Practicing Success
Practicing Success
CUET Preparation Today
In an atom, an electron with charge ' $e$ ' and mass $\mathrm{m}$ is revolving around the nucleus in a specific orbit with angular momentum $(\vec{L})$ and the equivalent magnetic dipole moment $(\mu)$ of that atom is : $\vec{\mu}=-\frac{e}{2 m} \vec{L}$, where $\frac{e}{2 m}$ will be: |
Bohr's Magneton Gyromagnetic Ratio Specific charge of electron Orbital Magnetic moment |
Gyromagnetic Ratio |
| Gyromagnetic ratio of a particle or system can be defined as the ratio of its magnetic moment and angular momentum. |
