The force between two atoms is the result of _____ repulsion, nucleus-nucleus , and nucleus-elec

Question

4 years ago

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The force between two atoms is the result of _____ repulsion, nucleus-nucleus , and nucleus-elec

tron _______________. At the point of _____________________, the ______________ forces balance the ____________ forces. The most stable arrangement of atoms exists at the point of __________________________, when the atoms bond covalently and a __________ forms.

Chemistry

1 answer:

Elanso [62] · Answer 1 · 2021-12-21T14:29:50+03:00

Answer:

<h2>(1). electron electron repulsion</h2><h2>(2). repulsion </h2><h2>(3). attraction </h2><h2>(4). maximum attraction </h2><h2>(5). attractive </h2><h2>(6). repulsive </h2><h2>(7). maximum attraction </h2><h2>(8). molecule </h2>

Explanation:

The same charges repel each other while opposite charges attract each other. During electron-electron interaction repulsion take palace because the electron has negative charges. Nucleus has positive charges so the interaction between two nucleus results in the form of repulsion. When interaction takes place between nucleus and electron then attraction takes place between nucleus and electrons due to opposite charges.

The formation of a bond that takes place due to the sharing of the electrons is known as a covalent bond and thus the covalent molecule is formed.

The force between two atoms is the result of _____________________ repulsion, nucleus-nucleus ________________, and nucleus-elec

The force between two atoms is the result of _____ repulsion, nucleus-nucleus , and nucleus-elec