1. Which of the following steps of photosynthesis are paired with the correct location for which it occurs.
A.
Calvin Cycle / Granum
B.
Calvin Cycle / Matrix
C.
Light Reactions / Thylakoid Membrane
D.
Light Reactions / Stroma
E.
Calvin Cycle / Thylakoid Membrane
2. Which of the following statements about the Calvin Cycle are true?
A. The Calvin Cycle produces ATP and NADPH that are used in the Light Reactions
B. The Calvin Cycle occurs on a thylakoid membrane.
C. The Calvin Cycle is the same process as Photosystem I.
D. The Calvin Cycle must occur at night
E. In order to produce one molecule of sugar, the Calvin Cycle must occur twice.
3. Place in the correct order in which they occur during the light reactions.
NADP+ is reduced to form NADPH
A molecule of water is split to produce electrons
ATP Synthase phosphorylates ADP and Pi into ATP
Photosystem II absorbs a photon of light
Photosystem II's primary electron acceptor is reduced
Photosystem I absorbs a photon of light
Photosystem II passes electrons to Photosystem I using an electron transport chain
Photosystem I passes its electrons to NADP+
4. Place the steps of the Calvin Cycle in the correct order.
Carbon (CO2) fixation
Reduction
Regeneration of RuBP
5. Using the general equation for photosynthesis, which of the substances is oxidized and has electrons taken from it? (Write out the name of the substance, not the formula)
6CO2 + 6H2O + light -> C6H12O6 + 6O2
Carbon Water Light Glucose Oxygen
1. Which of the following steps of photosynthesis are paired with the correct location for which it occurs.
A. | Calvin Cycle / Granum |
B. | Calvin Cycle / Matrix |
C. | Light Reactions / Thylakoid Membrane |
D. | Light Reactions / Stroma |
E. | Calvin Cycle / Thylakoid Membrane |
2. Which of the following statements about the Calvin Cycle are true?
A. The Calvin Cycle produces ATP and NADPH that are used in the Light Reactions |
B. The Calvin Cycle occurs on a thylakoid membrane. |
C. The Calvin Cycle is the same process as Photosystem I. |
D. The Calvin Cycle must occur at night |
E. In order to produce one molecule of sugar, the Calvin Cycle must occur twice. |
3. Place in the correct order in which they occur during the light reactions.
NADP+ is reduced to form NADPH
A molecule of water is split to produce electrons
ATP Synthase phosphorylates ADP and Pi into ATP
Photosystem II absorbs a photon of light
Photosystem II's primary electron acceptor is reduced
Photosystem I absorbs a photon of light
Photosystem II passes electrons to Photosystem I using an electron transport chain
Photosystem I passes its electrons to NADP+
4. Place the steps of the Calvin Cycle in the correct order.
Carbon (CO2) fixation
Reduction
Regeneration of RuBP
5. Using the general equation for photosynthesis, which of the substances is oxidized and has electrons taken from it? (Write out the name of the substance, not the formula)
6CO2 + 6H2O + light -> C6H12O6 + 6O2
Carbon Water Light Glucose Oxygen