What do the carbon oxygen and nitrogen cycles all have in common?
Answer: They all include an exchange of gases with the atmosphere. Explanation; The carbon, oxygen, and nitrogen cycles are all biogeochemical cycles meaning that the chemicals spend a portion of the cycle in living things (hence the bio) and a portion in the nonliving environment (geo).Click to see full answer. Likewise, people ask, what do…
Answer: They all include an exchange of gases with the atmosphere. Explanation; The carbon, oxygen, and nitrogen cycles are all biogeochemical cycles meaning that the chemicals spend a portion of the cycle in living things (hence the bio) and a portion in the nonliving environment (geo).Click to see full answer. Likewise, people ask, what do the carbon oxygen and nitrogen cycles all have in common quizlet?The carbon, oxygen, and nitrogen cycles are all biogeochemical cycles. They show the movement of elements through living and nonliving components of the Earth. Carbon, oxygen, and nitrogen, are essential components of life that pass through organisms and nonliving components, but are never used up.Subsequently, question is, what do the nitrogen and phosphorus cycles have in common? The Phosphorus Cycle The carbon cycle is used during cellular respiration and photosynthesis. The nitrogen cycle is used to build new cells. The phosphorus cycle used to form bonesand teeth in animals. Secondly, how are the carbon nitrogen and oxygen cycles similar? The carbon, nitrogen, and oxygen cycles similar as they are all biogeochemical cycles, they all involve an interaction between living and non living elements and they are all part of the earth system. Therefore the answer is letter D. I hope the answer helps.What do all biogeochemical cycles have in common?Carbon is exported from a cycle in the form of CO2 via respiration of all living organisms. The most important biogeochemical cycles are the carbon cycle, nitrogen cycle, oxygen cycle, phosphorus cycle, and the water cycle. The biogeochemical cycles always have a state of equilibrium.
