ActiveSidetheelementsfound inproteinsProductsspeed upreactions bylowering theactivationenergy, alsocalled catalystsReactantstartingsubstancesin a reaction,also calledsubstratesEstrogenandTestosteroneexamplesof lipidsC, H,O, Namonosaccharidethat results fromthe breakingdown of starchMonosaccharidethe monomerofcarbohydratesLipidsthemonomerofproteinsOptimalTemperaturethetemperatureat which anenzyme worksthe bestOptimalpHapolysaccharidethat is brokendown byamylaseNucleotidecarryhereditaryinformationandinstructionsIncrease inenzymeconcentrationthis will causeenzymeactivity(reaction rate)to increaseNucleicAcidsthemonomerof nucleicacidsMetabolismmake up cellmembranes,store energy,and provideinsulationC, H,Owherepopulationgrowth islimited bycarryingcapacityFattyAcids andGlycerolendingproductsof areactionSugarswhere asubstratebinds to anenzymeEnzymethemonomersof lipidsC, H,O, N, PProvidestructuralsupport and actas enzymes tocatalyzemetabolic rxnsCatalyststartingsubstancesin a reaction,also calledreactantsCarbohydratesexplains howonly onesubstrate fitsto anenzymeAminoacidsthe elementsfound innucleic acidsStarchthe pH atwhich anenzymeworks thebestActivationEnergythe amount ofenergy requiredfor a chemicalreaction tooccurPolysaccharidespeed upreactions bylowering theactivationenergy, alsocalled enzymeslogisticalgrowththe elementsfound incarbohydratesand lipidsSubstratethe polymer ofcarbohydratesProteinsthe process inwhich the bodybreaks downfood to themajormacromoleculesLock andKeyModelprovide themain energysource usedby livingthingsOptimalTemperaturean enzymethat prefersthe pH of themouthActiveSidetheelementsfound inproteinsProductsspeed upreactions bylowering theactivationenergy, alsocalled catalystsReactantstartingsubstancesin a reaction,also calledsubstratesEstrogenandTestosteroneexamplesof lipidsC, H,O, Namonosaccharidethat results fromthe breakingdown of starchMonosaccharidethe monomerofcarbohydratesLipidsthemonomerofproteinsOptimalTemperaturethetemperatureat which anenzyme worksthe bestOptimalpHapolysaccharidethat is brokendown byamylaseNucleotidecarryhereditaryinformationandinstructionsIncrease inenzymeconcentrationthis will causeenzymeactivity(reaction rate)to increaseNucleicAcidsthemonomerof nucleicacidsMetabolismmake up cellmembranes,store energy,and provideinsulationC, H,Owherepopulationgrowth islimited bycarryingcapacityFattyAcids andGlycerolendingproductsof areactionSugarswhere asubstratebinds to anenzymeEnzymethemonomersof lipidsC, H,O, N, PProvidestructuralsupport and actas enzymes tocatalyzemetabolic rxnsCatalyststartingsubstancesin a reaction,also calledreactantsCarbohydratesexplains howonly onesubstrate fitsto anenzymeAminoacidsthe elementsfound innucleic acidsStarchthe pH atwhich anenzymeworks thebestActivationEnergythe amount ofenergy requiredfor a chemicalreaction tooccurPolysaccharidespeed upreactions bylowering theactivationenergy, alsocalled enzymeslogisticalgrowththe elementsfound incarbohydratesand lipidsSubstratethe polymer ofcarbohydratesProteinsthe process inwhich the bodybreaks downfood to themajormacromoleculesLock andKeyModelprovide themain energysource usedby livingthingsOptimalTemperaturean enzymethat prefersthe pH of themouth

Unit 3 - Macromolecules - Call List

(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.


1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
  1. the elements found in proteins
    Active Side
  2. speed up reactions by lowering the activation energy, also called catalysts
    Products
  3. starting substances in a reaction, also called substrates
    Reactant
  4. examples of lipids
    Estrogen and Testosterone
  5. a monosaccharide that results from the breaking down of starch
    C, H, O, N
  6. the monomer of carbohydrates
    Monosaccharide
  7. the monomer of proteins
    Lipids
  8. the temperature at which an enzyme works the best
    Optimal Temperature
  9. a polysaccharide that is broken down by amylase
    Optimal pH
  10. carry hereditary information and instructions
    Nucleotide
  11. this will cause enzyme activity (reaction rate) to increase
    Increase in enzyme concentration
  12. the monomer of nucleic acids
    Nucleic Acids
  13. make up cell membranes, store energy, and provide insulation
    Metabolism
  14. where population growth is limited by carrying capacity
    C, H, O
  15. ending products of a reaction
    Fatty Acids and Glycerol
  16. where a substrate binds to an enzyme
    Sugars
  17. the monomers of lipids
    Enzyme
  18. Provide structural support and act as enzymes to catalyze metabolic rxns
    C, H, O, N, P
  19. starting substances in a reaction, also called reactants
    Catalyst
  20. explains how only one substrate fits to an enzyme
    Carbohydrates
  21. the elements found in nucleic acids
    Amino acids
  22. the pH at which an enzyme works the best
    Starch
  23. the amount of energy required for a chemical reaction to occur
    Activation Energy
  24. speed up reactions by lowering the activation energy, also called enzymes
    Polysaccharide
  25. the elements found in carbohydrates and lipids
    logistical growth
  26. the polymer of carbohydrates
    Substrate
  27. the process in which the body breaks down food to the major macromolecules
    Proteins
  28. provide the main energy source used by living things
    Lock and Key Model
  29. an enzyme that prefers the pH of the mouth
    Optimal Temperature