For every CO2 molecule entering the C3 cycle, the number of ATP & NADPH required ______.

For every CO2 molecule entering the C3 cycle, the number of ATP & NADPH required 3ATP + 2NADPH.

For every CO2 molecule entering the C3 cycle, the number of ATP and NADPH required ______. - Botany

For every CO₂ molecule entering the C₃ cycle, the number of ATP & NADPH required ______.

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For every CO₂ molecule entering the C₃ cycle, the number of ATP & NADPH required 3ATP + 2NADPH.

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Dark Reaction or C3 Cycle or Biosynthetic Phase or Photosynthetic Carbon Reduction (PCR)Cycle

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Chapter 13: Photosynthesis - Evaluation [Page 142]

Chapter 13 Photosynthesis
Evaluation | Q 4. | Page 142

Chapter 13 Photosynthesis
Evaluation | Q 4. | Page 260