A scientist isolates chloroplasts and provides them with $^{14}CO_2$ in the dark. After a brief period, the $^{14}C$ is found predominantly in:

How many molecules of CO2 are required to produce one molecule of glucose (C6H12O6) in the Calvin cycle?

The net requirement of assimilatory power for the formation of 6 hexose molecules in maize plant is

Imagine a scenario where a plant's light-dependent reactions are functioning perfectly, but the Calvin cycle is not producing glucose. A deficiency in which of the following would MOST LIKELY be the cause?

Which part of the chloroplast houses the enzymes responsible for the carbon fixation reactions of photosynthesis?

How many molecules of RuBP are required to produce 20 molecules of serine in photorespiration?

If a plant is exposed to $^{14}CO_2$ in the dark and then transferred to light, the $^{14}C$ label will appear first in which of the following carbohydrates?

If RuBisCo's oxygenase activity is inhibited in a plant, which of the following processes would be directly affected?

During the synthesis of two glucose molecules via the Calvin cycle, what is the total consumption of ATP and NADPH?

With reference to three Calvin cycles, which of the given options is correct for the following question? I. How many gross PGAL molecules are produces? II. Total, how many ATP molecules are required for synthesis of PGAL molecules? II. Total, how many NADPH$_2$ molecules are required for the synthesis of obtained PGAL molecules?

The net requirement of assimilatory power for the formation of 6 hexose molecules in maize plant is