There are four stages in the water cycle. Condensation takes place after evaporation.
Because it is cool
Groundwater Precipitation.
On a basic level: Evaporation, condensation and precipitation metoffice.gov.uk/education/teachers/in-depth/water-cycle
You'll find the hydrological cycle hard at work high in our atmosphere as well as several kilometers below the earth's surface. The cycle operates through a number of natural processes scientists call evaporation, transpiration and precipitation. Evaporation describes the change from water as a liquid to water as a vapor. Water evaporated from ocean surfaces combines with water evaporated from freshwater sources such as rivers, lakes and streams to produce clouds. The clouds, in turn, produce precipitation, 78 percent of which falls back into oceans while the remaining 22 percent falls back on land. Transpiration, on the other hand, is the loss of water by plants. Transpiration rates depend upon temperature, humidity and wind speed conditions near the leaves of plants. And since plants draw water from the soil, transpiration rates can greatly effect soil moisture content. Soil water loss resulting from both transpiration and evaporation is called evapotranspiration.
it starts out as water in a ocean. it then goes to the next step called evaporation. evaporation is when the clouds "suck" up all of the water. after evaporation is condensation. condensation is where the water becomes a cloud from all of the water vapor in the air. after condensation is precipitation. as you may know, precipitation is when we get rain, snow, hail, or any other types of "water falling from the sky" after that the water may go to the ground and become groundwater and fall right back to the ocean where the water cycle will start over again.
Because it is cool
Groundwater Precipitation.
This is water cycle on Earth.
On a basic level: Evaporation, condensation and precipitation metoffice.gov.uk/education/teachers/in-depth/water-cycle
The water cycle describes the evaporation of water, and precipitation.
You'll find the hydrological cycle hard at work high in our atmosphere as well as several kilometers below the earth's surface. The cycle operates through a number of natural processes scientists call evaporation, transpiration and precipitation. Evaporation describes the change from water as a liquid to water as a vapor. Water evaporated from ocean surfaces combines with water evaporated from freshwater sources such as rivers, lakes and streams to produce clouds. The clouds, in turn, produce precipitation, 78 percent of which falls back into oceans while the remaining 22 percent falls back on land. Transpiration, on the other hand, is the loss of water by plants. Transpiration rates depend upon temperature, humidity and wind speed conditions near the leaves of plants. And since plants draw water from the soil, transpiration rates can greatly effect soil moisture content. Soil water loss resulting from both transpiration and evaporation is called evapotranspiration.
transpiration
Transpiration.
it starts out as water in a ocean. it then goes to the next step called evaporation. evaporation is when the clouds "suck" up all of the water. after evaporation is condensation. condensation is where the water becomes a cloud from all of the water vapor in the air. after condensation is precipitation. as you may know, precipitation is when we get rain, snow, hail, or any other types of "water falling from the sky" after that the water may go to the ground and become groundwater and fall right back to the ocean where the water cycle will start over again.
Water becoming ice in a freezer
Condensation describes the change of state when a gas turns into a liquid. Everyday examples of condensation are the drops of water on the outside of a cold glass on a hot, humid day, or blowing on a cold window to make it "fogged up."
Condensation of water vapors is the transformation (change of phase) from water as a gas to water as a liquid.