ATP.21 In cellular respiration, the oxidation of one molecule of glucose producesATP.22 The oxidation of one 20 carbon fatty acid produces23 Label the following diagram. Include the following terms: ADP, ATP, ATP synthase, e- (electrons),FAD, FADH2, H*, H,O, NAD*, NADH, O,. Some terms may be used more than once.Cyt ctIntermembranespaceQ 7 Metaphase:8 Anaphase:9 Telophase:10 Cytokinesis:Questions1 Spindle fibers are composed of what type of cellular material?2 When do sister chromatids become independent chromosomes?What occurs to allow this change?3 Describe how cytokinesis is accomplished in animals.Describe how cytokinesis is accomplished in plants.4 Does each new cell formed by mitosis have the same or different chromosomal materi.Is the chromosomal material the same or different from the original cell?PART B: MeiosisDescribe what happens during each of the following stages of meiosis.1 Prophase I:2 Metaphase I:3 Anaphase I:4 Telophase I:5 Prophase II:6 Metaphase II:7 Anaphase II:8 Telophase II:

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21 In cellular respiration, the oxidation of one molecule of glucose produces АТР. 22 The oxidation of one 20 carbon fatty acid produces 23 Label the following diagram. Include the following terms: ADP, ATP, ATP synthase, e (electrons), FAD, FADH2, H*, H,O, NAD+, NADH, O,. Some terms may be used more than once. Intermembrane space

21 In cellular respiration, the oxidation of one molecule of glucose produces АТР. 22 The oxidation of one 20 carbon fatty acid produces 23 Label the following diagram. Include the following terms: ADP, ATP, ATP synthase, e (electrons), FAD, FADH2, H*, H,O, NAD+, NADH, O,. Some terms may be used more than once. Intermembrane space

Human Anatomy & Physiology (11th Edition)

11th Edition

ISBN:9780134580999

Author:Elaine N. Marieb, Katja N. Hoehn

Publisher:Elaine N. Marieb, Katja N. Hoehn

Chapter1: The Human Body: An Orientation

Section: Chapter Questions

Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...

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Cell Everyday Function Energy Production Molecule Transport Demonstrate how cells are able to Discuss the methods that the cell is able make energy using the following terms to get the molecules needed for normal functions using the following terms. 1. Active Transport 2. Pumps 3. 1. ATP 2. Glucose 3. Anaerobic 4. Aerobic 5. Oxygen 6. Reactants 7. Products 8. Pyruvate 9. Mitochondria ATP 4. Concentration Gradient (with and against) 5. Simple Diffusion 6. Facilitated Diffusion 7. Passive Transport 8. Proteins 9. Phospholipids
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Find the net ΔG° of the reaction.
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In the glycolysis 2ADP molecules-2 *.-----convert to All of the above Adenosine triphosphate Non of the above Adenosine diphosphate Adenosine monophosphate Describe the fundamental roles of-1 mitochondria in energy .transformation إجابتك
Like many fruits, apples contain not only fructose and glucose, but also sucrose, a dimerof fructose and glucose. Synthesizing sucrose is endergonic and so not spontaneous. Onerole of ATP is to facilitate reactions that would not occur spontaneously. The threephosphate groups are electron rich and tend to repel each other. Therefore, ATP is a bitlike a compressed spring, ready to kick off one phosphate group releasing energy.Consider: Fructose + glucose --> Sucrose delta G= 6.4 kcal/mol ATP --> ADP + Pi delta G= -7.3 kcal/mol a. Draw a simple energy diagram (including the relative energy of the reactants andproducts) that shows why the sucrose synthesis reaction doesn’t occur spontaneously. b. How could having these two reactions occur at the same time help with sucroseproduction? c. Draw the energy diagram that shows all the reactants and products for the combinedreactions. d. What is delta G for the combined reactions? e. Name a few of the biological processes in the body that…
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1 lactose is the digestive enzyme that breaks the dissaxhrode lactose into glucose and galactose.what class of enzyme do you think this belongs to? 2 NAD+ and FAD are essential cofactor for biological redox reactions when they gain electrons are they oxidized or reduced? 3 there are several modes for enzyme regulation. What is the difference between competitive and non competitive inhibition?
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