First water evaporates or and turns the liquid into gas (water vapor)and forms as clouds in the sky. then after a while the water vapor condenses and turns back to a liquid causing perspiration. When the water falls on the ground it either turns into run-off or Ground water. Run-off are rivers, and ground water is the water collecting underground and then traveling to a lake or pond. Then the water evaporates from the lake and the cycle starts over again.
It takes place on Earths atmosphere =)
It takes place on Earths atmosphere =)
It's a part in water cycle, that takes place when water from the atmosphere is coming back to the land.
the water vapor takes a short time
Yes, the water cycle still occurs when it is cold. The cycle involves processes such as evaporation, condensation, precipitation, and runoff, which continue to happen even in cold temperatures. In cold regions, water may freeze instead of evaporating, but the overall cycle still takes place.
It takes place on Earths atmosphere =)
It takes place on Earths atmosphere =)
Evaporation, condensation, precipitation and collection are the processes that take place in the water cycle.
It's a part in water cycle, that takes place when water from the atmosphere is coming back to the land.
the water vapor takes a short time
Yes, the water cycle still occurs when it is cold. The cycle involves processes such as evaporation, condensation, precipitation, and runoff, which continue to happen even in cold temperatures. In cold regions, water may freeze instead of evaporating, but the overall cycle still takes place.
Its Hydro logical cycle
The Calvin cycle takes place in the granum part of the chloroplast.
There are four stages in the water cycle. Condensation takes place after evaporation.
Because the water cycle takes place. It ensures a continuous supply of fresh water on Earth.
Yes, since the liver obviously contains mitochondria in which the Krebs cycle takes place.
The water cycle never stops. On overcast days, evaporation continues as the wind blows across the surface of the oceans.