It is so because of its high density.
Solid --> Liquid = melting Other changes of state: Solid --> Gas = sublimation Gas --> Solid = deposition Liquid --> Solid = freezing/solidification Gas --> Liquid = condensation Liquid --> Gas = vaporization
freezing
Then the particles would normally move slower. However, they can also lose energy in other ways; for example, when a liquid turns solid.Then the particles would normally move slower. However, they can also lose energy in other ways; for example, when a liquid turns solid.Then the particles would normally move slower. However, they can also lose energy in other ways; for example, when a liquid turns solid.Then the particles would normally move slower. However, they can also lose energy in other ways; for example, when a liquid turns solid.
Called freezing, or in the case of lava and some other things, solidifying.
The opposite action of boiling (liquid to gas, evaporation) is condensing.At the other end of the liquid phase, the opposite would be freezing (liquid to solid).
The liquid to gas phase change is vaporizing; the reverse is condensing. The other phase changes are: - solid to liquid: melting - liquid to solid: freezing - solid to gas: sublimation - gas to solid: deposition
The characteristics of freezing is when water (or any other liquid) turns into a solid. This happens when the liquid gets cold and the molecules get closer together. When the molecules get closer together, they form a solid (ice).
different liquids have different freezing points. For water its 0 degrees Celsius but other liquids will have different freezing points because of the element that make it up and the size of its molecules first you need to pick a liquid, they all have different freezing points.
At standard temperature and pressure the freezing point of pure water is 0-degrees Celsius (C). Ethyl alcohol is -114 and acetone is -139 C.
I would guess water. Sugar and salt, which are in greater amount in the other liquids, lower the freezing point, making things freeze slower and conversely melt slower.
freeze one liquid while the other one is still liquidized.
In physics, "boiling" and "freezing" points generally refer to the temperatre and pressure at which liquid water becomes a gas (the "boiling point"), or when liquid water becomes a soild (the "freezing" point). This can be extended to other compounds as well, although the terms "boiling" and "freezing" are not necessarily used. More correctly, we should describe phase transition points, the temperature and pressure where any compound undergoes a change from one state of matter (eg, solid --> liquid, or liquid --> gas, or gas --> plasma).