A particle in a central potential has an orbital angular momentum l – 2h aud a spin s = lh. Find the energy levels and degeneracies associated with a spin-orbit interaction term of the form H30 = AL S, where A is a constant.
A particle in a central potential has an orbital angular momentum l – 2h aud a spin s = lh. Find the energy levels and degeneracies associated with a spin-orbit interaction term of the form H30 = AL S, where A is a constant.
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![A particle in a central potential has an orbital angular momentum l – 2h
aud a spin s = lħ. Find the energy levels and degeneracies associated with
a spin-orbit interaction term of the form H30
= AL
S, where A is a
constant.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fab455d6a-3ca4-4106-96c3-d921610030db%2F8e01e841-7a26-4579-8ad8-9a6a9ea3ef4e%2Fjwxkk7a_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A particle in a central potential has an orbital angular momentum l – 2h
aud a spin s = lħ. Find the energy levels and degeneracies associated with
a spin-orbit interaction term of the form H30
= AL
S, where A is a
constant.
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