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3. In its rest frame a hydrogen atom is observed to have the energy E , with E =-13.6eV. What are the bounds on the expectation values (x), (m) and (2), where z, y and z are the relative Cartesian coordinates of the proton-electron system. Hint: You should find identical bounds for the three cases.

3. In its rest frame a hydrogen atom is observed to have the energy E , with E =-13.6eV. What are the bounds on the expectation values (x), (m) and (2), where z, y and z are the relative Cartesian coordinates of the proton-electron system. Hint: You should find identical bounds for the three cases.

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3. In its rest frame a hydrogen atom is observed to have the energy E= , with E = -13.6eV. What are the bounds on the expectation values (r), (u) and (2), where a, y and z are the relative Cartesian coordinates of the proton-electron system. Hint: You should find identical bounds for the three cases.
Transcribed Image Text:3. In its rest frame a hydrogen atom is observed to have the energy E= , with E = -13.6eV. What are the bounds on the expectation values (r), (u) and (2), where a, y and z are the relative Cartesian coordinates of the proton-electron system. Hint: You should find identical bounds for the three cases.
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