Consider (I^{2}=I_{x}^{2}+I_{y}^{2}+I_{z}^{2}). Use Eqs. (8.27), (8.28), and (8.29) to show that (I^{2} u_{j m}=j(j+1) u_{j m}). Equations

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Consider \(I^{2}=I_{x}^{2}+I_{y}^{2}+I_{z}^{2}\). Use Eqs. (8.27), (8.28), and (8.29) to show that \(I^{2} u_{j m}=j(j+1) u_{j m}\).


Equations

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