The orbital magnetic moment of an atomic electron is
A)directly proportional to its angular momentum.
B)directly proportional to the electronic charge.
C)inversely proportional to the mass of the electron.
D)quantized as a consequence of the quantization of angular momentum.
E)described by all of the above.

Question

Quizplus · Accepted Answer

The orbital magnetic moment of an atomic electron is indeed directly proportional to its angular momentum, as described by the Bohr magneton equation. It also depends on the electronic charge and inversely on the mass of the electron. The quantization of the orbital magnetic moment is a direct consequence of the quantization of angular momentum, as per quantum mechanics principles. Therefore, all the statements A, B, C, and D correctly describe aspects of the orbital magnetic moment of an atomic electron.

The Orbital Magnetic Moment of an Atomic Electron Is