>2</sup> D) is opposite to the direction of and has magnitude proportional to L<sup>2</sup> E) does not depend on is the orbital angular momentum of an electron, the magnetic dipole moment associated with its orbital motion:


A) is in the direction of If is the orbital angular momentum of an electron, the magnetic dipole moment associated with its orbital motion: A) is in the direction of and has magnitude proportional to L B) is opposite to the direction of and has magnitude proportional to L C) is in the direction of and has magnitude proportional to L<sup>2</sup> D) is opposite to the direction of and has magnitude proportional to L<sup>2</sup> E) does not depend on and has magnitude proportional to L
B) is opposite to the direction of If is the orbital angular momentum of an electron, the magnetic dipole moment associated with its orbital motion: A) is in the direction of and has magnitude proportional to L B) is opposite to the direction of and has magnitude proportional to L C) is in the direction of and has magnitude proportional to L<sup>2</sup> D) is opposite to the direction of and has magnitude proportional to L<sup>2</sup> E) does not depend on and has magnitude proportional to L
C) is in the direction of If is the orbital angular momentum of an electron, the magnetic dipole moment associated with its orbital motion: A) is in the direction of and has magnitude proportional to L B) is opposite to the direction of and has magnitude proportional to L C) is in the direction of and has magnitude proportional to L<sup>2</sup> D) is opposite to the direction of and has magnitude proportional to L<sup>2</sup> E) does not depend on and has magnitude proportional to L2
D) is opposite to the direction of If is the orbital angular momentum of an electron, the magnetic dipole moment associated with its orbital motion: A) is in the direction of and has magnitude proportional to L B) is opposite to the direction of and has magnitude proportional to L C) is in the direction of and has magnitude proportional to L<sup>2</sup> D) is opposite to the direction of and has magnitude proportional to L<sup>2</sup> E) does not depend on and has magnitude proportional to L2
E) does not depend on If is the orbital angular momentum of an electron, the magnetic dipole moment associated with its orbital motion: A) is in the direction of and has magnitude proportional to L B) is opposite to the direction of and has magnitude proportional to L C) is in the direction of and has magnitude proportional to L<sup>2</sup> D) is opposite to the direction of and has magnitude proportional to L<sup>2</sup> E) does not depend on

Correct Answer:

verifed

Verified

Unlock this answer now
Get Access to more Verified Answers free of charge

Related Questions

Q1: The diagram shows the spin angular momentum

Q4: One of the Maxwell equations begins

Q8: A magnetic field exists between the plates

Q8: Which of the following equations can be

Q10: A 1-A current is used to

Q11: Magnetic dipole X is fixed and dipole

Q23: The behavior of ferromagnetic domains in an

Q24: Magnetization is:<br>A)the current density in an object<br>B)the

Q27: The molecular theory of magnetism can explain

Q53: A magnetic field parallel to the x