Answer:
Explanation:Study the extrasolar planet catalog and determine which planets are in the habitable zone and potentially suitable for lifeStudy the extrasolar planet catalog and determine which planets are in the habitable zone and potentially suitable for lifeStudy the extrasolar planet catalog and determine which planets are in the habitable zone and potentially suitable for lifeStudy the extrasolar planet catalog and determine which planets are in the habitable zone and potentially suitable for lifeStudy the extrasolar planet catalog and determine which planets are in the habitable zone and potentially suitable for lifeStudy the extrasolar planet catalog and determine which planets are in the habitable zone and potentially suitable for lifeStudy the extrasolar planet catalog and determine which planets are in the habitable zone and potentially suitable for lifeStudy the extrasolar planet catalog and determine which planets are in the habitable zone and potentially suitable for lifeStudy the extrasolar planet catalog and determine which planets are in the habitable zone and potentially suitable for lifeStudy the extrasolar planet catalog and determine which planets are in the habitable zone and potentially suitable for lifeStudy the extrasolar planet catalog and determine which planets are in the habitable zone and potentially suitable for lifeStudy the extrasolar planet catalog and determine which planets are in the habitable zone and potentially suitable for lifeStudy the extrasolar planet catalog and determine which planets are in the habitable zone and potentially suitable for lifeStudy the extrasolar planet catalog and determine which planets are in the habitable zone and potentially suitable for lifeStudy the extrasolar planet catalog and determine which planets are in the habitable zone and potentially suitable for lifeStudy the extrasolar planet catalog and determine which planets are in the habitable zone and potentially suitable for life
Would it be like erosion ? I am not sure if that is correct but i think it could be
Answer:
c) 3
Explanation:
Cellular respiration includes following 3 processes:
1) Glycolysis
2) Citric acid cycle or TCA or Kreb's cycle
3) Electron Transport Chain (ETC)
In glycolysis, a 3 carbon compound known as pyruvate is produced from glucose. Each glucose molecule produces 2 pyruvate molecules. Each pyruvate molecule then enters a complex known as Pyruvate dehydrogenase complex wherein the pyruvate molecule further undergoes oxidative decarboxylation to produce a 2 carbon compound known as Acetyl-CoA.
.
The Acetyl-CoA then enters citric acid cycle or TCA or Kreb's cycle wherein this Acetyl-CoA and oxaloacetate are oxidized to produce CO₂ molecules in eight steps. Each glucose molecule is capable of producing six CO₂ after the completion of citric acid cycle. Since one glucose molecule produces 2 pyruvate molecules then it means <u>a pyruvate molecule will be able to produce three CO₂.</u>
I believe that the answer would be B.the realized niche
