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ATP Production (Similar to 2018 question 1)

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Wize University Biology Textbook > Cellular Respiration

The Electron Transport Chain [short]

4 Activities

Central metabolism is responsible for producing ATP for cellular function, which of these processes produces the most ATP?
More The Electron Transport Chain [short] Questions:
Electron Transport Chain: Similar to 2014 Question 12
What causes electrons to be transported across the mitochondrial membrane in the electron transport chain?
Which of the following is FALSE regarding the H+ gradient?
Practice: Permeability to H+
You are testing a drug that causes the inner mitochondrial membrane to become permeable to H+. How would this drug affect mitochondrial ATP output?
Practice: Locations in Mitochondria
Letter A is pointing to the location of:
The large number of ATPs produced in the mitochondria are
Electron Transport Chain: Similar to 2014 Question 12
What causes electrons to be transported across the mitochondrial membrane in the electron transport chain?
What is the role of Mitochondria in Oxidative phosphorylation?
Location of the ETC (Similar to 2018 Question 47)
Where does the electron transport chain occur?
Letter A is pointing to the location of:
Where does the oxygen come from to produce water in the ETC?
Practice: Cascade of Electrons
How do electrons cascade down the electron transport chain (ETC)?
Practice: H+ Gradient
Which of the following is FALSE regarding the H+ gradient?
Electron transport chain
You are testing a drug that causes the inner mitochondrial membrane to become permeable to H+. How would this drug affect mitochondrial ATP output?
Mitochondrial anatomy
Letter A is pointing to the location of:
Which of the following situations would signal a loss of respiratory control?
In which situation would ATP production by oxidative phosphorylation only be partially inhibited?
Which of the following is the highest affinity electron acceptor in the ETC?
How do electrons cascade down the electron transport chain (ETC)?
Which of the following is FALSE regarding the H+ gradient?
What is the final electron acceptor in the electron transport chain?
In photophosphorylation, the protomotive force of H+ ions moving from the thylakoid
lumen
to the chloroplast
stroma
drives ATP synthesis.
In contrast, in the mitochondrial ETC, the protomotive force of H+ ions moving from the
intermembrane space
to the
matrix
drives ATP synthesis.
You are testing a drug that causes the inner mitochondrial membrane to become permeable to H+H^+. How would this drug affect mitochondrial ATP output?
The label that points to the matrix is