The reparation is a change of state. Ah, liquid into. I guess the liquid is held together by strong into molecular bonds. So if it to form a guess, you need to break those into molecular bones. To break the bombs requires energy, and that energy is usually derived from the surroundings as eight. So if we look at a simple container with the liquid in it, it's going toe. Have lots of particles present on the old hold together by some form of internal regular bonding at the surface. Some of these particles are gonna have sufficient energy that those bonds were able to be broken and thus particles into the A the atmosphere. So what can speed up the rate of reparation? Will The strength of the inter molecular bonds is going to affect the rate of operation? The stronger the bonds, the slow of evaporation because mawr image of energies acquired to break them so stronger bonds, slower evaporation. An example. He's if I had to Biggers of estern sitting on the bench, the ass atone would evaporate very, very quickly due to the weak force is holding the molecules together, but the water would take much much longer to evaporate. Surface Syria. Obviously, if you have a greatest surface area, then there's more chance that they will be molecules of the surface with sufficient energy to be able to escape the liquid, so increasing the surface area would lead to an increase in the rate of reparation. So imagine if I was to have some water sitting on a very big wide dish as opposed to the same amount of water sitting in a glass. The water on the wide dishes going toe evaporate faster, and the last affect er or one of the other factors that can affect the rate of reparations temperature. Remember that the high the temperature, the more energies present. Therefore, the more energy can break the bonds and the liquid containing toe guests a lot quicker so that increasing the temperature would lead to end increase. I mean evaporation.