Jeopardy! Cell Transport and Enzymes

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Jeopardy!Cell Transport and Enzymes
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Choose Your Question
Final
Membrane Structure Transport I Enzyme Action I Transport II Energy Transformations Enzyme Action II
200 200 200 200 200 200
400 400 400 400 400 400
600 600 600 600 600 600
800 800 800 800 800 800
1000 1000 1000 1000 1000 1000
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FINAL JEOPARDYCategory-Energy Transformations

• The answer is.

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Final Jeopardy

• _________ refers to partnering an exergonic
  reaction with an endergonic reaction.
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Answers
Final Jeopardy Answer- Energy Coupling
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
Hypotonic Active diffusion Energy of activation Aquaporin Energy Conservation Kinetic energy
Starch Osmosis False Transport proteins Energy transformations are not 100 efficient Denaturation
3 Selectively Permeable Competitive and Noncompetitive inhibitors Isotonic Entopy Hydrolysis
5 ATP Coenzymes Hypotonic Phosphorylation Enzyme and substrate
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Membrane Structure200

• The structure below is described as a ________
  ________.
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Membrane Structure 400

• The bag in beaker 1 is in a(n) __________
  environment
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Membrane Structure 600

• IKI tests for ___________
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Membrane Structure 800

• Which part of the diagram illustrates a hypotonic
  environment?
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Daily Double
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Membrane Structure 1000

• Which part of the diagram illustrates active
  transport?
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Transport I 200

• Diffusion requiring no energy use by the cell
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Transport I 400
This cell transport moves materials against the
concentration gradient requiring ATP back
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Transport I 600

• Diffusion of water is called __________
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Daily Double
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Transport I 800

• A membrane which allows some materials to pass
  through and not others is
• said to be _____________ ___________
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Transport I 1000

• Energy molecule of the cell
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Enzyme Action I200

• Sidechains of an enzyme which interact with a
  substrate
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Enzyme Action I 400

• Energy required to jump start a reaction
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Enzyme Action I 600

• True or false Enzymes are consumed during a
  catalytic reaction
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Enzyme Action I 800

• Illustrated here (in the bottom pictures)
• are examples of ___________ and ___________
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Enzyme Action I 1000

• Vitamins are an example of _________.
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Transport II 200

• This type of transport uses transport proteins to
  help move materials into or out of a cell
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Transport II 400

• Transport protein for water
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Transport II 600

• This molecule assists in moving materials into
  and out of a cell
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Daily Double
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Transport II 800

• The environmental conditions ideal for an animal
  cell
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Transport II 1000

• These environmental conditions cause plant cells
  to become turgid
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Energy Transformations200

• The study of energy conversions or transfers
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Energy Transformations 400

• First Law of Thermodynamics
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Energy Transformations 600

• Second Law of Thermodynamics
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Energy Transformations 800

• Loss of heat during energy transformations leads
  to chaos and disorder or __________
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Energy Transformations 1000

• The process of removing a phosphate group from
  ATP and transferring it to another molecule
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Enzyme Action II200

• Stored energy due to structure or location
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Enzyme Action II400

• Energy of motion
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Enzyme Action II 600

• Loss of 3D structure of an enzyme due to
  unfavorable environmental conditions
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Enzyme Action II 800

• The addition of water represents a
  _______________
• reaction
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Daily Double
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Enzyme Action II1000

• Structure marked (2) represents an __________ and
  its _____________
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