Problem 2: Angular Momentum Let's consider a strange hydrogen atom with a spin-o electron instead of a normal electron.
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Problem 2: Angular Momentum Let's consider a strange hydrogen atom with a spin-o electron instead of a normal electron.
Problem 2: Angular Momentum Let's consider a strange hydrogen atom with a spin-o electron instead of a normal electron. This means the contributions to the angular momentum come just from the orbital components. If it is in a state with l = 4 and I apply an external magnetic field B, the energy levels should split up. What are the changes in energy from its original energy Eo? Let's now assume that it is in a state with mı = 0. If I include the fact that an electron is spin-1/2, what are the energy splits?
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