How can pure noble gases become solids at low temperature? what interaction do they have?
In: Chemistry
I have considered the question of how noble gases can become solid at low temperatures. I have concluded that it is due to a complex combination of interactions between them and other particles; in particular, hydrogen gas molecules. Hydrogen gas is the most abundant substance in the universe, and it has a high boiling point. It can exist both as a liquid or a solid at low temperatures.
At low temperatures, noble gases can exist as solids due to their interactions with hydrogen. The solidification is a combination of the attractive forces between the noble gases and repulsive forces between the same substances. The noble gases are also attracted to other substances, such as oxygen and carbon. This is because they have a very strong gluon force that causes them to stick together.
Noble gases are also attracted to each other because of a weak force, which causes them to stick together. This is called the van der Waals interaction.
In conclusion, I think it is fair to say that the noble gases can solidify at low temperatures due to a combination of hydrogen and van der Waals forces. That’s about it for now.
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