Which of the following reactions will have a net positive delta E value? Pentose
ID: 142570 • Letter: W
Question
Which of the following reactions will have a net positive delta E value?
Pentose Phosphate Pathway
Fermentation
Glyoxylate Cycle
Photosynthesis
TCA Cycle
Glycolysis
5 points
QUESTION 6
Synonym for the oxidized form of CoQH2
There may be one or more correct answers.
Citric Acid Cycle
Cytochrome
FAD
FMN (also known as Complex 1)
Glyoxylate Cycle
Quinol
Quinone
NADH
10 points
QUESTION 7
Uses Pi bonds (resonance structure) to stabilize the gain and loss of electrons
There may be one or more correct answers.
Citric Acid Cycle
Cytochrome
FAD
FMN (also known as Complex 1)
Glyoxylate Cycle
Quinol
Quinone
NADH
Pentose Phosphate Pathway
Fermentation
Glyoxylate Cycle
Photosynthesis
TCA Cycle
Glycolysis
Nitrate (NO3 and Nitrite (NO2) look a lot alike, and so do Sulfate (SO4 and Sulfite (SO3 Some redox potentials in the tower are pH specific, for example Iron (Fe) depends on pH Make sure you pick the one the question is asking you about. Use the equation E cell = E reduction + E oxidation and the redox tower on page 82 of the textbook to solve for E cell What is the redox potential (AE) for the oxidation of FADH2 paired with the reduction of FMN, part of Complex 1 of the ETC? The Eo for the FMN- FMNH2 half reaction is 0.22. The E0 for the reduction of FAD -> FADH2 half reaction is 0.031 volts. This is not the same as the reduction of FAD to FADH listed in the redox tower in the book. FADH is an intermediate redox state Enter your answer rounded to two decimal places Do these half reactions form a spontaneous reaction? A) Yes B) No Enter A for yes or B for no.Explanation / Answer
Q5-in Pentose phosphate pathway will have net positive delta E value
Q6-NADH and also it can be FAD along with it.
Q7-Citric acid cycle Uses pi bonds as it has lewis structure.
Q7-
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