when oxygen is not present
A type of change that does not occur in the water cycle is the transformation of matter into a different chemical element. In the water cycle, water remains as H2O molecules throughout the various processes such as evaporation, condensation, and precipitation, without changing its fundamental composition.
I would think that its the saturation of clouds as if its cold surely the water vapour can condense and turn to rain or another form of precipitation.
The main features water cycle would still exist if there was no life on earth, however the carbon cycle (as we know it) is dependent on life.
Yes. In darkness, the plant cannot gather light to excite electrons for their light cycle. They are, however, still able to undergo Calvin cycle.
evaporation is a fundemental part of the water cycle. without sunshine it is unlikely to occur but, as the boiling point of water is 100 degrees C, in a climate with a temperature equal to or above that, it can occur. however a climate with such temperatures cannot be naturally found on earth.
when oxygen is not present
A type of change that does not occur in the water cycle is the transformation of matter into a different chemical element. In the water cycle, water remains as H2O molecules throughout the various processes such as evaporation, condensation, and precipitation, without changing its fundamental composition.
I would think that its the saturation of clouds as if its cold surely the water vapour can condense and turn to rain or another form of precipitation.
The main features water cycle would still exist if there was no life on earth, however the carbon cycle (as we know it) is dependent on life.
The sun provides most of the energy for the water cycle to occur.
Photosynthesis in plants cannot occur without water.
Evaporation can be considered as the first step in the water cycle.
There is a lack of food and water would survive without food but we cannot survive without water
Yes. In darkness, the plant cannot gather light to excite electrons for their light cycle. They are, however, still able to undergo Calvin cycle.
Evaporation and condensation are reversible reactions. They occur in water cycle.
climate