Imagine that the proton an electron in a hydrogen atom were not charged. They could still form an atom based on the gravitational attraction between the two quantons. What would be (a) the minimum orbital radius and (b) the minimum energy of the electron in this gravi- tational atom?
Imagine that the proton an electron in a hydrogen atom were not charged. They could still form an atom based on the gravitational attraction between the two quantons. What would be (a) the minimum orbital radius and (b) the minimum energy of the electron in this gravi- tational atom?
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
Transcribed Image Text:Imagine that the proton an electron in a hydrogen atom were not charged. They could still
form an atom based on the gravitational attraction between the two quantons. What would
be (a) the minimum orbital radius and (b) the minimum energy of the electron in this gravi-
tational atom?
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