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Every liquid while evaporate takes heat from its surrounding. Any vapour suitably compressed and cooled came back into liquid form
It be evaporation. ~answered by FightingLucario
Ice cream from a solid to a liquid is melting, while from a liquid to a solid is freezing. Both of these are physical changes.
Yes. A liquid has a definite shape and when a liquid is poured into a container, the liquid takes on the shape of the container.
Liquid. You can measure the exact volume of a liquid but you can put it into containers that changes the shape of the liquid.
condensation. When the water vapour is cooled or comes into contact with a cold objects it condenses back into a liquid
liquid
Evaporation s a liquid turning to a vapour. A solid turning directly to a vapour is sublimation
because when it evaporates it takes all the heat in the surroundings with it leaving a cooling effect on the surroundings around it.
condensation
condensation
Condensation. Nothing is actually formed, the water vapour changes state to liquid water. Condensation is the process by which the change takes place rather than the product of the cooling.
Vapor (or vapour) phase means gas and that means we have to teach the molecules to fly. That takes energy, which means heat, which means the surrounding area gets cooler because the water molecules are taking up heat to evaporate. When the water molecules condense, the reverse happens: they give up that extra heat, turn to liquid, and the surroundings become warmer. It doesn't have to be the surrounding air, it might be the surface on which the water condenses.
A phase change.
solidifying - its a changing state of matter
Because it takes quite a bit of energy to change from one matter to another. So it will stay at 100 degrees celsius until that liquid changes state. By the way I done this experiment. *********************************** At 1000C the saturated vapour pressure of water meets atmospheric pressure. As a result water evaporates.
Sublimation takes place without passing through the liquid phase, straight from solid to vapour.