Show the expression of magnetic energy of an atom of magnetic quantum number \( m_{l} \) when it is in a magnetic field B is \( E_{B} = m_{l} (e\hbar / (2m)) B \), where the symbols have their usual meaning.

Show the expression of magnetic energy of an atom of magnetic quantum number \( m_{l} \) when it is in a magnetic field B is \( E_{B} = m_{l} (e\hbar / (2m)) B \), where the symbols have their usual meaning.

No options found for this question.