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:

Question

Quizplus · Accepted Answer

The magnitude of the orbital contribution to an electron's magnetic dipole moment is given by $ \mu_L = \frac{eL}{2m} $, where $ e $ is the charge of the electron, $ L $ is the orbital angular momentum, and $ m $ is the mass of the electron. This formula is derived from the relationship between angular momentum and magnetic moments in quantum mechanics.

If an Electron Has an Orbital Angular Momentum with Magnitude