J
Jane D
Guest
Refer to the equations and diagrams in the modules to match each of the phrases on the left
with one of the ingredients or products of photosynthesis listed on the right.
_ 1. Oxidized in the light reactions
2. Reduced in the Calvin cycle
_ 3. Carries H and electrons from the light reactions to the
Calvin cycle
_ 4. Food produced by photosynthesis
_ 5. Source of H and electrons that end up in glucose
_ 6. Source of O atoms that end up in glucose
_ 7. Where O atoms from water end up
8. Oxidized in the Calvin cycle
_ 9. Reduced in the light reactions
_10. Supplies energy to the Calvin cycle
_11. Where C and O atoms in carbon dioxide end up
_ 12. Recycled from the Calvin cycle to make ATP
_13. Supplies energy to the light reactions
_14. Gas produced by reactions in the thylakoids
_15. Gas consumed by reactions in the stroma
_16. Source of carbon for carbon fixation
.17. Source of H for the Calvin cycle
_18. Picks up energized electrons from reactions in the thylakoids
A. Carbon dioxide, C02
B. Water, H20
C. Glucose, C6H!
D. Oxygen, 02
F. ATP
G. NADP+
H. NADPH
I. Light
with one of the ingredients or products of photosynthesis listed on the right.
_ 1. Oxidized in the light reactions
2. Reduced in the Calvin cycle
_ 3. Carries H and electrons from the light reactions to the
Calvin cycle
_ 4. Food produced by photosynthesis
_ 5. Source of H and electrons that end up in glucose
_ 6. Source of O atoms that end up in glucose
_ 7. Where O atoms from water end up
8. Oxidized in the Calvin cycle
_ 9. Reduced in the light reactions
_10. Supplies energy to the Calvin cycle
_11. Where C and O atoms in carbon dioxide end up
_ 12. Recycled from the Calvin cycle to make ATP
_13. Supplies energy to the light reactions
_14. Gas produced by reactions in the thylakoids
_15. Gas consumed by reactions in the stroma
_16. Source of carbon for carbon fixation
.17. Source of H for the Calvin cycle
_18. Picks up energized electrons from reactions in the thylakoids
A. Carbon dioxide, C02
B. Water, H20
C. Glucose, C6H!
D. Oxygen, 02
F. ATP
G. NADP+
H. NADPH
I. Light