Question: (b) If the total angular momentum quantum number is j, how many possible values, Nj, are there for the total magnetic quantum number mi? (c)

 (b) If the total angular momentum quantum number is j, how

(b) If the total angular momentum quantum number is j, how many possible values, Nj, are there for the total magnetic quantum number mi? (c) The sum of the relativistic fine structure corrections for hydrogen depend only the principal quantum number n and the total angular momentum quantum number j. Why is the ground state degeneracy then given by Nj, but the degeneracy of excited energy levels is given by 2N

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