Evaporization is when water is released in the form of a molecules in the air.
Air can mix with other gasses forming a solution just like water forms a solution with salt or sugar. With a liquid solution there is a limit to how much the water can absorb, and the maximum amount it can absorb depends on the temperature of the water. Solutions in air work the same way. As water evaporates, the water molecules can form a solution and be dissolved in air. The maximum amount of water molecules dissolved in air depends on temperature (and air pressure). When the maximum amount is reached, the air becomes saturated with water and a change in temperature or pressure or more water entering the air can cause the water to leave the solution. It can result in fog or clouds forming which can result in rain, snow, etc.
The MOON cause waves on the surface of the ocean (and on lakes). The MOON transfers some of its energy to the water, through friction between the air molecules and the water molecules.
Air pressure.
If they are both under the same pressure and are the same in volume, then, yes, warm air has fewer molecules
That's called evaporation.
the water molecules get cold and expand and turn into ice
have less weight
In polar regions of Earth, FIRST, cold air chills the water molecules.
it will fizz because the vibration will shake the water and create a motor effect
Air molecules and water molecules!
the hot-air molecules bang on each other harder.
the hot-air molecules bang on each other harder.
Water molecules displace some of the air molecules, reducing the overall pressure within the air. This is because the water molecules take up space in the air, leading to a decrease in the number of air molecules per unit volume.
Air pressure becomes lower as water molecules are added to the air because water molecules have less weight.
This happens when the air cools. If the water particles get close enough to form liquid, the process is called condensation.
No? When you open water, the water molecules have contact with the air molecules. BUT! does the water turn into bubbles? I don't think so.