Theory ofEndosymbiosisProposes thatmitochondria andplastids arosewhen one cellengulfed anothercellIsotopesForm of an elementthat contains anequal number ofprotons but differentnumber of neutronscausing it to have adifferent massCompoundA pure substancemade up of 2 ormore differentelements bondedtogether in a fixedratioCytoskeletonNon-membranousorganelle thathelps holdcell in placeLightMicroscopes& ElectronMicroscopes2 Basictypes ofmicroscopesProtons&ElectronsChemicalreactions aredeterminedby what 2massesCovalentBondsStrong bondsformed whentwo atomsshare 1 or morepairs ofelectronsPolysaccharidesLarge polymersofmonosaccharidesconnected byglycosidic bondsGTPEnergysource inproteinsynthesis4 Orbitals,8ElectronsNumber oforbitals in thesecond shelland how manyelectrons can beheldEndomembraneSystemInterconnectedsystem ofmembrane-enclosedcompartmentsPlants &SomeProtistsWhereplastidsarelocatedPlasmodesmataCellmembrane-linerchannels thatconnectadjacent plantcells0.2nmResolutionof electronmicroscopesDiscoveryof DNAWhatspecificallytransformedbiologicalscienceGenomeCompleteset of genespresent in acell ororganismSelectivePermeabilityMembranesregulate whichsubstancespass throughthemHydrophilicPolarmolecules thatform hydrogenbonds withwaterProkaryotes&Eukaryotes2Categoriesoforganisms3 Types ofMembraneProteinsIntegral,Peripheral,AnchoredElectronegativityThe attractiveforce that anatomic nucleusexerts onelectronsIonsAn electricallycharged particlethat forms whenatoms lose or gainone or moreelectronsNatureSelectionProcess thatoperates innatureproposed byDarwinRibosomesSites ofproteinsynthesiswith nomembranesTheory ofEndosymbiosisProposes thatmitochondria andplastids arosewhen one cellengulfed anothercellIsotopesForm of an elementthat contains anequal number ofprotons but differentnumber of neutronscausing it to have adifferent massCompoundA pure substancemade up of 2 ormore differentelements bondedtogether in a fixedratioCytoskeletonNon-membranousorganelle thathelps holdcell in placeLightMicroscopes& ElectronMicroscopes2 Basictypes ofmicroscopesProtons&ElectronsChemicalreactions aredeterminedby what 2massesCovalentBondsStrong bondsformed whentwo atomsshare 1 or morepairs ofelectronsPolysaccharidesLarge polymersofmonosaccharidesconnected byglycosidic bondsGTPEnergysource inproteinsynthesis4 Orbitals,8ElectronsNumber oforbitals in thesecond shelland how manyelectrons can beheldEndomembraneSystemInterconnectedsystem ofmembrane-enclosedcompartmentsPlants &SomeProtistsWhereplastidsarelocatedPlasmodesmataCellmembrane-linerchannels thatconnectadjacent plantcells0.2nmResolutionof electronmicroscopesDiscoveryof DNAWhatspecificallytransformedbiologicalscienceGenomeCompleteset of genespresent in acell ororganismSelectivePermeabilityMembranesregulate whichsubstancespass throughthemHydrophilicPolarmolecules thatform hydrogenbonds withwaterProkaryotes&Eukaryotes2Categoriesoforganisms3 Types ofMembraneProteinsIntegral,Peripheral,AnchoredElectronegativityThe attractiveforce that anatomic nucleusexerts onelectronsIonsAn electricallycharged particlethat forms whenatoms lose or gainone or moreelectronsNatureSelectionProcess thatoperates innatureproposed byDarwinRibosomesSites ofproteinsynthesiswith nomembranes

Biology Lab: Quiz 4 - 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. Proposes that mitochondria and plastids arose when one cell engulfed another cell
    Theory of Endosymbiosis
  2. Form of an element that contains an equal number of protons but different number of neutrons causing it to have a different mass
    Isotopes
  3. A pure substance made up of 2 or more different elements bonded together in a fixed ratio
    Compound
  4. Non-membranous organelle that helps hold cell in place
    Cytoskeleton
  5. 2 Basic types of microscopes
    Light Microscopes & Electron Microscopes
  6. Chemical reactions are determined by what 2 masses
    Protons & Electrons
  7. Strong bonds formed when two atoms share 1 or more pairs of electrons
    Covalent Bonds
  8. Large polymers of monosaccharides connected by glycosidic bonds
    Polysaccharides
  9. Energy source in protein synthesis
    GTP
  10. Number of orbitals in the second shell and how many electrons can be held
    4 Orbitals, 8 Electrons
  11. Interconnected system of membrane-enclosed compartments
    Endomembrane System
  12. Where plastids are located
    Plants & Some Protists
  13. Cell membrane-liner channels that connect adjacent plant cells
    Plasmodesmata
  14. Resolution of electron microscopes
    0.2 nm
  15. What specifically transformed biological science
    Discovery of DNA
  16. Complete set of genes present in a cell or organism
    Genome
  17. Membranes regulate which substances pass through them
    Selective Permeability
  18. Polar molecules that form hydrogen bonds with water
    Hydrophilic
  19. 2 Categories of organisms
    Prokaryotes & Eukaryotes
  20. Integral, Peripheral, Anchored
    3 Types of Membrane Proteins
  21. The attractive force that an atomic nucleus exerts on electrons
    Electronegativity
  22. An electrically charged particle that forms when atoms lose or gain one or more electrons
    Ions
  23. Process that operates in nature proposed by Darwin
    Nature Selection
  24. Sites of protein synthesis with no membranes
    Ribosomes