For photosynthesis, ATP helps to provide energy needed for the carbohydrate synthesis in the Calvin/Benson/Bassham Cycle.
And in cellular respiration, they create 36 ATP, that is broken up into three different parts. First, is that they come from glycolysis, which is the first step in breaking down glucose to extract energy for cellular metabolism. Next comes the Krebs Cycle, which oxidizes the pyruvate formed during the glycolytic breakdown of glucose into Carbon Dioxide. Finally, we have the Electron Transport Chain, where a series of complexes transfer electrons from a redox reaction which happens during the aerobic respiration.
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I believe the answer is C. E. And F.
Answer:
Factor analysis is a collection of techniques employed to explore underlying latent variables or factors which influence the outcomes on a number of measured variables.
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A long carbon and hydrogen chain and a carboxyl group.
In images of fatty acids (the monomers of Lipids), it is depicted as a long carbon chain with hydrogen on the ends and connected to them as well, yet on the clear side is the carboxyl group.
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