glycolysis step 7, ATP synthesis occurs through ______. The energy for this reaction comes _____ oxidative phosphorylation; indirectly from oxidation of NADH/FADH2 Gaining of electron; Hydrolysis of ADP Reduction of Oxygen; Dissipation of proton gradient substrate level phosphorylation; coupling directly to an exergonic reaction.

glycolysis step 7, ATP synthesis occurs through __. The energy for this reaction comes _ oxidative phosphorylation; indirectly from oxidation of NADH/FADH2 Gaining of electron; Hydrolysis of ADP Reduction of Oxygen; Dissipation of proton gradient substrate level phosphorylation; coupling directly to an exergonic reaction.

BIOLOGY:CONCEPTS+APPL.(LOOSELEAF)

10th Edition

ISBN:9781305967359

Author:STARR

Publisher:STARR

Chapter7: Releasing Chemical Energy

Section: Chapter Questions

Problem 11SA

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In which step of glycolysis does each of the following occurs? second substrate-level phosphorylation reaction first ATP-consuming reaction third isomerization reaction use of NAD+ as an OA
The glycolysis reaction follows two step. The initiation requires the input of two ATP, which become converted to ADP but ADP is not a product in the net reaction for glycolysis. Why?
All of the following are involved in oxidative phosphorylation except: proton motive force NADH Cytochromes Acetyl co-enzyme A ATP synthase
Which of the following is NOT true of glycolysis? Select one: a. The pathway requires two molecules of ATP to get started catabolizing each molecule of glucose b. ADP is phosphorylated to ATP c. The pathway converts two molecules of NADH to NAD+ for each molecule of glucose that enters d. The pathway does not require oxygen
Which of the following statements best describes the role of NAD+/NADH in glycolysis? A) NADH is used to directly create the phosphoanhydride bonds in ATP.B) NADH is used primarily in substrate-level phosphorylation.C) NADH accepts electrons during fermentation. D) NAD+ accepts electrons. E) All of the above are correct.
Which of the following statements is correct? a. Glycolysis and Krebs cycle produce ATP in substrate level phosphorylation b. Glycolysis and Krebs cycle produce ATP in oxidative level phosphorylation. c. Glycolysis and pyruvate oxidation produce ATP in substrate level phosphorylation. d. Glycolysis and pyruvate oxidation produce ATP in oxidative level phosphorylation.
During the transition step following glycolysis, __________ is converted into __________. Question options: NONE of these conversions occurs during the transition step NADH / NAD+ acetyl / pyruvate ADP / ATP O2 / H2O glucose / pyruvate
In the conversion of G3P into pyruvate at the end of glycolysis, which of the following does NOT occur? electron carriers are reduced inorganic phosphate is added to the carbon structure substrate level phosphorylation resulting in ADP à ATP carbon is released as CO2
Glycolysis is often split up into three phases: 1. Energy Investment 2. Sugar Splitting and 3. Energy Payoff. After splitting the 6-carbon sugar, Fructose 1,6-biphosphate, 4 ATP are generated by substrate-level phosphorylation. What is substrate-level phosphorylation? A. ATP generated by chemiosmosis B. ATP generated by the direct transfer of a phosphate from an organic molecule to ADP C. ATP generated by the fermentation of alcohol D. Transfer of phosphates between glucose molecules E. All of the above
In the net reaction of glycolysis, which of the following is a term on the product side? a. 2 NADH b. glucose c. O2 d. 2 NAD+ e. 2 acetyl CoA
Assuming all the NADH+H+ and FADH2 are used for oxidative phosphorylation, how many net ATP are made from 1 molecule of glucose? (hint: don’t forget to also include substrate level phosphorylation)
Indicate what step each of the events in the glycolysis pathway the following takes place: a. First phosphorylation of ADP occurs b. First “energy-rich” compound is produced c. Second “ energy-rich” compound is produced d. Frist isomerization reaction occurs

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		oxidative phosphorylation; indirectly from oxidation of NADH/FADH₂
		Gaining of electron; Hydrolysis of ADP
		Reduction of Oxygen; Dissipation of proton gradient
		substrate level phosphorylation; coupling directly to an exergonic reaction.