How does the phosphorous cycle differ from the nitrogen cycle and the carbon cycle? A. The phosphorous cycle enters both water a
nd atmosphere, unlike the nitrogen cycle and the carbon cycle. B. The phosphorous cycle occurs only in the atmosphere, unlike the nitrogen cycle and the carbon cycle. C.The phosphorous cycle does not enter the atmosphere, unlike the nitrogen cycle and the carbon cycle.
"The phosphorous cycle does not enter the atmosphere, unlike the nitrogen cycle and the carbon cycle" is the way <span>the phosphorous cycle differ from the nitrogen cycle and the carbon cycle. The correct option among all the options that are given in the question is the third option or option "C". I hope that the answer has helped you.</span>
Answer: C. The phosphorus does not enter the atmosphere, unlike the nitrogen cycle and the carbon cycle
Explanation:
Phosphorous is an important ingredient of genetic material DNA and RNA in all life forms. It is the component of energy molecules ATP. The phosphorous cycle is distinct from nitrogen and carbon cycle because of the fact that phosphorous can never be found in the gaseous phase in the cycling process. The cycle of phosphorous is restricted to lithosphere, biosphere and hydrosphere but does not involve atmosphere like nitrogen and carbon.
Answer: C. The phosphorus does not enter the atmosphere, unlike the nitrogen cycle and the carbon cycle
Explanation:
Phosphorous is an important ingredient of genetic material DNA and RNA in all life forms. It is the component of energy molecules ATP. The phosphorous cycle is distinct from nitrogen and carbon cycle because of the fact that phosphorous can never be found in the gaseous phase in the cycling process. The cycle of phosphorous is restricted to lithosphere, biosphere and hydrosphere but does not involve atmosphere like nitrogen and carbon.
One reason ecosystem stability is important for life-forms because it creates a habitable environment for life-forms to live in. Such stability is important for an adjoining one because it allows the sphere of influence and boundaries to extend beyond its boundaries. This results in impacting changes to adjoining ecosystems. I hope that this is the answer that you were looking for and it has helped you.
