Forces of attraction inside atom

AI Thread Summary
The discussion centers on the behavior of electrons in relation to a nucleus with two protons. It questions whether a single electron would be pulled closer to the nucleus compared to two electrons, assuming no repulsion between them. Participants clarify that the electric field created by the nucleus remains unchanged regardless of the number of electrons, as the fields of the electrons do not influence each other. The electromagnetic strength of the field does not decrease when acting on multiple charges, as the contributions from the electrons are considered negligible in this context. Overall, the interaction dynamics remain consistent regardless of the number of electrons present.
gladius999
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Hello my fellow physic-doers,

If say a nucleus containing 2 protons pulls on 2 electrons. Will the electron be pulled closer if the number of protons is constant but there is only one electron assuming there was no repulsion between 2 electrons in the first case? Does the electromagnetic strentgh of a field decrease if it acts on more charges?

Thanks for any responses
 
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gladius999 said:
Hello my fellow physic-doers,

If say a nucleus containing 2 protons pulls on 2 electrons. Will the electron be pulled closer if the number of protons is constant but there is only one electron assuming there was no repulsion between 2 electrons in the first case? Does the electromagnetic strentgh of a field decrease if it acts on more charges?

Thanks for any responses

Nope.
 
does the electric field get affected at all. i.e get smaller/distorted?
 
Well since we seem to be neglecting the electric field contributions from the electrons in the first place, the answer would be no. If you do want to consider the electrons, obviously this would change if there was only one as opposed to two.
 
i meant that the electrons both have a field except that the fields of the electrons do not affect each other
 
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