3. Distinguish the correct statements about oxidative phosphorylation. I.1 poirOxidative phosphorylation generates ATP by transferring phosphate groupdirectly to ADP molecule. II. Oxidative phosphorylation occurs insidemitochondria and the source of energy is from sunlight. II. Oxidativephosphorylation occurs inside mitochondria and the source of energy isfrom glucose. IV. Oxidative phosphorylation is based on electrons movingthrough ETC and production of a proton-motive force that drives ATPsynthase.A. I & IIO B. I & IIO C. II & IVD. III & IVpcFATD

Name: 3. Distinguish the correct statements about oxidative phosphorylation
Uploaded: 2024-03-20T06:42:55.000Z
Channel: Bartleby
Description: 3. Distinguish the correct statements about oxidative phosphorylation. I.1 poirOxidative phosphorylation generates ATP by transferring phosphate groupdirectly to ADP molecule. II. Oxidative phosphorylation occurs insidemitochondria and the source of

The correct option is D i.e (III and IV). I)The statement is incorrect because ATP is not…

Science

Biology

3. Distinguish the correct statements about oxidative phosphorylation. I. 1 poir Oxidative phosphorylation generates ATP by transferring phosphate group directly to ADP molecule. II. Oxidative phosphorylation occurs inside mitochondria and the source of energy is from sunlight. IlI. Oxidative phosphorylation occurs inside mitochondria and the source of energy is from glucose. IV. Oxidative phosphorylation is based on electrons moving through ETC and production of a proton-motive force that drives ATP synthase. * A. I & II O B. I & III O C. II & IV D. III & IV

3. Distinguish the correct statements about oxidative phosphorylation. I. 1 poir Oxidative phosphorylation generates ATP by transferring phosphate group directly to ADP molecule. II. Oxidative phosphorylation occurs inside mitochondria and the source of energy is from sunlight. IlI. Oxidative phosphorylation occurs inside mitochondria and the source of energy is from glucose. IV. Oxidative phosphorylation is based on electrons moving through ETC and production of a proton-motive force that drives ATP synthase. * A. I & II O B. I & III O C. II & IV D. III & IV

Biology: The Dynamic Science (MindTap Course List)

