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Jeopardy! Cell Transport and Enzymes Jeopardy! Cell Transport and Enzymes.

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Presentation on theme: "Jeopardy! Cell Transport and Enzymes Jeopardy! Cell Transport and Enzymes."— Presentation transcript:

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2 Jeopardy! Cell Transport and Enzymes Jeopardy! Cell Transport and Enzymes

3 Choose Your Question Membrane Structure Transport I Enzyme Action I Transport II Energy Transformations Enzyme Action II 200 400 600 800 1000 Final

4 Click a Dollar Amount to Choose a Question back

5 FINAL JEOPARDY Category- Energy Transformations The answer is…. The answer is….

6 Final Jeopardy _________ refers to partnering an exergonic reaction with an endergonic reaction. back

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8 Answers Membrane Structure Transport I Enzyme Action I Transport II Energy Transformations Enzyme Action II Fluid mosaic Passive diffusion Active Site Facilitated diffusion Thermodynamics Potential energy Hypertonic Active diffusion Energy of activation Aquaporin Energy Conservation Kinetic energy StarchOsmosisFalse Transport proteins Energy transformations are not 100% efficient Denaturation #2 Selectively Permeable Competitive and Noncompetitive inhibitors IsotonicEntropyHydrolysis #3ATPCoenzymesHypotonicPhosphorylation Enzyme and substrate Final Jeopardy Answer- Energy Coupling

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10 Membrane Structure 200 The structure below is described as a ________. back

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12 Membrane Structure 400 The bag in beaker 2 is in a(n) __________ environment back

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14 Membrane Structure 600 IKI tests for ___________ back

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16 Membrane Structure 800 Which part of the diagram illustrates facilitated diffusion? back

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18 Daily Double Daily Double

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20 Membrane Structure 1000 Which part of the diagram illustrates active transport? back

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22 Transport I 200 Diffusion requiring no energy use by the cell back

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24 Transport I 400 This cell transport moves materials against the concentration gradient requiring ATP back

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26 Transport I 600 Diffusion of water is called __________ back

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28 Daily Double Daily Double

29 Transport I 800 A membrane which allows some materials to pass through and not others is said to be _____________ ___________ back

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31 Transport I 1000 Energy molecule of the cell back

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33 Enzyme Action I 200 Sidechains of an enzyme which interact with a substrate back

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35 Enzyme Action I 400 Energy required to “jump start” a reaction back

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37 Enzyme Action I 600 True or false: Enzymes are consumed during a catalytic reaction back

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39 Enzyme Action I 800 In the lower pictures, enzyme is regulated by __________ and ___________ inhibitors. back

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41 Enzyme Action I 1000 Vitamins are an example of _________. back

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43 Transport II 200 This type of transport uses transport proteins to help move materials into or out of a cell back

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45 Transport II 400 Illustrated below is a transport protein for water back

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47 Transport II 600 This molecule assists in moving materials into and out of a cell back

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49 Daily Double Daily Double

50 Transport II 800 The environmental conditions ideal for an animal cell back

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52 Transport II 1000 These environmental conditions cause plant cells to become turgid back

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54 Energy Transformations 200 The study of energy conversions or transfers back

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56 Energy Transformations 400 First Law of Thermodynamics back

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58 Energy Transformations 600 Second Law of Thermodynamics back

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60 Energy Transformations 800 Loss of heat during energy transformations leads to chaos and disorder or __________ back

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62 Energy Transformations 1000 The process of removing a phosphate group from ATP and transferring it to another molecule back

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64 Enzyme Action II 200 Stored energy due to structure or location back

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66 Enzyme Action II 400 Energy of motion back

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68 Enzyme Action II 600 Loss of 3D structure of an enzyme due to unfavorable environmental conditions back

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70 Enzyme Action II 800 The addition of water represents a _______________ reaction back

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72 Daily Double Daily Double

73 Enzyme Action II 1000 Structure marked (2) represents an __________ and its _____________ back

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