With an increase in pressure, kinetic energy of the water particles also increases. In turn, the bonds holding them together become weak and break. Water starts evaporating.
the particles of water vibrate in warm/hot temperatures, and at 212°F, it vibrates enough to evaporate, producing steam.
Yes, because when salt is put into water, they can also act like magnets. Attaching to opposite particles. The salt molecules also push down the water molecules so the water molecules have to get enough power to evaporate. Which makes plain water evaporate faster.
The chemical nature of water remain unchanged.
Yes, water can evaporate from dirt. When water is in contact with dirt, it can be absorbed into the soil particles and later evaporate into the air depending on factors like temperature, wind, and humidity levels.
It is not possible.
Well, isn't that a lovely question! Mud is a mixture of water and soil, so when the water in the mud is exposed to heat, it can evaporate just like any other water. The soil particles will be left behind, creating a dry patch of earth ready for new growth and beauty to emerge.
Chemically any difference exist.
No, water can only evaporate or condense if it is made of particles. The process of evaporation involves individual water molecules gaining enough energy to break free from the liquid state and enter the gaseous state. Similarly, condensation occurs when water vapor loses energy and transitions back into the liquid state. Both evaporation and condensation require the presence of water molecules that can interact with each other.
The chemical formula of water molecule (H2O) remain unchanged.
Dont get me wrong, but you seem to be asking how to separate salt from water. I think if you evaporate water, the salt cannot evaporate, and it stays behind. However, if the light is really hot, it will evaporate the salt along with the water. (Example: If you put salt and water in a dish and hold it on top of a lit candle, the light is hot enough to evaporate water, but not hot enough to evaporate salt.
When water is heated, the particles in the water gain energy and move faster, causing them to spread out. This leads to the water molecules breaking free from their attractions and transitioning into vapor, resulting in evaporation.
If you are talking about water particles, then they turn into a gas which evaporation occurs at around 70 degrees. This is the step before condensation which is when water particles after they have turned into a gas, collect on the surface of an object.