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Yes and no. For practical purposes most all liquids will evaporate over time. Technically, you can create a controlled environement to eliminate evaporation.

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14y ago

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Related Questions

Do all liquids evaporate the same rate?

No


Do all liquids evaporate in the same way?

no


Can juice evaporate?

All juices if they are fully liquid (and 0 percent thick) can evaporate


Do all liquids evaporate and solidify at the same temperature?

No. All liquids have different specific freezing points. Some liquids may have the same point, but that doesnt change anything.


What liquids will evaporate?

All liquids would evaporate if heated to a high enough temperature.


Do all liquids evaporate as slowly as water?

No, each liquid evaporate differently.


Is only water that can evaporate?

No, all liquids can be evaporated.


Do all liquids evaporate at the same rates?

In order for a given liquid or solid to evaporate, a sufficient 'energy barrier' has to be overcome. As this barrier is different for almost all materials, the rate at which the liquid becomes a gas is most certainly different.


Does poop evapourate?

No because it is a solid and solids do not turn into a gas because the atoms clump together rather in a gas they would spread all over the place.


Why do all liquids NOT evaporate at the same time?

Because all liquids have different boiling points. For instance: the boiling point of ethyl alcohol (the kind you drink) is 172.4 oF, while that of methyl alcohol (the kind that will kill you or make you blind if you drink it) is 151 oF, and isopropyl alcohol (the kind you use for a massage) is 177 oF. The boiling point of glycerine is 554 oF, while that of hydrogen is -423 oF.


Can all particles evaporate?

At room temperature only liquids can be evaporated; increasing the temperature also the solids can be evaporated.


Are all liquids the same?

No, all liquids are not the same. Liquids can have different properties such as density, viscosity, and surface tension which make them unique from one another. Additionally, liquids can have varying chemical compositions and phase states which further distinguish them.