The molecules in a liquid have varying kinetic energies. The molecules which have enough(maximum) kinetic energy escape from the surface of the liquid, leaving the liquid with molecules having lower kinetic energies. The average kinetic energy of the molecules of the liquid thus decreases. Since the average kinetic energy of a system is proportional to its thermodynamic temperature, the temperature of the liquid decreases. This produces the cooling effect.
the evaporation of liquid from the surface cools by allowing the heat to be transferred from the object to the liquid through conduction as the liquid evaporates the heat is dissipated into the atmosphere. example would be human sweat. the body heat is adsorbed by the sweat on the skin, the act of evaporation dissipates the heat into the atmosphere. thus cooling the skin and through conduction and evaporation.
The environment, for instance if water evaporates in a cup, the cup will be cooled.
Due to specific latent heat of vapourisation, cooling produced during evaporation.
evaporation
Evaporation.
No, water releases thermal energy during condensation. It absorbs thermal energy during evaporation, which is why the evaporation of sweat cools your skin.
evaporation occurs
Evaporation is an endothermic process.
Evaporation causes cooling . The skin cools when evaporation takes place.
evaporation
The student measured the amount of evaporation over a one hour period.The human body cools during the evaporation of sweat.Evaporation is nearly the opposite of condensation.Part of water from lakes, streams, and oceans is lost to evaporation.
Cools the skin by evaporation
Evaporation.
No. But it does require a transfer of heat energy. So the evaporation of sweat cools you.
Evaporation is the transformation of a liquid in a gas.