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From where does the Calvin cycle get its high energy molecules to fuel its reactions?
ATP synthase
the light dependent reactions
chloroplast thylakoid membrane
carbon dioxide
water and carbon dioxide
hydrogen ions
chlorophyll a and b
ATP, NADPH, oxygen
What are the products of the light dependent reactions?
ATP synthase
the light dependent reactions
chloroplast thylakoid membrane
carbon dioxide
water and carbon dioxide
hydrogen ions
chlorophyll a and b
ATP, NADPH, oxygen
What is the enzyme in the electron transport chain the produces ATP?
ATP synthase
the light dependent reactions
chloroplast thylakoid membrane
carbon dioxide
water and carbon dioxide
hydrogen ions
chlorophyll a and b
ATP, NADPH, oxygen
The most abundant photopigment in the thylakoid membrane is (are)
ATP synthase
the light dependent reactions
chloroplast thylakoid membrane
carbon dioxide
water and carbon dioxide
hydrogen ions
chlorophyll a and b
ATP, NADPH, oxygen
In the electron transport chain, what is pumped across the thylakoid membrane to produce an electrochemical gradient to fuel the production of ATP?
ATP synthase
the light dependent reactions
chloroplast thylakoid membrane
carbon dioxide
water and carbon dioxide
hydrogen ions
chlorophyll a and b
ATP, NADPH, oxygen
Where does the light dependent reaction occur?
ATP synthase
the light dependent reactions
chloroplast thylakoid membrane
carbon dioxide
water and carbon dioxide
hydrogen ions
chlorophyll a and b
ATP, NADPH, oxygen
What molecule enters the Calvin cycle and is the carbon source for the glucose made?
ATP synthase
the light dependent reactions
chloroplast thylakoid membrane
carbon dioxide
water and carbon dioxide
hydrogen ions
chlorophyll a and b
ATP, NADPH, oxygen
What are the reactants of photosynthesis?
ATP synthase
the light dependent reactions
chloroplast thylakoid membrane
carbon dioxide
water and carbon dioxide
hydrogen ions
chlorophyll a and b
ATP, NADPH, oxygen
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