Macromolecules Jeopardy!

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Macromolecules Jeopardy!
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Choose Your Question
Final
Carbohydrates Proteins Lipids Nucleic Acids The Cell X
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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-Macromolecules and
Monomers

• The answer is.

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Final Jeopardy

• These molecules are monomers of lipids
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Answers
Final Jeopardy Answer- Fatty Acids Glycerol
Carbohydrates Proteins Lipids Nucleic Acids The Cell X
Glucose Alpha helix, beta sheets Triglyceride Uracil Mosaic
Dehydration Synthesis Amino Acid Unsaturated Nucleotide Smooth ER
Monosaccharide Globular Hydrophobic DNA Phospholipid
Glycosidic linkage 2 Hydrogenation Phosphate sugar Porkaryotic cell
CHO Salinity, pH, temperature, toxins Hydrocarbons Adenine, cytosine, guanine and thymine Chloroplast, cell wall, central vacuole
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Carbohydrates200

• The molecule illustrated in Fig. 3 is made up of
  _______________ monomers.
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Carbohydrates400

• This synthesis reaction involves the formation of
  macromolecules and the loss of water
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Carbohydrates 600

• Simple sugars like glucose and fructose are also
  called _____________.
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Carbohydrates 800

• The bond linking two monosaccharides is called a
  __________.
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Daily Double
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Carbohydrates 1000

• Basic chemical formula for all carbohydrates
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Proteins200

• Figures 2 and 3 represent the secondary level by
  showing ______ and _______
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Proteins 400

• Figure 4 shows an _______ ________, a monomer of
  a protein.
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Proteins 600

• Fig 5 represents the 4 level and can be
  described as ________
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Proteins 800

• Using the diagram to the left, identify by number
  a disulfide bridge
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Proteins 1000

• These conditions cause irreversible damage to the
  3D structure of an enzyme
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Lipids200

• __________ is shown in Figure 1.
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Lipids 400

• This fatty acid molecule contains a double bond
  and it is described as _________.
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Lipids 600

• All lipids show are ______________ that means
  they dislike water.
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Lipids 800

• Process which converts liquid oils to solid fats
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Daily Double
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Lipids 1000

• Composed of carbon and hydrogen, lipids are
  ___________.
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Nucleic Acids200

• RNA contains this nitrogenous base
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Nucleic Acids 400

• Figure 2 shows one half of a DNA molecule. Its
  monomer is a _____________.
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Nucleic Acids 600

• This macromolecule contains your genetic
  blueprint.
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Daily Double
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Nucleic Acids 800

• These molecules form the backbone
• of a nucleic acid
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Nucleic Acids 1000

• These four nitrogenous bases make up the alphabet
  of DNA
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The Cell200

• Cell membrane is described as a __________
  because of its varied components
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The Cell 400

• This type of ER is involved in lipid synthesis
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The Cell 600

• This amphipathic molecule is the main component
  of the membrane bilayer
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The Cell 800

• This cell lacks a membrane bound nucleus
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The Cell 1000

• These organelles are only found in plant cells
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Anything Goes 200

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Daily Double
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Anything Goes 400

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Anything Goes 600

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Anything Goes 800

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Anything Goes 1000

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