The metabolic outcome of the Calvin cycle in plants is..... A the generation of

Question

The metabolic outcome of the Calvin cycle in plants is..... A the generation of NADPH for biosynthetic pathways. B maintaining the proton gradient of the thylakoid membrane in the dark. C conversion of CO2 from the atmosphere into organic compounds. D all of the above. 6. The "steady-state assumption," used to derive the Michaelis-Menten equation, assumes that A all reaction steps are at equilibrium. B conversion of the ES complex to E S is negligible. c ES] is zero. D ALES/At is zero, where t time

Explanation / Answer

Question 5

Answer C. The Calvin Cycle converts CO2 into glucose as well as NADPH is decomposed into NADP+ and H+.

Question 6

Answer D. (ES) concentration is constant but NOT 0, this means its derivative must be nearly zero. According to the steady-state assumption:

d(ES)/dt = 0

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