The diagram below shows the Calvin cycle of the light-independent reactions.
Which of the following correctly identifies compound M to P?
| M | N | O | P | |
| A. | carbon dioxide | ribulose bisphosphate | glycerate 3-phosphate | glucose |
| B. | carbon dioxide | glycerate 3-phosphate | ribulose bisphosphate | glucose |
| C. | Rubisco | glycerate 3-phosphate | ribulose bisphosphate | triose phosphate |
| D. | carbon dioxide | triose phosphate | glycerate 3-phosphate | ribulose bisphosphate |
The following steps describe non-cyclic photophosphorylation involving the electron transport chain.
Which of the following represents the correct sequence of the steps?
II. → V. → IV. → III. → I.
V. → IV. → III. → II. → I.
II. → V. → III. → IV. → I.
V. → III. → IV. → II. → I.
The following molecules are all involved with the process of photosynthesis.
Which of these molecules are involved with both the light dependent and light independent reactions?
I. and III.
II. and IV.
I., II. and IV.
II., IV. and V.
Which of the following provides the best explanation of the process illustrated in the diagram?
Photosystem I and ferredoxin is involved with the reduction of NADP so that the hydrogen can be used during the light independent stage of photosynthesis
Photosystem II and ferredoxin is involved with the reduction of NADP so that the hydrogen can be used during the light independent stage of photosynthesis
Photosystem I and plastoquinone is involved with the reduction of NADP so that the hydrogen can be used during the light independent stage of photosynthesis
Photosystem I and ferredoxin is involved with the reduction of NADP so that the hydrogen can be used during the light dependent stage of photosynthesis
Which of the following statements is not correct with regards to chemiosmosis in photosynthesis?
I. and IV. only
II. and III. only
I., III. and IV.
II., III. and IV.
