A lithium nucleus has four independent spin orientations, labeled by the quantum number m 3 2, 1 2,1 2,3 2 In a magnetic field B, the energies of these four states are E mB where the constant is 1 03x10 7 eV T In the Purcell Pound experiment performed in 1951, the maximum magnetic field strength wa...

Quantum numbers for epin seientati ons mo 2 E Hm 8 103X 1o7 evT wh ...

A lithium nucleus has four independent spin orientations, labeled by the quantum number m=-3/2,-1/2,1/2,3/2. In a magnetic

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A lithium nucleus has four independent spin orientations, labeled by the quantum number m=-3/2,-1/2,1/2,3/2. In a magnetic field B, the energies of these four states are E=-μmB where the constant μ is 1.03x10^-7 eV/T. In the Purcell-Pound experiment performed in 1951, the maximum magnetic field strength was 0.63 T and the temperature was 300 K. Calculate the probability of a lithium nucleus being in the state where m=-3/2.