BioticlivingCommensalisma symbioticrelationship inwhich one organismbenefits and theother is not harmedOR helpedDensityIndependentlimit a populationno matter howmany individualslive there, exnatural disaster,droughtHomeostasisthe bodymaintaininga stableinternalenvironmentExponentialGrowthseen in bacteria,this populationgrowth doublesfor every unit oftime.Ecosystemall the livingand non-livingcomponentsin an areaPositiveFeedbackthe bodyintentionallythrowing itself out ofbalance toaccomplish a goal,i.e. childbirth orfeverAbioticnon-livingCellularRespirationthe processthatproducesATP energyCarryingCapacitythe limit of apopulationthat anecosystemcan supportMutualisma symbioticrelationshipin which bothorganismsbenefitLipidsa source oflong-termenergy madeout of fattyacids orglycerolProteinsthe biomoleculethat makes upenzymes, madeout of aminoacidsPopulationall of theorganisms ofone speciesin the sameareaCommunityall the livingpopulationsin one areaPhotosynthesisthe processthatproducesglucoseNucleicAcidsthe biomoleculethat carriesgeneticinformation,made out ofnucleotidesCompetitiontwoorganisms arecompeting forthe sameresourceNegativeFeedbackthe body tryingto get back tonormal, i.e.sweating, bloodsugarMitochondriathe organellethatperformscellularrespirationChloroplastthe organellethat performsphotosynthesisDensityDependentlimiting factors thataffect a populationwhen there arealready a certainnumber of thatpopulation, excompetition, diseaseLogisticGrowthmost often seen innature, thispopulation growthis limited bycarrying capacityPredationa predatorhunts thepreyParasitisma symbioticrelationship inwhich oneorganism benefitsand the other isharmedCarbohydratesa fast source ofenergy made outofmonosaccharidesBioticlivingCommensalisma symbioticrelationship inwhich one organismbenefits and theother is not harmedOR helpedDensityIndependentlimit a populationno matter howmany individualslive there, exnatural disaster,droughtHomeostasisthe bodymaintaininga stableinternalenvironmentExponentialGrowthseen in bacteria,this populationgrowth doublesfor every unit oftime.Ecosystemall the livingand non-livingcomponentsin an areaPositiveFeedbackthe bodyintentionallythrowing itself out ofbalance toaccomplish a goal,i.e. childbirth orfeverAbioticnon-livingCellularRespirationthe processthatproducesATP energyCarryingCapacitythe limit of apopulationthat anecosystemcan supportMutualisma symbioticrelationshipin which bothorganismsbenefitLipidsa source oflong-termenergy madeout of fattyacids orglycerolProteinsthe biomoleculethat makes upenzymes, madeout of aminoacidsPopulationall of theorganisms ofone speciesin the sameareaCommunityall the livingpopulationsin one areaPhotosynthesisthe processthatproducesglucoseNucleicAcidsthe biomoleculethat carriesgeneticinformation,made out ofnucleotidesCompetitiontwoorganisms arecompeting forthe sameresourceNegativeFeedbackthe body tryingto get back tonormal, i.e.sweating, bloodsugarMitochondriathe organellethatperformscellularrespirationChloroplastthe organellethat performsphotosynthesisDensityDependentlimiting factors thataffect a populationwhen there arealready a certainnumber of thatpopulation, excompetition, diseaseLogisticGrowthmost often seen innature, thispopulation growthis limited bycarrying capacityPredationa predatorhunts thepreyParasitisma symbioticrelationship inwhich oneorganism benefitsand the other isharmedCarbohydratesa fast source ofenergy made outofmonosaccharides

Bingo Final - 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. living
    Biotic
  2. a symbiotic relationship in which one organism benefits and the other is not harmed OR helped
    Commensalism
  3. limit a population no matter how many individuals live there, ex natural disaster, drought
    Density Independent
  4. the body maintaining a stable internal environment
    Homeostasis
  5. seen in bacteria, this population growth doubles for every unit of time.
    Exponential Growth
  6. all the living and non-living components in an area
    Ecosystem
  7. the body intentionally throwing itself out of balance to accomplish a goal, i.e. childbirth or fever
    Positive Feedback
  8. non-living
    Abiotic
  9. the process that produces ATP energy
    Cellular Respiration
  10. the limit of a population that an ecosystem can support
    Carrying Capacity
  11. a symbiotic relationship in which both organisms benefit
    Mutualism
  12. a source of long-term energy made out of fatty acids or glycerol
    Lipids
  13. the biomolecule that makes up enzymes, made out of amino acids
    Proteins
  14. all of the organisms of one species in the same area
    Population
  15. all the living populations in one area
    Community
  16. the process that produces glucose
    Photosynthesis
  17. the biomolecule that carries genetic information, made out of nucleotides
    Nucleic Acids
  18. two organisms are competing for the same resource
    Competition
  19. the body trying to get back to normal, i.e. sweating, blood sugar
    Negative Feedback
  20. the organelle that performs cellular respiration
    Mitochondria
  21. the organelle that performs photosynthesis
    Chloroplast
  22. limiting factors that affect a population when there are already a certain number of that population, ex competition, disease
    Density Dependent
  23. most often seen in nature, this population growth is limited by carrying capacity
    Logistic Growth
  24. a predator hunts the prey
    Predation
  25. a symbiotic relationship in which one organism benefits and the other is harmed
    Parasitism
  26. a fast source of energy made out of monosaccharides
    Carbohydrates