Ionatomwith achargeNucleuscenterof theatomcathoderaytubeThomson'sexperimentsNeutronsNeutrallycharged/insidethe nucleus Democritusfirst one to usethe wordatoms/indivisibleDaltonRevivedDemocritusideas/atomswereindivisiblePlanetaryModelBohr'smodelValenceElectronsElectronson theoutermostorbitalIndivisiblecannot bebrokendown anyfurtherRutherfordgold foilexperiment/nucleusBohrthought theelectronsorbited thenucleus in anexact pathsProtonsPositivelycharged/insidethe nucleusIsotopeatom with thesame numberof protons butdifferentnumber ofneutronsPlumPuddingModelThomson'smodelSchrodingerelectronsorbited thenucleusrandomlyGold FoilExperimentRutherford'sexperimentThomsoninventedtheelectronQuantuamModel ofthe atomSchrodinger'smodelHundsRulesingle electrons withthe same spin mustoccupy each equalenergy orbital beforeadditional electronswith opposite spinscan be addedMillikanChargeof theelectronTheAufbauPrincipleEach electronsoccupies theLowest energyorbitalavailableoil dropexperimentMillikan'sexperimentElectronsnegativelychargedsubatomicparticle/orbitsthe nucleusPauliExclusionPrinciplemax of 2electrons canoccupy thesame orbitalbut must haveopposite spinsIonatomwith achargeNucleuscenterof theatomcathoderaytubeThomson'sexperimentsNeutronsNeutrallycharged/insidethe nucleus Democritusfirst one to usethe wordatoms/indivisibleDaltonRevivedDemocritusideas/atomswereindivisiblePlanetaryModelBohr'smodelValenceElectronsElectronson theoutermostorbitalIndivisiblecannot bebrokendown anyfurtherRutherfordgold foilexperiment/nucleusBohrthought theelectronsorbited thenucleus in anexact pathsProtonsPositivelycharged/insidethe nucleusIsotopeatom with thesame numberof protons butdifferentnumber ofneutronsPlumPuddingModelThomson'smodelSchrodingerelectronsorbited thenucleusrandomlyGold FoilExperimentRutherford'sexperimentThomsoninventedtheelectronQuantuamModel ofthe atomSchrodinger'smodelHundsRulesingle electrons withthe same spin mustoccupy each equalenergy orbital beforeadditional electronswith opposite spinscan be addedMillikanChargeof theelectronTheAufbauPrincipleEach electronsoccupies theLowest energyorbitalavailableoil dropexperimentMillikan'sexperimentElectronsnegativelychargedsubatomicparticle/orbitsthe nucleusPauliExclusionPrinciplemax of 2electrons canoccupy thesame orbitalbut must haveopposite spins

Unit 2 Review - 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. atom with a charge
    Ion
  2. center of the atom
    Nucleus
  3. Thomson's experiments
    cathode ray tube
  4. Neutrally charged/inside the nucleus
    Neutrons
  5. first one to use the word atoms/indivisible
    Democritus
  6. Revived Democritus ideas/atoms were indivisible
    Dalton
  7. Bohr's model
    Planetary Model
  8. Electrons on the outermost orbital
    Valence Electrons
  9. cannot be broken down any further
    Indivisible
  10. gold foil experiment/nucleus
    Rutherford
  11. thought the electrons orbited the nucleus in an exact paths
    Bohr
  12. Positively charged/inside the nucleus
    Protons
  13. atom with the same number of protons but different number of neutrons
    Isotope
  14. Thomson's model
    Plum Pudding Model
  15. electrons orbited the nucleus randomly
    Schrodinger
  16. Rutherford's experiment
    Gold Foil Experiment
  17. invented the electron
    Thomson
  18. Schrodinger's model
    Quantuam Model of the atom
  19. single electrons with the same spin must occupy each equal energy orbital before additional electrons with opposite spins can be added
    Hunds Rule
  20. Charge of the electron
    Millikan
  21. Each electrons occupies the Lowest energy orbital available
    The Aufbau Principle
  22. Millikan's experiment
    oil drop experiment
  23. negatively charged subatomic particle/orbits the nucleus
    Electrons
  24. max of 2 electrons can occupy the same orbital but must have opposite spins
    Pauli Exclusion Principle