Which of the following energy pathways is utilized the MOST during a 100 meter sprint? Glycolysis PCr System Krebs Cycle Electron Transport Chain Which of the following is not a way lactate can be utilized in the blood? Be converted to pyruvate and used in the citric acid cycle Be converted into fat and stored Be converted into glycogen Be utilized in amino acids or proteins

Which of the following energy pathways is utilized the MOST during a 100 meter sprint? Glycolysis PCr System Krebs Cycle Electron Transport Chain Which of the following is not a way lactate can be utilized in the blood? Be converted to pyruvate and used in the citric acid cycle Be converted into fat and stored Be converted into glycogen Be utilized in amino acids or proteins

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Which of the following statements is true regarding the process of glycolysis? It both requires the input of ATP and produces ATP. It produces ATP by oxidative phosphorylation. It is an alternative to fermentation. It involves changing 1 molecule of glucose into 1 molecule of pyruvate. It occurs in the cell membranes of bacteria.
If you are using cellular respiration to get energy from proteins rather than carbohydrates, which of the following is true? there are completely different reactions for protein breakdown as compared to carbohydrates so a different set of pathways is used the amino acids must be broken down into individual C-H or C-C bonds and then those bonds will join with others to create a sugar that enters into the glycolysis pathway O the amino acids are joined with a covalent bond to a sugar and then the hybrid molecule will enter the cellular respiration pathways the amino group is removed and then the rest of the molecule is converted into molecules such as pyruvate or oxaloacetate that can then enter cellular respiration pathways O the amino acids must first be converted into glucose and then they can go through the cellular respiration pathways
This process directly uses glucose as an input. Group of answer choices Glycolysis Pyruvate Oxidation Citric Acid Cycle Electron Transport Chain Production of lactate (Lactic Acid Fermentation)
Oxygen molecules (O2) are reduced to water molecules (H2O) during which stage of cellular respiration? the electron transport chain and oxidative phosphorylation glycolysis fermentation the preparatory reaction the TCA cycle
Which of the below cellular processes requires input of ATP energy? Group of answer choices ATP-synthase creating ATP Na+-K+-ATPase (sodium-potassium pump) activity Simple diffusion Pyruvate Oxidation The Electron Transport Chain
Which of the following molecules is NOT produced during the Krebs cycle? Question options: CO2 NADH pyruvate ALL of these molecules are produced during the Krebs cycle FADH2
Which of the following enzymes is responsible for breaking a1-4 glucose bonds and forming a1-6 glucose bonds? glycogen phosphorylase branching enzyme glycogen synthase debranching enzyme
Which of the following regarding the Electron Transport Chain is INCORRECT? It can accept electrons from the Glycerol 3-Phosphate Shuttle It sets up the proton motive force Free energy from the exergonic electron flow is coupled to the endergonic transport of protons out of the matrix Electrons flow through electron acceptors/donors from a high reduction potential to a lower reduction potential
Muscle tissues make lactate from pyruvate in order to do which of the following? Speed up the rate of glycolysis Get rid of pyruvate produced by glycolysis Regenerate nad+ Utilize the energy in pyruvate Produce additional co2
Which of the following statements best describes the products of a single molecule of Glucose, processed by Glycolysis Glycolysis produces two molecules of ATP, two molecules of NADH, and two molecules of Acetyl-CoA, per Glucose. Glycolysis produces two molecules of ATP, two molecules of NADH, and two molecules of Lactic Acid, per Glucose. Glycolysis consumes two molecules of ATP, and produces four molecules of ATP, two molecules of NADH, and two molecules of Pyruvic Acid, per Glucose. Glycolysis consumes two molecules of ATP, and produces four molecules of ATP, two molecules of NADH, and two molecules of Acetyl-CoA, per Glucose.
Chemicals such as cyanide and carbon monoxide can be deadly. This is because they directly inhibit: Components of the Electron Transport Chain ATP Synthase Uncoupling Protein I the Citric Acid Cycle None of the above
What happens during the first stage of glycolysis? Group of answer choices FADH2 is produced 4 ATPs are produced 2 ATPs are invested Oxygen is used