Is hydrogen atom in a box solvable analytically?
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S0…Thé answer is --) So, usual caveats (i.e. electron has neither definite position nor momentum, electron does not have a circular orbit but is instead a spherically symmetric “cloud” of probability, etc.), but we can talk about the average (mean) momentum of the electron in the hydrogen atom in the ground state, because it's wave ...
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S0…Thé answer is --) So, usual caveats (i.e. electron has neither definite position nor momentum, electron does not have a circular orbit but is instead a spherically symmetric “cloud” of probability, etc.), but we can talk about the average (mean) momentum of the electron in the hydrogen atom in the ground state, because it's wave ...
#ThankYou
I hope It's help!! Follow me
Marks me as Brilliant
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Hey mate ^_^
Assume a spherical, perfectly reflecting mirror centered on the H nucleus - see figure in the picture. Is this problem solvable. The boundary conditions should be that the wave-function vanishes on the mirror. Since the atom is neutral, I assume that no charges appear on the mirror surface
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Assume a spherical, perfectly reflecting mirror centered on the H nucleus - see figure in the picture. Is this problem solvable. The boundary conditions should be that the wave-function vanishes on the mirror. Since the atom is neutral, I assume that no charges appear on the mirror surface
#Be Brainly♥️
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