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16 Cards in this Set
- Front
- Back
Front (Term)
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A. More A. More |
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Antenna complex |
Several hundred chlorophyll a molecules Collects light energy to funnel it to... |
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Reaction center |
2 chlorophyll a molecules Converts light energy to chemical energy |
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What pigment do you expect to find at the reaction center |
Chlorophyll A |
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Where does the photosystems happen |
Thylakoids membrane |
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Photo system II |
Functions only in concert with PS I Passes high energy electron to the electron transport chain Peak absorbance 680nm |
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Photo system I |
Can function alone but usually works with PS II catalyze the generation of NADPH Peak absorbance 780nm |
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What happens to the thylakoids space (etc) |
H GOES INTO T SPACE BECAUSE ACIDIC ph goes down |
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What does the atp pump work |
Due to gradient of high concentration H in t space 3 H binds and the rotor turns |
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Where is atp synthesis |
Stroma |
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Non cyclic transport |
Electron is carried to the enzyme ferredoxin NADP reductase (FNR) that reduces nadp to nadph |
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Cyclic electron transport |
Electron are transferred to a proton pump, cytochrome and the. Returned to p700 |
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Which wavelengths of light are most responsible for photosynthesis |
Blue and red |
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Where is chlorophyll located in the chloroplast which |
Thylakoid |
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Which of the following pigments forms the center of the reaction center |
Chlorophyll A |
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Which is not a way in which the electron transport of respiration and photosynthesis are similar |
Both require water |
