6. Fill in the blanks and select the correct option [ A/B/C] in the paragraph below. Although both NADH and FADH₂ bring high-energy electrons to the ETC, ultimately they produce different amounts of [ H₂O / ATP /0₂]. NADH is [oxidized / reduced] by NADH reductase resulting in [2/4/6] H*/protons being pumped from the to the FADH₂ gives its electrons to [ ubiquinone / cytochrome c] which means that only [2/4/6] H*/protons are pumped. All electrons are eventually accepted by which produces water/H₂O. Ultimately, each NADH is responsible for the production of about [2/3 /4] ATP while FADH₂ makes [2/3/4] when the potential energy of the electrochemical gradient moves [ protons/electrons ] back into the matrix using the enzyme
6. Fill in the blanks and select the correct option [ A/B/C] in the paragraph below. Although both NADH and FADH₂ bring high-energy electrons to the ETC, ultimately they produce different amounts of [ H₂O / ATP /0₂]. NADH is [oxidized / reduced] by NADH reductase resulting in [2/4/6] H*/protons being pumped from the to the FADH₂ gives its electrons to [ ubiquinone / cytochrome c] which means that only [2/4/6] H*/protons are pumped. All electrons are eventually accepted by which produces water/H₂O. Ultimately, each NADH is responsible for the production of about [2/3 /4] ATP while FADH₂ makes [2/3/4] when the potential energy of the electrochemical gradient moves [ protons/electrons ] back into the matrix using the enzyme
Biology: The Dynamic Science (MindTap Course List)
4th Edition
ISBN:9781305389892
Author:Peter J. Russell, Paul E. Hertz, Beverly McMillan
Publisher:Peter J. Russell, Paul E. Hertz, Beverly McMillan
Chapter7: Cellular Respiration: Harvesting Chemical Energy
Section: Chapter Questions
Problem 4TYK
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Question
![6. Fill in the blanks and select the correct
option [A/B/C] in the paragraph below.
Although both NADH and FADH₂ bring
high-energy electrons to the ETC, ultimately
they produce different amounts of [ H₂O / ATP
/0₂]. NADH is [oxidized / reduced] by NADH
reductase resulting in
2
H*/protons being pumped from the
to the
[2/4/6]
FADH₂ gives its
electrons to [ ubiquinone / cytochrome c]
which means that only [2/4/6] H*/protons
are pumped. All electrons are eventually
accepted by
which
produces water/H₂O. Ultimately, each NADH is
responsible for the production of about [2/3
/4] ATP while FADH₂ makes [2/3/4] when
the potential energy of the electrochemical
gradient moves [ protons/electrons ] back into
the matrix using the enzyme](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F0c441860-894f-4938-a8d6-0bde46afc1c8%2F7c7c47fd-e770-41ed-84bb-a4629cc12208%2F1z5h4xj_processed.jpeg&w=3840&q=75)
Transcribed Image Text:6. Fill in the blanks and select the correct
option [A/B/C] in the paragraph below.
Although both NADH and FADH₂ bring
high-energy electrons to the ETC, ultimately
they produce different amounts of [ H₂O / ATP
/0₂]. NADH is [oxidized / reduced] by NADH
reductase resulting in
2
H*/protons being pumped from the
to the
[2/4/6]
FADH₂ gives its
electrons to [ ubiquinone / cytochrome c]
which means that only [2/4/6] H*/protons
are pumped. All electrons are eventually
accepted by
which
produces water/H₂O. Ultimately, each NADH is
responsible for the production of about [2/3
/4] ATP while FADH₂ makes [2/3/4] when
the potential energy of the electrochemical
gradient moves [ protons/electrons ] back into
the matrix using the enzyme
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