4th Edition

ISBN:9781305389892

Author:Peter J. Russell, Paul E. Hertz, Beverly McMillan

Publisher:Peter J. Russell, Paul E. Hertz, Beverly McMillan

Chapter7: Cellular Respiration: Harvesting Chemical Energy

Section: Chapter Questions

Problem 7TYK

See similar textbooks

Similar questions

Which of the following reaction pathways is not part of the second stage of aerobic respiration? a. electron transfer phosphorylation b. acetyl-CoA formation c. Krebs cycle d. glycolysis e. a and d
Glycolysis and Krebs cycle pror TWGPalygXphYW9-zKh7Bt-bdNc75nprw176dBUWOA mResponse 23. Select the situation that will NOT happen if ATP synthase is not functioning. O A. Damage to the chemiosmosis process. B. The number of ATP produced is reduced. C. ATP can be produced through oxidative phosphorylation. D. Accumulation of proton ions in the intercellular membrane. 24. Oxidation of organic compounds that produced carbon dioxide, water and release of free energy causing reduction of the final acceptor molecule: oxygen. Justify the reason. ray bonds than those in
10) a) Explain why the electron transport chain (ETC) is important for the energy producing in the cellular metabolism. b) Describe and explain the route followed by electrons from glucose to 02 and ATP synthesis. (think the energenics and chemiosmotic theory) Cytnsol mtochondrial montane intarmentne Iligh ner mtochordrial membane Matrt Law (1 ADPP ATP
1. Explain the Chemiosmotic theory with regard to ATP generation in oxidative phosphorylation. 2. Explain how Phosphorylase activation differs between the liver and the muscle. What is the role of Epinephrine in Glycogen metabolism. 3. List all the materials required for beta-oxidation of cholesterol from six-carbon intermediate Mevalonate.
1. Choose all the correct answers. Enzyme catalyzing this reaction: COO CO0 но C-H + NAD* CH2 + NADH + H* CH2 лвенный тет CoO COO L-Malate Oxaloacetate A. Belongs to the class of transferases. B. Belongs to the class of oxidoreductases. C. Is a simple enzyme. D. Is a holoenzyme.
Tab. 22. Put down the corresponding letter in the descriptions of the drawings of the morphological changes in mitochondria MORPHOLOGY CHANGES IN MITOCHONDRIA swelling, severe destruction of the cristae, vacuolization of the matrix, the loss of a bypass of the outer membrane and its destruction in certain areas destruction of the outer membrane with preservation of cristae normal mitochondria containing a significant amount of parallel cristae determined turbofan cristae and outer membrane MITOCHONDRIAL appearance of vacuoles swelling, enlightenment matrix, destruction of cristae swelling, fragmentation of cristae, focal homogenization matrix fragmentation of mitochondrial cristae diffuse homogenization, double-preserved outer membrane
5. Explain how proteins produced in the rough endoplasmic reticulum can be secreted into the extracellular environment without ever crossing the plasma membrane. Use the terms rough endoplasmic reticulum, ribosome, lumen, Golgi apparatus, cell membrane in your answer. 6. Describe the major inputs and outputs of glycolysis, the citric acid cycle, and the electron transport system. oal 6a. List all the inputs and outputs of glycolysis and explain any assumptions you make. Inputs: Outputs: 6b. List all the inputs and outputs of the citric acid cycle and explain any assumptions you make. Outputs: Inputs: 6c. List all the inputs and outputs of the electron transport system and explain any assumptions you make. Inputs: Outputs: 6d. How are the high energy electrons captured from glycolysis and the citric acid cycle converted into ATP in mitochondria?
30. Runaway mitochondria 1 . Suppose that the mitochondria of a patient oxidize NADH irrespective of whether ADP is present. The P : O ratio for oxidative phosphorylation by these mitochondria is less than normal. Predict the likely symptoms of this disorder.
1. Determine the answers of these multiple choices please its "a, b, c". Do not explain it, only determining the word or the answer. A) At the end of glycolysis, most of the energy of glucose undergoing aerobic respiration is found in the molecules: -Lactic acid -Of ATP's -Pyruvic acid -Of reduced NAD -Of PGAL B) The final product or final products of the light reaction during photosynthesis is or are: -PGA and carbon dioxide -Decomposition of ATP and water -ATP and NADPH2 training -Leribulose diphosphate (RDP) -ATP formation and carbon -Dioxide absorption: drugs C) Choose the substance that is produced during glycolysis and that will be sent to the Krebs cycle: -the pyruvate -lactic acid -the PGAL -The NADH -fructose
Please answer this question in detail because I don't understand it. Thank you. Which of the following best describes the role of chemiosmosis in oxidative phosphorylation? (A) Chemiosmosis is the movement of electrons down their electrochemical gradient, which generates energy in the electron transport chain. (B) Chemiosmosis is the chemical breakdown of ATP into ADP and inorganic phosphate. (C) Chemiosmosis is the movement of chemicals dissolved in water down their concentration gradient, across the mitochondrial membrane. (D) Chemiosmosis is the chemical breakdown of water into hydrogen and oxygen ions at the final stage of the electron transport chain. (E) Chemiosmosis is the movement of ions down their electrochemical gradient, which generates ATP.
18. Considering the shown reaction that occurs in the skeletal muscle, which of the following statements is true? H HO CH₂OH он H H OH A ATP APP CH₂0- H H 06 он H НО OH B H OH H OH A. The only fate of the product B is to undergo glycolysis B. Accumulation of B would inhibit the reaction C. Both A and B D. Neither A nor B
1. Cyanide, oligomycin, and 2,4-dinitrophenol are all inhibitors of oxidative phosphorylation in mitochon- dria. Provide an explanation to the following conditions regarding these potent inhibitors. (a) Explain why adding cyanide to an active in vitro suspension of mitochondria blocks ATP synthesis. What happens to the rate of ATP synthesis when 2,4-dinitrophenol is added to this mitochon- drial suspension after it was treated with cyanide? (b) Explain why the rate of oxygen consumption decreases in an in vitro suspension of mito- chondria when oligomycin is added. What happens to the rate of oxygen consumption in this oligomycin- inhibited system after adding 2,4-dinitrophenol? Explain.