The final product of the Calvin Cycle (the product that EXITSthe Calvin Cycle, assuming successful carboxylation) is

		3-phosphoglycerate
		glyceraldehyde-3-phosphate
		Ribulose-1,5-bisphosphate
		sucrose
		starch

To be in an active state, several enzymes of the Calvin Bensoncycle require

		An oxidizing environment to create disulfide bridges (-S-S-)
		An oxidizing environment to break disulfide bridges (-SH,-SH)
		A reducing environment to create disulfide bridges (-S-S-)
		A reducing environment to break disulfide bridge (-SH, -SH)

The dry-weight mass of a plant (the weight of plant solids afterwater is removed) is from

		Nutrients absorbed form the soil
		Water absorbed from the soil
		Carbon dioxide absorbed from the soil
		Carbon dioxide absorbed from the air
		Water absorbed from the air

Which statement is correct

		Blue light (λ = 420 nm) has more energy than red
		Blue light (λ = 680 nm) has more energy than red
		Red light (λ = 420 nm) has more energy than blue
		Red light (λ = 680 nm) has more energy than blue

  

The antennae complexes of photosynthesis gather light energy andchannel it toward (choose ALL that apply)

		Photosystem I
		Photosystem II
		Cytochrome b6f
		Plastoquinone/plastiquinol
		ATPase

Assuming linear electron flow from H₂O toNADP⁺
(i.e., the Z-scheme) what is the theoretical minimum number ofphotons required to produce one molecule of O₂ evolved(remember each water release a pair of electrons, it takes 2H₂O to produce O₂)?

		4
		8
		12
		10
		16

  

During CYCLIC electron flow, electrons from ferrodoxin aretransferred to

		Ferrodoxin NADP reductase
		Photosystem II
		Water
		Cytochrome b6f
		ATPase

What the heck am I talking about when I say “Reduction ofplastoquinone to plastoquinol occurs on the stroma side of thethylakoid membrane, and oxidation of plastoquinol back toplastoquinone occurs on the lumen side of the thylakoid membrane”?This describes:

		The proton motive force being used to convert ADP + Pi toATP
		Splitting water (H2O) into molecular oxygen(O2), 4 H+, and 4 e-
		Using the proton motive force to move electrons across themembrane
		Moving electrons down an energy gradient to move protons up aconcentration gradient
		Excitation of electrons in chlorophyll of photosystem I and IIto initiate photochemistry

The Calvin-Benson cycle takes place predominantly in the

		In the cytoplasm of mesophyll cells
		In the stroma of chloroplast
		In the lumen of chloroplasts
		Across the plasma membrane of the mesophyll cells
		Across the thylakoid membrane of chloroplasts

Put the following in the correct order for linear photosynthesis(the Z-scheme)

  

CF-type ATPase

  

Plastoquinone/plastiquinol

  

Photosystem II

  

Photosystem I

Cytochrome b6f

  

Plastocyanin