Significance of the Electron's Orbit in Atomic Structure

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SUMMARY

The discussion centers on the significance of electrons in atomic structure, emphasizing that electrons are essential for the formation of matter due to their role in bonding. Electrons occupy "orbitals" rather than following a traditional orbital path, and their behavior is described by a probability wavefunction. Without electrons, the repulsive forces between positively charged nuclei would prevent the formation of matter as we know it. This understanding is crucial for grasping atomic interactions and the nature of chemical bonds.

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My question is simple and it is probably a very basic thing, but for some reason I don't know the answer to this question.
Why does the electron orbit the nucleus and what is the importance of the electron orbiting the nucleus?? Why can't it just be the nucleus that makes up the atom? Whats so important about the electron?? (besides its practical uses, like how humans use it) Why is the electron apart of the atom??

So it would be of immense gratitude if someone could answers these questions.
Thank you.
 
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Why? Other than because that is just how it is?

Anyways, the nucleus is full of positive charges. Without electrons we would not have matter as we know it, as none of these nuclei would ever bond with each other thanks to the repulsive force from like charges. The electrons don't orbit the nucleus in the normal sense of the word orbit, they occupy "orbitals" and have a probability wavefunction that defines where they might be found at any given time.

I don't really know what else to say other than that's just how it is.
 
Well, thank you, that explanation was very clear and it was very helpful thanks!

Au Revoir.
 

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