Question: A hydrogen atom is placed in a uniform but time-dependent electric eld of magnitude 8 : 0 for! 0), where 80 is a constant. At

 A hydrogen atom is placed in a uniform but time-dependent electriceld of magnitude 8 : 0 for! 0), where 80 is a
constant. At time I = 0, the atom is in the ground(ls) state. Show to lowest order in perturbation theory that, as r

A hydrogen atom is placed in a uniform but time-dependent electric eld of magnitude 8 : 0 for! 0), where 80 is a constant. At time I = 0, the atom is in the ground (ls) state. Show to lowest order in perturbation theory that, as r > co, the probability the atom is in the 2p state in which the component of the orbital angular momentum in the direction of the eld is zero, is given by 215 (950002 _ 2 = _ \"\"2? ' "1\"\" 31 (52;, E102 + (rm)? Hint: Take the eld direction to be the z-direction. Write down the potential energy of the electron in the given eld and treat as a time-dependent perturbation.

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