What is the reducing certified dealer in the adhering to reaction? Pyruvate + NADH + H+ -> Lactate + NAD+A. OxygenB. NADHC. NAD+D. LactateE. Pyruvate
The instant energy source that cd driver ATP synthetic by ATP synthase during oxidative phosphorylation is A. The oxidation that glucose and other organic compounds.B. The flow of electrons down the electron transept chain.C. The affinity the oxygen for electrons.D. The H+ concentration gradient throughout the within mitochondrial membrane.E. The transport of phosphate come ADP.

You are watching: Which of the following is a true distinction between fermentation and cellular respiration?


Which metabolic pathway is common to both fermentation and also cellular respiration?A. The citric acid cycleB. The election move chainC. GlycolysisD. Synthetic fo acetyl CoA indigenous pyruvateE. Reduction of pyruvate come lactate
In mitochondria, exergonic oxidization reactionsA. Are the resource of energy throughout prokaryotic ATP.B. Are straight coupled come substrate-level phosphorylation.C. Provide the power to establish the proton gradient.D. Alleviate carbon atom to carbon dioxide.E. Are coupled via phosphorylated intermediates come endergonic processes.
The final electron acceptor of the electron transport chain that attributes in oxidative phosphorylation is A. OxygenB. WaterC. NAD+D. PyruvateE. ADP
When elections flow along the electron transport chains of mitochondria, i beg your pardon of the following transforms occurs?A. The pH the the matrix increasesB. ATP synthase pumps protons by active transportC. The electrons gain cost-free energyD. The cytochromes phosphorylate ADP to type ATP.E. NAD+ is oxidized.
In the visibility of a metabolic poison that specifically and totally inhibits all role of mitochondrial ATP synthase, which would you expect?A. A diminish in the pH difference throughout the within mitochondrial membraneB. Rise in the pH difference across the inner mitochondrial membraneC. Enhanced synthesis the ATPD. Raised oxygen consumptionE. An buildup of NAD+
Cells perform not catabolize carbon dioxide becauseA. Its twin bonds space too steady to it is in brokenB. CO2 has actually fewer bonding electrons than other organic compounds.C. CO2 is already totally reducedD. CO2 is already fully oxidized.E. The molecule has actually too couple of atoms
Which the the adhering to is a true difference between fermentation and cellular respiration?A. Just respiration oxidizes glucose.B. NADH is oxidized by the electron transport chain in respiration only.C. Fermentation, however not respiration, is an instance of a catabolic pathway.D. Substrate-level phosphorylation is distinctive to fermentation.E. NAD+ functions as one oxidizing agent only in respiration.

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Most CO2 native catabolism is exit duringA. GlycolysisB. The citric mountain cycleC. Lactate fermentationD. Electron transportE. Oxidative phsophorylation
What is the oxidizing certified dealer in the adhering to reaction? Pyruvate + NADH + H+ -> Lactate + NAD+A. OxygenB. NADHC. NAD+D. LactateE. Pyruvate
t/f fermentation is a process that results in partial degradation of glucose without the usage of oxygen
cellular respiration is a complete break down of glucose in aerobic respiration. Oxygen is used as a reactant.
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