Why Do Noble Gases Remain in a Gaseous State?

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Noble gases remain in a gaseous state primarily due to their complete valence electron shells, which prevent them from forming bonds with other atoms. This stability means that noble gases do not easily interact with other elements, unlike most other elements that can form molecules. The repulsion between electrons does occur in all elements, but noble gases' unique electron configuration makes it particularly challenging for their atoms to come together. Consequently, noble gases maintain their gaseous state at room temperature, unlike many other elements that transition to solid or liquid states. Understanding the distinct electronic structure of noble gases is crucial to explaining their behavior.
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Homework Statement


why do the noble gases stay at a gas state whe almost every other element in the period doesnt?

The Attempt at a Solution


because the elctrons repel each other? i don't know
 
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gateman234 said:
because the elctrons repel each other? i don't know

Maybe. I'm not sure too, but it's probably very difficult to bring the atoms of these gases together, because the electrons repel each other (and they won't make any molecules because they already have maximum number of valence electrons).
 
Yes, the electrons repel each other, but the electrons of other elements also repel each other. How are the atoms of noble elements different from other elements? That's the key.
 
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