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4. REDOX reactions in special organelles are like biological batteries. They involve electrons moving through a contained system, and use a build up ions on one side of a membrane to create energy. Energy carrier molecules, electron transport, ATP hydrolysis and ATP synthesis have been common terms over the past month or so. Below is an image that shows two organelles we have been focusing on, along with important membranes that can establish a proton gradient. Using the diagram, explain how chemiosmosis is established in mitochondria and chloroplasts. You must correctly name the important membrane in each organelle, and include the following words in your answer; ATP, protons/, Pi, ATP synthase, ADP, and proton-motive force. WHALE Intermembrane High H Mitochondrion Space concentration Electron Transport Chain THRE ADP. P Low H Matrix concentration 0000 M SATP H. S Thylakoid Lumen. Stroma STES Chloroplast

4. REDOX reactions in special organelles are like biological batteries. They involve electrons moving through a contained system, and use a build up ions on one side of a membrane to create energy. Energy carrier molecules, electron transport, ATP hydrolysis and ATP synthesis have been common terms over the past month or so. Below is an image that shows two organelles we have been focusing on, along with important membranes that can establish a proton gradient. Using the diagram, explain how chemiosmosis is established in mitochondria and chloroplasts. You must correctly name the important membrane in each organelle, and include the following words in your answer; ATP, protons/, Pi, ATP synthase, ADP, and proton-motive force. WHALE Intermembrane High H Mitochondrion Space concentration Electron Transport Chain THRE ADP. P Low H Matrix concentration 0000 M SATP H. S Thylakoid Lumen. Stroma STES Chloroplast

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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4. REDOX reactions in special organelles are like biological batteries. They involve electrons moving through a contained system, and use a build up ions on one side of a membrane to create energy. Energy carrier molecules, electron transport, ATP hydrolysis and ATP synthesis have been common terms over the past month or so. Below is an image that shows two organelles we have been focusing on, along with important membranes that can establish a proton gradient. Using the diagram, explain how chemiosmosis is established in mitochondria and chloroplasts. You must correctly name the important membrane in each organelle, and include the following words in your answer; ATP, protons/, Pi, ATP synthase, ADP, and proton-motive force. Intermembrane High H Thylakoid Lumen Space concentration Electron OLO Transport Chain | 3000 ADP. P SATP H Low H' Matrix concentration Stroma Mitochondrion Chloroplast
Transcribed Image Text:4. REDOX reactions in special organelles are like biological batteries. They involve electrons moving through a contained system, and use a build up ions on one side of a membrane to create energy. Energy carrier molecules, electron transport, ATP hydrolysis and ATP synthesis have been common terms over the past month or so. Below is an image that shows two organelles we have been focusing on, along with important membranes that can establish a proton gradient. Using the diagram, explain how chemiosmosis is established in mitochondria and chloroplasts. You must correctly name the important membrane in each organelle, and include the following words in your answer; ATP, protons/, Pi, ATP synthase, ADP, and proton-motive force. Intermembrane High H Thylakoid Lumen Space concentration Electron OLO Transport Chain | 3000 ADP. P SATP H Low H' Matrix concentration Stroma Mitochondrion Chloroplast
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