When glucose is oxidized by the body to generate energy, part of the energy is used to make molecules of ATP (adenosine triphosphate). However, of the total energy released in the oxidation of glucose, only about 38% actually goes to making ATP. W. happens to the rest of the energy? Select all that apply. O Much of the energy is converted into heat. O The process is not reversible, so less than the maximum amount of useful work goes into making ATP molecules. O Much of the energy is used to order the ions in the blood. The process is reversible, so the maximum amount of useful goes into making ATP molecules. V Much of the energy is converted into carbon dioxide.
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- Please help me identify these based on the model on the picture (even without explanation), thank you so much!1. What is metabolism? 2. What are the two types of metabolism? 3. Which metabolic reaction requires an input of energy? 4. Which metabolic reaction releases energy? 5. Which reaction yields a more complex molecule and is reductive? 6. Which reaction yields a simpler molecule and is oxidative? 7. What are the products of catabolism? Which part of the cell does this pathway take place? 8. What are the products of anabolism? Which part of the cell does this pathway take place? 9. Which reaction is divergent? Why? 10. Which reaction is convergent? Why? 11. How can you relate waterfalls to a mole of glucose? 12. What are the steps in catabolism? 13. What is the common pathway of the degraded complex molecules?Please help!! Aerobic cellular respiration can be divided into 3 series of reactions. Name these and briefly give a synopsis of each be sure to account for the ATP molecules produced at each and identify where each step occurs.True or False? Electrons after complex III are then sent immediately to complex IV. (during ETC in cellular respiration)
- NO PLAGIARISM ONLY TYPED ANSWER Describe the process of converting adenosine tri-phosphate (ATP) into energy within the human bodyyAdditional information: ATP production by the ETC and ATP Synthase per glucose varies somewhat depending on the energy required to move NADH into the mitochondria and other energy uses for the hydrogen-ion gradient. Additional questions: 1.) How many ATP's are generally yielded by oxidative phosphorylation from the catabolism of one glucose? 2.) Summarize the total ATP's obtained from a single molecule of glucose, from start to finish? asapModified TRUE or FALSE. Write the word TRUE if the statement is correct. If the statement is false, write the incorrect underlined word/s and indicate the correct word/s to make the statement true. Feedback inhibition occurs when the end products of the metabolic pathways inhibit the enzymes involved in earlier steps.
- ATP synthase of mitochondria: the structure and principles ofwork. F0and F1subunits of ATP synthase: their functional valueMultiple choice Ultimately, the goal of cellular respiration is to strip electrons from glucose. These stripped electrons are used to generate the energy in oxidative phosphorylation that is needed to: -Actively transport H+ into the intermembrane space -Actively transport NAD+ into the intermembrane space -Turn on ATP synthase -Allow H+ to diffuse down its concentration gradient into the mitochondrial matrixQuestion: Role of the triacyl glycerol cycle. Summarize the cycle referring to Figure 19.9. What role does the cycle play in metabolism? Here are some infromation: Metabolic integration within the human body depends on the redistribution of metabolites, ions, and hormones by the circulatory system. This complex network consists of ∼150,000 km of blood vessels (from major veins and arteries to microcapillaries) that recycle 6 L of blood every minute throughout the body. The circulatory system links together the major tissues and organs of the body in such a way that biochemical pathways in different cells share metabolites, ensuring that the metabolic efficiency of the whole organism is greater than the sum of its parts. This process of maintaining optimal metabolite concentrations and managing chemical energy reserves in tissues is called metabolic homeostasis. This term describes steady-state conditions that apply to a wide variety of physiologic parameters. Metabolic homeostasis is…
- You have a reaction that is very slow on its own, but is accelerated in the presence of an enzyme. Which of the listed effects would be brought about by an enzyme catalyzing this reaction? (Select all that apply) increased kcat increased Keq increased biochemical standard free energy change decreased activation energyChoose any/all that apply to the proton-motive force and ATP synthesis. The active pumping of protons through ATP synthase against their concentration gradient provides the energy needed for ATP synthesis. The ATP molecules produced from the pair of electrons provided by NADH have greater potential energy than the ATP molecules produced from the pair of electrons provided by FADH2. Each Beta subunit of ATP synthase has a distinct amino acid sequence that accounts for the three different active sites present in the enzyme. Rotation of the Y subunit creates conformational changes in the active sites of ATP synthase that drive the release of ATP from the enzyme. Inhibition of either ATP synthase or ATP translocase will stop flux through the electron-transport chain.Pls help ASAP, thank you! "Regulation of metabolic pathways most typically occurs at enzyme steps that are"