Answered: On average, how many ATPs would be made…

Name: On average, how many ATPs would be made if 6 NADH and 3 FADH2 molecule
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Description: On average, how many ATPs would be made if 6 NADH and 3 FADH2 molecules donated their high-energy electrons to the mitochondrial electron transport chain? one answer options: 10 24 12 27

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Biology

On average, how many ATPs would be made if 6 NADH and 3 FADH2 molecules donated their high-energy electrons to the mitochondrial electron transport chain? one answer options: 10 24 12 27

BIOLOGY:CONCEPTS+APPL.(LOOSELEAF)

10th Edition

ISBN:9781305967359

Author:STARR

Publisher:STARR

Chapter7: Releasing Chemical Energy

Section: Chapter Questions

Problem 15SA: Match the terms with the best description. ___ mitochondrial matrix a. needed for glycolysis ___...

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Match the term with the best description. _____ mitochondrial matrix a. needed for glycolysis _____ pyruvate b. inner space _____ NAD+ c. makes many ATP _____ mitochondrion d. product of glycolysis _____ NADH e. reduced coenzyme _____ anaerobic f. no oxygen required
Is the following statement true or false? Unlike animals, which make many ATP by aerobic respiration, plants make all of their ATP by photosynthesis.
Under typical conditions, how many protons are pumped across the mitochondrial intermembrane for each molecule of NADH that is oxidized (assuming its electrons are passed all the way to O2 by the respiratory chain)? 1. 1 2. 6 3. 10 4. 100
Which of the following is the major source of electrons that flow through the mitochondrial electron transport chain? (a) H2 0 (b) ATP (c) NADH (d) ATP synthase (e) coenzyme A
The Fo subunit of the ATP synthase is present in the ______ while the F1 subunit is in the ____. inner mitochondrial membrane; inner mitochondrial membrane mitochondrial matrix; inner mitochondrial membrane mitochondrial matrix; mitochondrial matrix Inner mitochondrial membrane; mitochondrial matrix
When NADH and FADH2 are oxidized by the proteins in the electron transport chain, A) protons are pumped into the mitochondrial intermembrane space. B) hydrogen ions are pumped into the mitochondrial matrix. C) protons are pumped into the mitochondrial matrix. D) electrons are pumped into the cytoplasm.
In the mitochondrial electron-transport chain, which complex accepts electrons from FADH2? Complex II. Complex I. Complex V. Complex IV. Complex III.
In step 6 of the Krebs cycle succinate ___ to fumerate a reaction that takes place in the ___ oxidizes ;inner mitochondrial membrane reduces ;mitochondrial matrix reduces; inner mitochondrial membrane Oxidizes; mitochondrial matrix
Which of the following electron carriers diffuses within the inner mitochondrial membrane to transport electrons? A. Cytochrome c B. Flavoproteins C. Fe-S Cluster Proteins D. Ubiquinol
The simultaneous movement of ATP and ADP in opposite directions across the inner mitochondrial membrane, using the proton gradient established by electron transport for energy, is an example of: antiport movement uniport movement symport movement all of the above none of the above
Which of the following statements is NOT true about the electron transport chain (ETC) and oxidative phosphorylation? (Only one answer applies) A. Oxidative phosphorylation requires the enzyme complexes to be soluble in the mitochondrial matrix. B. If the proton gradient is too high, electrons will not move through the ETC. C. The movement of electrons down the ETC only happens if protons are pumped out of the mitochondrial matrix. D. Oxidative phosphorylation requires the mitochondrial intermembrane space to be more positively charged than the matrix. E. The free energy of the proton gradient can be used to create high energy bonds.
Describe the movement of protons that is caused by the action of the mitochondrial electron transport chain and explain why more ATP can be generated from the addition of NADH to the system as opposed to succinate.