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To synthesize one molecules, the Calvin Cycle uses: How many molecules of CO2 How many molecules of ATP How many molecules of
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Calvin cycle is a set of light independent redox reactions that occur during photosynthesis and carbon fixation to convert carbon dioxide into the sugar glucose.

Dark Reaction of C3 Plants : from 1 Co. (atmosphere, c=0 (kerose) carbohydrate a Pentose Phosphate I RUBP (CSH 100s) to Rubis6 RUBP 30 C 70 H 7 (C5H1005) L 3oo. 10 (C3H603) 300 60H | 300 - 12 PGAL -(12 x C3H603) 2 (C3H6032 C6H12O6] for each co2, 2ATPRegeneration GRUBP • 6CC5HOOS) 300, 60H, 300 6602 6H₂O K 6H2O tox CSHG021204 30C (10 molecules) ( 300] (8946 plom (02-26C)3Hence to synthesis one molecule of glucose in calvin cycle require

6 molecule of co2

12 molecule of ATP

12 molecule of NADPH

G3P ( Glyceraldehyde 3 phosphate ) has 3 carbons

12 molecules of G3P is required to make one glucose molecule

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