when the water vapor condences or vaporizes it rises up the atmosphere and it transforms into a cloud, you can also look for an example of how the water cycle works because this is part of it.
it changes from water to water vapor and to water again
it Condenses also called condensation
As the air cools, it can contain less and less water vapor as a gas. So the vapor condenses and creates visible mist called fog, clouds, drizzle, and rain depending on where the water vapor condenses and how much of it condenses. The rain and drizzle forms as the mist groups together and creates the droplets and drops.
This is called "condensation" on a glass, and "dew" if it occurs on grass / leaves. When the "dew point" of air is above the temperature of the surface of the glass, condensation will occur as humidity from the air releases heat into the glass and changes state from gas to liquid.
The lid is cooler than the steam (water vapor) produced by boiling the water. When the water vapor contacts that cooler surface, it condenses into liquid water.
When water vapor condenses around dust particles a cloud is formed
rain
clouds
particles of dust and other particles in the atmosphere.
They form through condensdation - that is, the water vapor in the air condenses.
the type of cloud formed depends on the weather and height at which the water vapor condenses.
Condensation
You get about 2260 joules for every gram of water vapor that condenses.
Rime frost is freezing water vapor that condenses at ground level.
When water vapor gets cold it condenses into condensation.
The clouds are formed by water vapor evaporating from the ocean. The water vapor condenses and falls again as rain (or snow) thereby completing the water cycle.
Yes. There is latent heat release when vapor condenses.