1. All oxygen inhaled by animals and transported around their bodies is destined for specific locations in the body. Once oxygen reaches protein complex IV of the electron transport chain (ETC) it begins its vital task of pulling electrons away from protein complex IV. In short, a set of chain reactions are triggered at protein complex IV. From here 2 electrons are taken from complex III, which then takes two electrons from complex II, or I. a) Use a diagram and your own words to describe how a proton-motive force created by the ETC generates ATP. Make sure you label your diagram correctly and include; inner mitochondrial membrane, hydrogen ions, ADP, P, intermembrane space, ATP synthase, mitochondrial matrix, and ATP.

Human Anatomy & Physiology (11th Edition)
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ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
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Chapter1: The Human Body: An Orientation
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1. All oxygen inhaled by animals and transported around their bodies is destined for specific locations in the
body. Once oxygen reaches protein complex IV of the electron transport chain (ETC) it begins its vital task of
pulling electrons away from protein complex IV. In short, a set of chain reactions are triggered at protein
complex IV. From here 2 electrons are taken from complex III, which then takes two electrons from complex II,
or l.
a) Use a diagram and your own words to describe how a proton-motive force created by the ETC generates ATP.
Make sure you label your diagram correctly and include; inner mitochondrial membrane, hydrogen ions, ADP, P,
intermembrane space, ATP synthase, mitochondrial matrix, and ATP.
Transcribed Image Text:1. All oxygen inhaled by animals and transported around their bodies is destined for specific locations in the body. Once oxygen reaches protein complex IV of the electron transport chain (ETC) it begins its vital task of pulling electrons away from protein complex IV. In short, a set of chain reactions are triggered at protein complex IV. From here 2 electrons are taken from complex III, which then takes two electrons from complex II, or l. a) Use a diagram and your own words to describe how a proton-motive force created by the ETC generates ATP. Make sure you label your diagram correctly and include; inner mitochondrial membrane, hydrogen ions, ADP, P, intermembrane space, ATP synthase, mitochondrial matrix, and ATP.
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