In order to fix CO2, photosynthesis joins CO2 to _ using the enzyme during the _.

A. RuBP; rubisco; the Calvin Cycle

B. RuBP; rubisco; the Citric Acid cycle

C. RuBP; rubisco; the Calvin Cycle

D. NADPH; NADPH reductase; the light reactions

E. NADPH; rubisco; the Calvin Cycle

During photosynthesis, CO2 is fixed by being attached to Ribulose biphosphate (RuBP) with the assistance of the enzyme Rubisco. This process occurs in the Calvin cycle.

In the process of photosynthesis, to fix carbon dioxide (CO2), it is joined to a five-carbon sugar known as Ribulose biphosphate or RuBP using an enzyme called Rubisco. This process takes place during a cycle known as the Calvin cycle.

The Calvin cycle is a key component of photosynthesis and occurs in the stroma of chloroplasts, which are specialized cell structures found in plants.

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In order to fix CO2, photosynthesis joins CO2 to _______ using the enzyme ________ during the _______.A. RuBP; rubisco; the Calvin CycleB. RuBP; rubisco; the Citric Acid cycleC. RuBP; rubisco; the Calvin CycleD. NADPH; NADPH reductase; the light reactionsE. NADPH; rubisco; the Calvin Cycle

Answer :

Other Questions

In order to fix CO2, photosynthesis joins CO2 to _ using the enzyme during the _.

A. RuBP; rubisco; the Calvin Cycle

B. RuBP; rubisco; the Citric Acid cycle

C. RuBP; rubisco; the Calvin Cycle

D. NADPH; NADPH reductase; the light reactions

E. NADPH; rubisco; the Calvin Cycle