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fukona shounen
mer@shrine.moe
@lucy you can't either because the gas in solution is essentially liquid
That being said you can kinda compress liquids, it's just that atmospheric liquids are usually at optimum compression
>the small amount of air in the top of the bottle will compress (not really liquid compression)
>very small bubbles that aren't in solution can be compressed to solution (not really liquid compression)
>a liquid can contain cavitation bubbles and those can be compressed (this is liquid compression but cavitation bubbles usually collapse by themselves very fast)
>finally, there is a very small space to be gained by putting all the free sliding molecules under pressure but it's so isignificantly small it never matters except for real complex edge cases
That being said you can kinda compress liquids, it's just that atmospheric liquids are usually at optimum compression
>the small amount of air in the top of the bottle will compress (not really liquid compression)
>very small bubbles that aren't in solution can be compressed to solution (not really liquid compression)
>a liquid can contain cavitation bubbles and those can be compressed (this is liquid compression but cavitation bubbles usually collapse by themselves very fast)
>finally, there is a very small space to be gained by putting all the free sliding molecules under pressure but it's so isignificantly small it never matters except for real complex edge cases
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