Photosynthesis quiz
Movement of electrons between photosystem II and photosystem I
Splitting of a water molecule
Creation of a molecule of NADPH
Absorption of photons by chloroplast pigments
Higher concentration of H+ inside versus outside the thylakoid membranes
Increasing the carbon dioxide concentration
Decreasing the intensity of exposure to light
Increasing the oxygen concentration
Decreasing the duration of exposure to light
Oxygen bubbles from reactions in photosystem I
Oxygen bubbles from reactions in photosystem II
Carbon dioxide bubbles from reactions in photosystem I
Carbon dioxide bubbles from reactions in photosystem II
They create NADP+ from NADPH for later use in syntheses
They provide the energy needed to split a molecule of carbon dioxide
They convert ATP into ADP which provides a store of energy
They convert ADP into ATP which provides a store of energy
A phosphate group is added.
Adenine bonds to ribose.
ATP is exposed to sunlight.
A phosphate group is removed.
Carbon dioxide is used to create organic molecules
Energy in the form of ATP is used
NADPH is required
Glucose is formed
All of these
In the stroma
Outside the chloroplasts
In the thylakoid membranes
Only in chlorophyll molecules
Carbon dioxide is fixed
ATP and NADPH form
Carbon dioxide accepts electrons
Glucose molecules form
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