Water changes to a solid, ice, when heat is taken away from it. You can think of putting water into the freezer. Since the freezer is cold, heat flows out of the water making it become ice cubes.
When you heat a liquid and it changes phase it becomes a solid.
As the puddle dries out, the water is changed from a liquid into a water vapour. The vapour will be blown away by the wind.
Yes, when heat is removed from matter, the molecules within the matter lose kinetic energy, causing the temperature to decrease. This decrease in temperature can lead to phase changes, such as from a liquid to a solid or a gas to a liquid.
The complete subject of the sentence is "To change a liquid to a solid."
How the water cycle and heat are related: Adding or subtracting heat makes the water cycle work. If heat is added to ice, it melts. If heat is added to water, it evaporates. Evaporation turns liquid water into a gas called water vapour. As water goes through its cycle, it can be a solid (ice), a liquid (water), or a gas (water vapour). Ice can change to become water or water vapour. Water can change to become ice or water vapour. Water vapour can change to become ice or water. If heat is taken away from water vapour, it condenses. Condensation turns water vapour into a liquid. If heat is taken away from liquid water, it freezes to become ice. The water cycle involves the sun heating the Earth's surface water and resulting in the surface water evaporating. The water vapour rises into the Earth's atmosphere. The water cools and condenses into liquid droplets. The droplets grow until they are heavy and fall to the earth as precipitation (which can be rain, freezing rain or snow).
When you heat a liquid and it changes phase it becomes a solid.
If enough energy is taken away from water vapour, it will condense to form water (in liquid form). This is because a gaseous state requires more energy than a liquid state (and a liquid state requires more energy than a solid state).
As the puddle dries out, the water is changed from a liquid into a water vapour. The vapour will be blown away by the wind.
Energy must be added or taken away.
Yes
Heat is taken away during evaporation. As the liquid absorbs heat from its surroundings and gains energy, some of the molecules at the surface of the liquid gain enough energy to overcome the intermolecular forces holding them together, and they escape into the gas phase. This process removes heat from the remaining liquid, causing it to cool down.
if heat energy is being removed from water, then the water will solidify forming ice because of the unique property of water called high heat fusion. this property protects animals at lower temperature from freezing. >> gigi_011:))
When water changes from a liquid to a gas, it is evaporating or boiling. The "heat and energy" of the water molecules increases in the gaseous state. In fact, water molecules must pick up energy to change state from a liquid to a gas. Water molecules that are free to move as a gas have more kinetic energy than water molecules in a liquid form (as long as the liquid is not pressurized). The "heat and energy" of the H2O molecules that are now a gas is higher than that of liquid water.It should be noted that the thermal energy (heat) necessary to cause water to change state and become a liquid must come from somewhere. In evaporation, the energy necessary for the water molecule to escape from the liquid comes from the liquid. The liquid cools. We know that if we wet our finger and blow on it, it feels cool because evaporating water cools liquid water from which it escapes. That evaporating water has taken energy from the liquid water.In the case of boiling, water molecules take energy from liquid water, but the liquid water might not be cooling. It probably isn't as that liquid water is having thermal energy (heat) pumped into it by a heat source of some kind. Turn on a burner or element on the range under a pan of water and the water will begin warming until it's boiling. As water boils off, it is taking thermal (heat) energy with it, but the remaining water doesn't cool down as the heat source continues to add more thermal energy.
Water is an infinite resource, it changes form (solid, liquid, gaseous) but never goes away. However fresh (clean, drinkable) water is a finite resource, unless things change, we will run out.
energy
heat
Solid>Liquid = MeltingLiquid>Solid = FreezingLiquid>Gas = EvaporationGas>Liquid = CondensationSolid>Gas = SublimationThat's all I know. After all, I'm only 13.Anyway, you are looking for evaporation.