Chlamydomonas cells exposed to high light grow faster than cells grown under lower light. Why is that? A. Under high light, increased levels of G3P in the stromal of the chloroplast increase starch synthesis. B. Under high light, increased photosystem II activity leads to increased O2 levels which support higher rates of respiration. C. Under high light, high levels of cytosolic G3P support higher rates of cellular respiration and biosynthesis. D. Under high light, extra ATP can be exported from the mitochondria to support higher rates of glycolysis.
Chlamydomonas cells exposed to high light grow faster than cells grown under lower light. Why is that? A. Under high light, increased levels of G3P in the stromal of the chloroplast increase starch synthesis. B. Under high light, increased photosystem II activity leads to increased O2 levels which support higher rates of respiration. C. Under high light, high levels of cytosolic G3P support higher rates of cellular respiration and biosynthesis. D. Under high light, extra ATP can be exported from the mitochondria to support higher rates of glycolysis.
Chapter20: The Protists
Section: Chapter Questions
Problem 4CT: Melvin Calvin and Andrew Benson determined the steps in the light-independent reactions of...
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Chlamydomonas cells exposed to high light grow faster than cells grown under lower light.
Why is that?
- A.
Under high light, increased levels of G3P in the stromal of the chloroplast increase starch synthesis.
- B.
Under high light, increased photosystem II activity leads to increased O2 levels which support higher rates of respiration.
- C.
Under high light, high levels of cytosolic G3P support higher rates of
cellular respiration and biosynthesis. - D.
Under high light, extra ATP can be exported from the mitochondria to support higher rates of glycolysis.
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