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An electron repels another electron because they both have a negative charge. Like charges repel each other due to the fundamental principle of electrostatic force.

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5mo ago

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Related Questions

What will an electron do if placed near another electron?

The two electrons will repel one another, through the electrostatic force.


Does an electron attract another electron?

No, they repel each other.


What does an electron plus electron equal?

An electron plus an electron will repel each other due to their negative charges. This is because like charges repel each other according to the principles of electromagnetism.


Why electron doesn't replel in an orbit?

Electron doesn't repel in an orbit however they are same charged particle, but same charged particles always repel. This is due Meson's theory of charged particles, he says electrons doesn't repel because they have one orbital different and another different.


What would repel an electrons?

Another electron. Or anything else that has a negative charge.


Why are electron and protons attracted to each other?

like forces repel, unlike forces attract(:


What type of particle will an electron repel?

An electron will repel another negatively charged particle due to the electrostatic force of like charges repelling each other. This includes other electrons as they both possess a negative charge. Additionally, an electron will also experience a repulsive force from any negatively charged ions or atoms.


What is the subatomic particles that electrons repel?

1) what is electron? 2) what is matter? 3) structure of atom?


What atom spread out around a central atom?

the shared valence electron pairs repel each other.


What makes atoms spread out around a central a?

the shared valence electron pairs repel each other.


What makes atoms spread out a central atoms?

the shared valence electron pairs repel each other.


Why do electron clouds repel?

Yes, electron clouds have a negative charge. The electrons make up electron clouds (naturally) and the electron carries a negative electrostatic charge. Since electrons carry a negative electrostatic charge, and, by a fundamental principle of electrostatics like charges repel each other, the electrons don't like each other. That's one of the guiding principles behind electron spin and the structure of electron orbitals in chemistry and biochemistry. The big fat positive charge on the nucleus captures the electrons, but the electrons have to decide amongst themselves how they're gonna get along out in the electron shells. And they do. Is it any wonder that electron shell structures rule most of chemistry?

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