Average Total Energies of Isolated Hydrogen Atom's Electron & Proton

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SUMMARY

The average total energies of an isolated hydrogen atom's electron and proton are fundamentally linked to their ground-state energy, which is -13.6 eV. In a stable proton-electron pair, the total energy encompasses kinetic energy, rest mass, and magnetic field contributions. The discussion clarifies that as free particles, the kinetic energy of the electron and proton can vary based on the inertial frame of reference, but the ground-state energy remains a constant reference point for their interactions.

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dirtyd33
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I wanted to know the average total energies of an isolated hydrogen atom's electron and proton separately. I came across a lot of equations I could try to use, but I figured I'd ask to see if this information has already been approximated.
Thanks
 
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What do you mean "average total energies"? As free particles, all they have is kinetic energy, which is whatever you want it to be, since it depends on your inertial frame of reference.

The ground-state energy of hydrogen, which is relative two stationary, infinitely separated particles, is -13.6 eV.
 
What I meant was, if there was a single stable proton-electron pair (in a ground state), then what would the total energy of the electron (meaning kinetic, rest mass, magnetic field, etc.) and likewise for the proton.
 

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