Alchemicalsymbol,aluminumf=c/ƛformula forcalculatingfrequencyisotopeatoms of the sameelement with thesame number ofprotons butdifferent number ofneutronsC-12, C14masstheamount ofmatter inan objectHzunit ofmeasurementfor frequencyNaSodium,has 11protons, 11electronsvalenceelectronelectrons inthe outermost energylevelsOOxygen,has 8protons and8 electronsporbitaldumbbellshaped,holds up to 6electrons,start at n=2groundstatelowest possibleenergy state ofan atom ormolecule, moststableconfigurationErwinSchrodingerhelped develop thequantum mechanicalmodel usingmathematicalequations to describeprobable locatinsinorbitals rather thanorbitsELEMENTFound onthe periodictable, cannotbe brokendownd=m/vformula forcalculatingdensitysorbitalsphericalshaped, holds2 electrons,closest tonucleusamuunit used tomeasure theaveragemass of anatomheterogeneousnon-uniformmixtureLewisStructureuses dots forthe valenceelectrons andshows thestability of anatomMetaltend to loseelectrons,have luster,malleable1s>22s>2p>2electronconfigurationsigfiga digit in ameasurementthat contributesto themeausrement'sprecisionspectroscopyidentifyingchemicals bystudying thelight they emitor absorbhomogenousmixture withuniformcompositionkgused tomeasuremassneutronneutral charge,contribute tothe mass of anatom, locatedin the nucleusquantapackets of ofenergy(specificamounts ofenergy)Non-metalgainelectrons,do not haveluster, brittledorbitalcomplexshapes (cloverleaf), holds. upto 10 electrons,start at n=3Law ofMultipleProportionsWhen 2 elementscombine to formdifferent compounds,a fixed amount of oneelement will combinewith the otherelementcompoundtwo or moreelementsthat arechemicallybondedLaw ofConservationof MassIn any chemical orphysical process,the total mass oreverythinginvolved mustremain the sameIonicCompoundscompounds formedby cations andanions held togetherby their mutualattraction, formedbetween metals andnon-metalsAlchemicalsymbol,aluminumf=c/ƛformula forcalculatingfrequencyisotopeatoms of the sameelement with thesame number ofprotons butdifferent number ofneutronsC-12, C14masstheamount ofmatter inan objectHzunit ofmeasurementfor frequencyNaSodium,has 11protons, 11electronsvalenceelectronelectrons inthe outermost energylevelsOOxygen,has 8protons and8 electronsporbitaldumbbellshaped,holds up to 6electrons,start at n=2groundstatelowest possibleenergy state ofan atom ormolecule, moststableconfigurationErwinSchrodingerhelped develop thequantum mechanicalmodel usingmathematicalequations to describeprobable locatinsinorbitals rather thanorbitsELEMENTFound onthe periodictable, cannotbe brokendownd=m/vformula forcalculatingdensitysorbitalsphericalshaped, holds2 electrons,closest tonucleusamuunit used tomeasure theaveragemass of anatomheterogeneousnon-uniformmixtureLewisStructureuses dots forthe valenceelectrons andshows thestability of anatomMetaltend to loseelectrons,have luster,malleable1s>22s>2p>2electronconfigurationsigfiga digit in ameasurementthat contributesto themeausrement'sprecisionspectroscopyidentifyingchemicals bystudying thelight they emitor absorbhomogenousmixture withuniformcompositionkgused tomeasuremassneutronneutral charge,contribute tothe mass of anatom, locatedin the nucleusquantapackets of ofenergy(specificamounts ofenergy)Non-metalgainelectrons,do not haveluster, brittledorbitalcomplexshapes (cloverleaf), holds. upto 10 electrons,start at n=3Law ofMultipleProportionsWhen 2 elementscombine to formdifferent compounds,a fixed amount of oneelement will combinewith the otherelementcompoundtwo or moreelementsthat arechemicallybondedLaw ofConservationof MassIn any chemical orphysical process,the total mass oreverythinginvolved mustremain the sameIonicCompoundscompounds formedby cations andanions held togetherby their mutualattraction, formedbetween metals andnon-metals

Chemistry Bingo - 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. chemical symbol, aluminum
    Al
  2. formula for calculating frequency
    f=c/ƛ
  3. atoms of the same element with the same number of protons but different number of neutrons C-12, C14
    isotope
  4. the amount of matter in an object
    mass
  5. unit of measurement for frequency
    Hz
  6. Sodium, has 11 protons, 11 electrons
    Na
  7. electrons in the outer most energy levels
    valence electron
  8. Oxygen, has 8 protons and 8 electrons
    O
  9. dumbbell shaped, holds up to 6 electrons, start at n=2
    p orbital
  10. lowest possible energy state of an atom or molecule, most stable configuration
    ground state
  11. helped develop the quantum mechanical model using mathematical equations to describe probable locatinsin orbitals rather than orbits
    Erwin Schrodinger
  12. Found on the periodic table, cannot be broken down
    ELEMENT
  13. formula for calculating density
    d=m/v
  14. spherical shaped, holds 2 electrons, closest to nucleus
    s orbital
  15. unit used to measure the average mass of an atom
    amu
  16. non-uniform mixture
    heterogeneous
  17. uses dots for the valence electrons and shows the stability of an atom
    Lewis Structure
  18. tend to lose electrons, have luster, malleable
    Metal
  19. electron configuration
    1s>22s>2p>2
  20. a digit in a measurement that contributes to the meausrement's precision
    sig fig
  21. identifying chemicals by studying the light they emit or absorb
    spectroscopy
  22. mixture with uniform composition
    homogenous
  23. used to measure mass
    kg
  24. neutral charge, contribute to the mass of an atom, located in the nucleus
    neutron
  25. packets of of energy (specific amounts of energy)
    quanta
  26. gain electrons, do not have luster, brittle
    Non-metal
  27. complex shapes (clover leaf), holds. up to 10 electrons, start at n=3
    d orbital
  28. When 2 elements combine to form different compounds, a fixed amount of one element will combine with the other element
    Law of Multiple Proportions
  29. two or more elements that are chemically bonded
    compound
  30. In any chemical or physical process, the total mass or everything involved must remain the same
    Law of Conservation of Mass
  31. compounds formed by cations and anions held together by their mutual attraction, formed between metals and non-metals
    Ionic Compounds