Does Pure Water Always Remain a Liquid When Heated Without Nucleation Sites?

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SUMMARY

The discussion centers on the behavior of pure water when heated in the absence of nucleation sites. It concludes that pure water can remain in a liquid state indefinitely when heated continuously without disturbances, as nucleation is required for phase changes. This phenomenon highlights the unique properties of pure water and its ability to resist boiling under specific conditions.

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Kyoma
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When a matter changes state (from liquid to gas, etc.), does it undergo nucleation?
 
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Sometimes.
 
Thanks.

Another question, if you heat PURE water continuously, and that there is nothing to disturb it and it is free of nucleation sites, will it remain a liquid forever until something disturbs it?
 

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