The maximumnumber ofhydrogen atomspossible and nodouble bondswithin the longcarbon skeleton.Soluteconcentration ofsolutionsurrounding thecell is less thanthat inside the cell.A membranoussac of hydrolyticenzymes that ananimal cell canuse to digestmacromolecules.Thecapacityto causechange.Particles made ofribosomal RNAand protein andare the cellularcomponents thatcarry out proteinsynthesis.Soluteconcentration ofsolutionsurrounding thecell is the same asthat inside the cell.Are oxidativeorganelles thatbreakdown fatty acids,detoxify certainmolecules like alcoholor transformmolecules, such asconverting fatty acidsinto sugar.Soluteconcentration ofsolutionsurrounding thecell is greater thanthat inside the cell.The polymers ofsugars that canhave a few hundredto a few thousandmonosaccharidesjoined by glycosidiclinkages.When lysosomesuse enzymes torecycle the cell’sown organellesandmacromolecules.Located withinthe nucleus andis the site ofribosomal RNA(rRNA)synthesis.The diffusion ofwater across aselectivelypermeablemembrane.Occurs when transportproteins (channelproteins and carrierproteins) speed thepassive movement ofspecific moleculesacross the plasmamembrane down theirconcentration gradient.An important typeof protein that actsas a biologicalcatalyst to speedup chemicalreactions.The metabolic pathwaythat breaks down thestarting moleculeC6H12O6 (glucose) orother molecules, in thepresence of O2,resulting in theproducts CO2 andH2O.The physicalmatter understudy andeverythingoutside of thesystem.States thatthe energy ofthe universeis constant.The process ofconvertingunsaturated fats tosaturated fats byadding hydrogensto the hydrocarbonchain.The totality ofall the chemicalreactions thatoccur within anorganism.Energyassociated withthe relativemotion of objects,like atoms ormolecules.Have one ormore doublebonds betweencarbons withinthe long carbonskeleton.Are the sites ofcellular respiration,a metabolicprocess that usesoxygen togenerate ATP.Occurs when twomonomers form acovalent bondtogether andrelease a watermolecule in theprocess.Creates achannel throughwhich a specificmolecule or ion(solute) canpass.The maximumnumber ofhydrogen atomspossible and nodouble bondswithin the longcarbon skeleton.Soluteconcentration ofsolutionsurrounding thecell is less thanthat inside the cell.A membranoussac of hydrolyticenzymes that ananimal cell canuse to digestmacromolecules.Thecapacityto causechange.Particles made ofribosomal RNAand protein andare the cellularcomponents thatcarry out proteinsynthesis.Soluteconcentration ofsolutionsurrounding thecell is the same asthat inside the cell.Are oxidativeorganelles thatbreakdown fatty acids,detoxify certainmolecules like alcoholor transformmolecules, such asconverting fatty acidsinto sugar.Soluteconcentration ofsolutionsurrounding thecell is greater thanthat inside the cell.The polymers ofsugars that canhave a few hundredto a few thousandmonosaccharidesjoined by glycosidiclinkages.When lysosomesuse enzymes torecycle the cell’sown organellesandmacromolecules.Located withinthe nucleus andis the site ofribosomal RNA(rRNA)synthesis.The diffusion ofwater across aselectivelypermeablemembrane.Occurs when transportproteins (channelproteins and carrierproteins) speed thepassive movement ofspecific moleculesacross the plasmamembrane down theirconcentration gradient.An important typeof protein that actsas a biologicalcatalyst to speedup chemicalreactions.The metabolic pathwaythat breaks down thestarting moleculeC6H12O6 (glucose) orother molecules, in thepresence of O2,resulting in theproducts CO2 andH2O.The physicalmatter understudy andeverythingoutside of thesystem.States thatthe energy ofthe universeis constant.The process ofconvertingunsaturated fats tosaturated fats byadding hydrogensto the hydrocarbonchain.The totality ofall the chemicalreactions thatoccur within anorganism.Energyassociated withthe relativemotion of objects,like atoms ormolecules.Have one ormore doublebonds betweencarbons withinthe long carbonskeleton.Are the sites ofcellular respiration,a metabolicprocess that usesoxygen togenerate ATP.Occurs when twomonomers form acovalent bondtogether andrelease a watermolecule in theprocess.Creates achannel throughwhich a specificmolecule or ion(solute) canpass.

Chapters 5, 6, 7, and 8 vocab - 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.


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  1. The maximum number of hydrogen atoms possible and no double bonds within the long carbon skeleton.
  2. Solute concentration of solution surrounding the cell is less than that inside the cell.
  3. A membranous sac of hydrolytic enzymes that an animal cell can use to digest macromolecules.
  4. The capacity to cause change.
  5. Particles made of ribosomal RNA and protein and are the cellular components that carry out protein synthesis.
  6. Solute concentration of solution surrounding the cell is the same as that inside the cell.
  7. Are oxidative organelles that breakdown fatty acids, detoxify certain molecules like alcohol or transform molecules, such as converting fatty acids into sugar.
  8. Solute concentration of solution surrounding the cell is greater than that inside the cell.
  9. The polymers of sugars that can have a few hundred to a few thousand monosaccharides joined by glycosidic linkages.
  10. When lysosomes use enzymes to recycle the cell’s own organelles and macromolecules.
  11. Located within the nucleus and is the site of ribosomal RNA (rRNA) synthesis.
  12. The diffusion of water across a selectively permeable membrane.
  13. Occurs when transport proteins (channel proteins and carrier proteins) speed the passive movement of specific molecules across the plasma membrane down their concentration gradient.
  14. An important type of protein that acts as a biological catalyst to speed up chemical reactions.
  15. The metabolic pathway that breaks down the starting molecule C6H12O6 (glucose) or other molecules, in the presence of O2, resulting in the products CO2 and H2O.
  16. The physical matter under study and everything outside of the system.
  17. States that the energy of the universe is constant.
  18. The process of converting unsaturated fats to saturated fats by adding hydrogens to the hydrocarbon chain.
  19. The totality of all the chemical reactions that occur within an organism.
  20. Energy associated with the relative motion of objects, like atoms or molecules.
  21. Have one or more double bonds between carbons within the long carbon skeleton.
  22. Are the sites of cellular respiration, a metabolic process that uses oxygen to generate ATP.
  23. Occurs when two monomers form a covalent bond together and release a water molecule in the process.
  24. Creates a channel through which a specific molecule or ion (solute) can pass.