Question

what is the gyromagnetic ratio of an orbital electron​

Answer 1

Answer:

The Electron Gyromagnetic Ratio (γe) is 1.760859708x1011/(s⋅T). This is a constant for the electron's gyromagnetic ratio, γe , also known as the magnetogyric ratio. This constant represents the ratio of the electron's magnetic dipole moment to its angular momentum.

Answer 2

γ=   e/2m

Explanation:

Magnetic moment      μ =evr/2

Angular momentum    L  =mvr

Gyromagnetic ratio is the ratio of magnetic moment of the particle to its angular momentum.

\therefore∴    

γ=  L / μ ​  

=  ( evr/2  )/ mvr  

γ=   e/2m

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