37-3. Using the first-order time-independent perturbation theory, show that, under a static magnetic field B, the energy

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37-3. Using the first-order time-independent perturbation theory, show that, under a static magnetic field B, the energy

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37 3 Using The First Order Time Independent Perturbation Theory Show That Under A Static Magnetic Field B The Energy 1
37 3 Using The First Order Time Independent Perturbation Theory Show That Under A Static Magnetic Field B The Energy 1 (124.26 KiB) Viewed 41 times
Please solve all three questions
They are all separate questions so all the information given to
me are given.
37-3. Using the first-order time-independent perturbation theory, show that, under a static magnetic field B, the energy level of a d-orbital in a hydrogenic atom is split into 5 evenly spaced levels with an energy difference of upB. 37-4. Explain why a-spin electron's energy increases by a magnetic field, whereas B-spin proton's energy increases.

37-12. Rationalize the fact that 'JHH is positive and 2JHH tends to be negative.
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