THE PICTURE BELOW DIAGRAMS THE REDOX POTENTIAL OF OXYGENIC PHOTOSYNTHESIS, WHICH OCCURS IN CYANOBACTERIA AND EUKARYOTIC PHOTOTROPHS. ALL OTHER PHOTOTROPHIC BACTERIA PERFORM ANOXYGENIC PHOTOSYNTHESIS USING ONLY PHOTOSYSTEM I (LABELED P700 IN THE DIAGRAM).
THE PICTURE BELOW DIAGRAMS THE REDOX POTENTIAL OF OXYGENIC PHOTOSYNTHESIS, WHICH OCCURS IN CYANOBACTERIA AND EUKARYOTIC PHOTOTROPHS. ALL OTHER PHOTOTROPHIC BACTERIA PERFORM ANOXYGENIC PHOTOSYNTHESIS USING ONLY PHOTOSYSTEM I (LABELED P700 IN THE DIAGRAM).
THESE BACTERIA GENERATE A PROTON GRADIENT BY RELYING ON THE CYCLIC ELECTRON TRANSPORT SYSTEM BECAUSE THEY DO NOT CONTAIN PHOTOSYSTEM II (P680). EXAMINE THE REDOX POTENTIALS TO EXPLAIN WHY ORGANISMS THAT RELY ONLY ON PSI MUST BE ANOXYGENIC?
The picture below diagrams the redox potential of oxygenic photosynthesis, which occurs in cyanobacteria and eukaryotic phototrophs. All other phototrophic bacteria perform anoxygenic photosynthesis using only photosystem I (labeled P700 in the diagram). These bacteria generate a proton gradient by relying on the cyclic electron transport system because they do not contain photosystem II (P680). Examine the redox potentials to explain why organisms that rely only on PSI must be anoxygenic?
THE PICTURE BELOW DIAGRAMS THE REDOX POTENTIAL OF OXYGENIC PHOTOSYNTHESIS, WHICH OCCURS IN CYANOBACTERIA AND EUKARYOTIC PHOTOTROPHS. ALL OTHER PHOTOTROPHIC BACTERIA PERFORM ANOXYGENIC PHOTOSYNTHESIS USING ONLY PHOTOSYSTEM I (LABELED P700 IN THE DIAGRAM). THESE BACTERIA GENERATE A PROTON GRADIENT BY RELYING ON THE CYCLIC ELECTRON TRANSPORT SYSTEM BECAUSE THEY DO NOT CONTAIN PHOTOSYSTEM II (P680). EXAMINE THE REDOX POTENTIALS TO EXPLAIN WHY ORGANISMS THAT RELY ONLY ON PSI MUST BE ANOXYGENIC?
The picture below diagrams the redox potential of oxygenic photosynthesis, which occurs in cyanobacteria and eukaryotic phototrophs. All other phototrophic bacteria perform anoxygenic photosynthesis using only photosystem I (labeled P700 in the diagram). These bacteria generate a proton gradient by relying on the cyclic electron transport system because they do not contain photosystem II (P680). Examine the redox potentials to explain why organisms that rely only on PSI must be anoxygenic?
. .
The post THE PICTURE BELOW DIAGRAMS THE REDOX POTENTIAL OF OXYGENIC PHOTOSYNTHESIS, WHICH OCCURS IN CYANOBACTERIA AND EUKARYOTIC PHOTOTROPHS. ALL OTHER PHOTOTROPHIC BACTERIA PERFORM ANOXYGENIC PHOTOSYNTHESIS USING ONLY PHOTOSYSTEM I (LABELED P700 IN THE DIAGRAM). appeared first on submit your homeworks.