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Place numbers beside the statements below to indicate the order of events occurring in the light reactions.

Place numbers beside the statements below to indicate the order of events occurring in the light reactions.

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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Place numbers beside the statements below to indicate the order of events occurring in the light reactions.  

I know for sure that 1 and 8 are correct, but the rest I’m not too confident about. I attached both my work and a blank copy. 

 



Low energy electrons arriving at PSI are re-energized by a photon of light. _5_ Electrons energized at PSII jump to a high energy level, as they fall through various membrane proteins H+ is pumped from the stroma to the lumen. Photons of light with a wavelength of 680nm enter the chloroplast. 3 H+ pumped with the energy of electrons from PSI diffuses through ATP synthase making ATP and the electrons at the end of the chain are donated to NADP+ to make NADPH 7 A photon of light splits water and electrons enter PSII. __2_ Electrons re-energized by PSI jump to a high energy level, as they fall through various membrane proteins, H+ is pumped from the stroma to the lumen. 6 H+ pumped into the lumen by electrons energized at PSII diffuse through ATP synthetase making ATP. __8__ ATP and NADPH head to the stroma to be used in the Calvin cycle.
Transcribed Image Text:Low energy electrons arriving at PSI are re-energized by a photon of light. _5_ Electrons energized at PSII jump to a high energy level, as they fall through various membrane proteins H+ is pumped from the stroma to the lumen. Photons of light with a wavelength of 680nm enter the chloroplast. 3 H+ pumped with the energy of electrons from PSI diffuses through ATP synthase making ATP and the electrons at the end of the chain are donated to NADP+ to make NADPH 7 A photon of light splits water and electrons enter PSII. __2_ Electrons re-energized by PSI jump to a high energy level, as they fall through various membrane proteins, H+ is pumped from the stroma to the lumen. 6 H+ pumped into the lumen by electrons energized at PSII diffuse through ATP synthetase making ATP. __8__ ATP and NADPH head to the stroma to be used in the Calvin cycle.
Low energy electrons arriving at PSI are re-energized by a photon of light. Electrons energized at PSII jump to a high energy level, as they fall through various membrane proteins H+ is pumped from the stroma to the lumen. Photons of light with a wavelength of 680nm enter the chloroplast. H+ pumped with the energy of electrons from PSI diffuses through ATP synthase making ATP and the electrons at the end of the chain are donated to NADP+ to make NADPH A photon of light splits water and electrons enter PSII. Electrons re-energized by PSI jump to a high energy level, as they fall through various membrane proteins, H+ is pumped from the stroma to the lumen. H+ pumped into the lumen by electrons energized at PSII diffuse through ATP synthetase making ATP. 8 ATP and NADPH head to the stroma to be used in the Calvin cycle.
Transcribed Image Text:Low energy electrons arriving at PSI are re-energized by a photon of light. Electrons energized at PSII jump to a high energy level, as they fall through various membrane proteins H+ is pumped from the stroma to the lumen. Photons of light with a wavelength of 680nm enter the chloroplast. H+ pumped with the energy of electrons from PSI diffuses through ATP synthase making ATP and the electrons at the end of the chain are donated to NADP+ to make NADPH A photon of light splits water and electrons enter PSII. Electrons re-energized by PSI jump to a high energy level, as they fall through various membrane proteins, H+ is pumped from the stroma to the lumen. H+ pumped into the lumen by electrons energized at PSII diffuse through ATP synthetase making ATP. 8 ATP and NADPH head to the stroma to be used in the Calvin cycle.
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