goes. In summa Respiration reactions, draw FIVE big boxes in a line down the middle of your page. Write 1) Glycolysis, 2) Pyruvate Oxidation, 3) Citric Acid Cycle, 4) Electron Transport Chain, and 5) Chemiosmosis inside these boxes. Below each process name write WHERE it occurs. Make arrows going in and out of each box. Write IN and OUT on top of the page above the arrows. Each box represent multistep processes. You are focusing on the INPUTS and OUTPUTS. A. First focus on the flow of ENERGY. For each box write the INPUT and OUTPUT – the molecule(s) or form that contain the potential energy. B. Next, in a different color of ink (or highlighter) focus on the flow of ELECTRONS. For each box write the molecule(s) that carry the electrons from which you are harnessing energy. C. And finally, in a third color of ink (or highlighter) focus on the flow of CARBON. For each box write the carbon molecule (if any) from which you are harnessing energy.

goes. In summa Respiration reactions, draw FIVE big boxes in a line down the middle of your page. Write 1) Glycolysis, 2) Pyruvate Oxidation, 3) Citric Acid Cycle, 4) Electron Transport Chain, and 5) Chemiosmosis inside these boxes. Below each process name write WHERE it occurs. Make arrows going in and out of each box. Write IN and OUT on top of the page above the arrows. Each box represent multistep processes. You are focusing on the INPUTS and OUTPUTS. A. First focus on the flow of ENERGY. For each box write the INPUT and OUTPUT – the molecule(s) or form that contain the potential energy. B. Next, in a different color of ink (or highlighter) focus on the flow of ELECTRONS. For each box write the molecule(s) that carry the electrons from which you are harnessing energy. C. And finally, in a third color of ink (or highlighter) focus on the flow of CARBON. For each box write the carbon molecule (if any) from which you are harnessing energy.

Human Physiology: From Cells to Systems (MindTap Course List)

9th Edition

ISBN:9781285866932

Author:Lauralee Sherwood

Publisher:Lauralee Sherwood

Chapter2: Cell Physiology

Section: Chapter Questions

Problem 10RE: Using the answer code on the right, indicate which form of energy production is being described: 1....

See similar textbooks

Similar questions

Create a model of cellular respiration. Be sure to label the following: Mitochondria, cytoplasm, glucose, glycolysis, ATP, pyruvic acid, Kreb’s Cycle, CO2, NADH, FADH2, Electron transport chain, H2O, O2
We have discussed the aerobic metabolism of glucose extensively in this class. To capture and use the energy in glucose to make ATP, we must utilize 4 different sequential pathways/steps. Starting with one glucose molecule and eventually ending with CO, H;O and ATP, list the 4 pathways/steps in order and tell me what molecules enter each pathway, and what the final products of each pathway are. Edit View Insert Format Tools Table 12pt v Paragraph v BIUAv ev Tov : I
I really need help with this please In the space below, list ALL redox reactions that occurduring cellular respiration. At the end of your list, how many ATP areGenerated from these redox reactionsFor your answer, use this format:reactant, product, enzyme, electron carrier generated, number of electroncarriers generated per glucose moleculeNo short forms - use correct chemical names! example e.g. Reactant A, Product B, ABC dehydrogenase, electron carrier X'4 molecules generated
Which of the answer choices is true about ATP synthase? Select all that apply. O ATP synthase makes a total of four ATP molecules in glycolysis. O ATP synthase is an important enzyme in the citric acid cycle. ATP synthase is an integral membrane protein. Under aerobic conditions, the F1 (globular) portion of ATP synthase catalyzes a catabolic reaction. V ATP synthase is a transport protein. O ATP synthase is an enzyme. ATP synthase relies on an electrochemical gradient of sodium ions to catalyze the formation of ATP.
Remember for T/F questions, either answer TRUE or FALSE, but if the answer is FALSE make sure to explain WHY the answer is false. The cell prefers lipids as a food source due to the large amount of NADH it can create during fatty acid oxidation is then used to create ATP. 1 A- Ff▼ = = F B I U S X₂ x² % S'S ↓ S 8- OiLearn Video
Localization of Molecules and Functions Within the Mitochondrion. Indicate whether you would expect to find each of the following molecules or functions in the matrix (MA), the inner membrane (IM), the outer membrane (OM), the intermembrane space (IS), or not in the mitochondrion at all (NO). Write abbreviation in front of the molecules. No explanation is required. Succinate dehydrogenase Coenzyme A Conversion of lactate into pyruvate ATP synthase Malate dehydrogenase Pyruvate Citrate synthase Cristae Accumulation of a high proton concentration Pyruvate dehydrogenase
Fill in the Blanks Type your answers in all of the blanks and submit X, x' The final products of anaerobic glycolysis are Write your response here or Write your response here. .The pathway produces write your response here. molecules (number) of the energy storage molecule Write your response here that can be used for anabolic pathways.
Making ATP Directions: Compare substrate level phosphorylation and oxidative phosphorylation by completing this table. Descriptions that are questions are yes/no questions. Description Location(s) in the cell (be specific) Requires a proton gradient? Uses chemiosmosis? Requires a soluble enzyme (an enzyme in solution, not in a membrane)? Requires a transmembrane protein? Occurs during glycolysis? Occurs during pyruvate oxidation? Occurs during citric acid cycle? Requires the electron transport chain? Approximate number of ATP made per 1 glucose in aerobic respiration Number of ATP made per 1 glucose in fermentation Substrate level phosphorylation Oxidative phosphorylation
During chemiosmosis... a concentration gradient is generated when large numbers of H+ ions are passively transported from the mitochondrion's intermembrane space to the matrix. ATP is synthesized when H* ions move through a channel in ATP synthase. energy is released as H+ ions move freely across mitochondrial membranes. H+ ions serve as the final electron acceptor.
Choose all of the following true statements. Hint: 6 statements are true. □ If an electron moves from an atom of higher electronegativity to an atom with lower electronegativity, energy is released. O Glycolysis occurs with or without oxygen present. Other biomolecules such as lipids, disaccharides, and proteins can enter the biochemical pathway of aerobic respiration just not directly into the first step of glycolysis. Molecules other than glucose can be broken down and used to build up ATP in aerobic respiration. Glycolysis occurs during both alcohol and lactic acid fermentation, producing 2 net ATP. The higher the electronegativity of an atom, the tighter it holds an electron and the lower its potential energy. Water is the final electron acceptor of the ETC in aerobic respiration. Each protein component of the ETC in aerobic respiration is more electronegative than the last.
a docs.google.com The significance of the ATP molecule shown is best explained by which statement below? * H2N N. 0-P-0-P-0-P-O O ОНОН The many oxygens on this molecule get delivered to the blood. A phosphate group (P= phosphate) from the molecule may detached to release energy for cells to use. The hydrogen molecules will be used by cells to create more H20 (water). The nitrogen in this molecule is used to create more DNA molecules.
You are a bacterium. You are streaked on chocolate agar. This chocolate agar is a source of nutrients for you. It contains 2 glucose molecules. You are undergoing aerobic cellular respiration. How many ATP are you generating?