Respuesta :
The cycle of phosphorus is the biogeochemical cycle that defines the movement through the lithosphere, hydrosphere, and biosphere of phosphorus. The atmosphere does not play a major role in the transport of phosphorus, unlike many other biogeochemical cycles, since phosphorus and phosphorus-based compounds are normally solids at the normal temperature and pressure levels found on Earth. Phosphine gas processing occurs only in specialized, local conditions. The phosphorus cycle should therefore be viewed from the entire Earth system and then based explicitly on the cycle in the terrestrial and aquatic systems.
A key difference between the phosphorus cycle and the carbon and nitrogen cycles is significant amounts of phosphorus are not found in the atmosphere. Third option is correct.
What is carbon?
The carbon is an element in the periodic table. It has atomic number 6 and the atomic mass 12 units.
The cycle of phosphorus is the biogeochemical cycle that characterizes the development through the lithosphere, hydrosphere, and biosphere of phosphorus. The climate doesn't assume a significant part in that frame of mind of phosphorus, dissimilar to numerous other biogeochemical cycles, since phosphorus and phosphorus-based compounds are regularly solids at the typical temperature and tension levels tracked down on Earth.
Phosphine gas handling happens just in particular, neighborhood conditions. The phosphorus cycle ought to in this manner be seen from the whole Earth framework and afterward founded unequivocally on the cycle in the earthbound and oceanic frameworks.
The phosphorous cycle does not include an atmospheric component because phosphorous does not cycle through the atmosphere.
Thus, the third option is correct.
Learn more about carbon.
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