Simon Bridge said:Welcome to PF;
How do you know it's wrong?
Doesn't v vary with n also?
A magnetic moment is a measure of the strength and direction of a magnetic field produced by a moving electric charge, such as an electron.
The magnetic moment of an electron is directly proportional to its principal quantum number. As the principal quantum number increases, the magnetic moment also increases.
In quantum mechanics, the magnetic moment of an electron plays a crucial role in determining the energy levels and behavior of atoms and molecules. It is also important in understanding phenomena such as spin and orbital angular momentum.
The magnetic moment of an electron can be calculated using the equation μ = √(s(s+1)ħ²), where μ is the magnetic moment, s is the spin quantum number, and ħ is the reduced Planck constant.
The principal quantum number, along with the spin quantum number, determines the energy level and orientation of an electron, which in turn affects its magnetic properties. Higher principal quantum numbers result in higher magnetic moments and stronger magnetic fields.