Select the TWO statements below that most accurately describe the reactions in S
ID: 309242 • Letter: S
Question
Select the TWO statements below that most accurately describe the reactions in Stage 3 of the Calvin Cycle.
Question 6 options:
The irreversible reactions in the stage 3 of the Calvin Cycle are those that involve hydrolysis of a phosphate group.
DHAP used in the "carbon shuffle" reactions of the Calvin cycle can be made from GAP by glucokinase.
The "carbon shuffle" reactions of the Calvin Cycle take place in Stage 3 and are responsible for regenerating ribulose-1,5-bisphosphate.
The "carbon shuffle" reactions in the Calvin Cycle provide a way to convert 3-carbon molecules to ribose-5-phosphate with the lose of one carbon atome.
3 GAP and 2 DHAP are needed to make 3 ribulose-1,6-bisphosphate molecules in the "carbon shuffle' reactions of the Calvin cycle.
There are not two correct answers.
The irreversible reactions in the stage 3 of the Calvin Cycle are those that involve hydrolysis of a phosphate group.
DHAP used in the "carbon shuffle" reactions of the Calvin cycle can be made from GAP by glucokinase.
The "carbon shuffle" reactions of the Calvin Cycle take place in Stage 3 and are responsible for regenerating ribulose-1,5-bisphosphate.
The "carbon shuffle" reactions in the Calvin Cycle provide a way to convert 3-carbon molecules to ribose-5-phosphate with the lose of one carbon atome.
3 GAP and 2 DHAP are needed to make 3 ribulose-1,6-bisphosphate molecules in the "carbon shuffle' reactions of the Calvin cycle.
There are not two correct answers.
Explanation / Answer
The "carbon shuffle" reactions of the Calvin Cycle take place in Stage 3 and are responsible for regenerating ribulose-1,5-bisphosphate
3 GAP and 2 DHAP are needed to make 3 ribulose-1,6-bisphosphate molecules in the "carbon shuffle' reactions of the Calvin cycle.
The "carbon shuffle" reactions of the Calvin Cycle take place in Stage 3 and are responsible for regenerating ribulose-1,5-bisphosphate
3 GAP and 2 DHAP are needed to make 3 ribulose-1,6-bisphosphate molecules in the "carbon shuffle' reactions of the Calvin cycle.
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