Use what you know and the questions above to complete the following chart: aerobic resprafion? How do you gel that number?- 38 ATP. 2 NADH produced in glycolysis (3 ATP each), plus 8 NADH produced in Krebscycle (3 ATP each), plus 2 FADH2 (2 ATP each), plus 2 ATP produced in the Krebscycle + 2 ATP produced in Glycolysis 6+24+4+2+2-38.Use what you know and the questions you answered above to complete the followingchart:国GlycolysisFermentationKrebs CycleElectron transport chainStartingMaterialEnd ProductsFinal ElectronNot applicableNot applicableАссeptorАТР yieldD Focus1014446.008 Study Guide - Cellular Respiration(4) - WordO StarchA chad gull-LayoutReferencesMailingsReviewViewHelp11 A A Aa - A三AaBbCcDc AaBbCcDc AaBbC AaBbCcl AaBab x, x' A-lrAv目==|。I Normal 1 No Spac. Heading 1 Heading 2TitleFontParagraphStylesCellular Respiration (Chapter 9)Study Guide11. What is chemiosmosis and how does it work to generate ATP?-The process ofchemiosmosis dries ATP synthesis using the potential energy of a concentrationgradient of hydrogen ions across a membrane.1. What is a redox reaction?-A redox reaction is where both oxidation and reduction take place.2. What is the primary electron carrier in energy metabolism? How does it work? - NAD+is the primary electron carier used in energy metabolism. It works by acoeptingelectrons from other molecules and becoming reduced.12. What is the highest yield of ATP possible for one molecule of glucose undergoingaerobic respiration? How do you get that number?- 38 ATP. 2 NADH produced in glyoolysis (3 ATP each), plus 8 NADH produced in Krebscycle (3 ATP each), plus 2 FADH2 (2 ATP each). plus 2 ATP produced in the Krebscycle +2 ATP produced in Glycolysis = 6+24+4+2+2=38.3. What is the function of ATP? What are the two main mechanisms for ATP generation? -ATP captures chemical energy obtained from the breakdown of food molecules andreleases it to fuel other cellular processes. The two main mechanisms of ATP generationare substrate-level phosphorylation and axidative phosphorylation through the processpf chemiosmosis.Use what you know and the questions you answered above to complete the followingchartGlycolysisFermentationKrebs CycleElectron transporteStartingMaterial4. In glycolysis what are you starting with? What do you end with? - Glycolysis starts withone molecule of glucose and ends with two pyruvate molecules, four ATP molecules,and two NADH molecules.End Products5. What is your total ATP generation in glycolysis and your net ATP generation?-Glycolysis produces two pyruvate molecules, a net gain of two ATP molecules, and twoNADH molecules.Final Electron Not applicableAcceptorNot applicableATP yield6. After glycolysis, what happens to your end prpduct if it is part of a fermentation pathway?What about if it continues to aerobic respiration? - In the process of fermentation afterglycolysis. The NADH+ H+ will be recycled back to NAD+ so that glyoolysis cancontinue. If it continues to aerobic respiration, it will go into three stages: glycolysis, theKrebs Cycle, and electron transport.I7. What do you start with for the Krebs cycle? What do you end up with?-The Krebs Cycle begins when acetyl-CoA combines with a four-carbon molecule calledOAA. The final product of the Krebs Cycle is oxaloacetic acid.8. During the one turn of the Krebs cycle, how many NAD+ are reduced? How many FAD+are reduced? How many ATP are generated by substrate level phosphorylation? -Three equivalents of reduced NAD+, two hydrogen atoms of FAD+, and one form ofATP.9. How many tums of the Krebs cycle per glucose? -Two turns10. How does the cell harvest the energy from the electrons shuttled in NADH? - It picks upelectrons and becomes reduced when another molecule is oxodized and then transfersitself to another molecule.O Focus112

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Cellular respiration is a metabolic process occurring inside cells of the organisms to convert…

Use what you know and the questions you answered above to complete the following chart: Glycolysis Fermentation Krebs Cycle Electron transport chain Starting Material End Products Final Electron Not applicable Not applicable Acceptor ATP yield