AugoldHgmercuryNasodiumcompounda pure substancecontaining one ormore units madefrom multipleelements that arechemicallycombinedatomicnumbershows howmany protonsare in oneatom of eachelementcoefficientthe number writtenin front of achemical formulato say how manymolecules arepresentWtungstenatomicmasscalculated byadding thenumber ofprotons +neutrons in anatomneutrona subatomicparticle found inthe nucleus ofmost atoms thathas no charge,only massmoleculeformed whentwo or moreatoms of anelementchemically jointogethersuperscriptthe locationof the chargewhen indictedon an ionsymbolneutrala substance withno apparentcharge due to abalance of protonsand electronselementa samplewith one ormore atomsof the sameelementmixturetwo or more itemsthat have beencombined buthave not reactedand can beseparated byphysical meanschargecalculated bysubtracting thenumber ofelectrons fromthe number ofprotonsperiodictablea carefularrangement ofall elements byatomic numberand chemicalpropertiesisotopean atom withmore or lessneutrons thanusual for thatelementsubscriptthe lower right handcorner- where thenumber of atoms ofeach element in achemical formula iswrittenionan atom orgroup of atomsthat have lostor gainedelectronschemicalequationthe representation ofa chemical reactionshowing the chemicalformulas of eachreactant and productprotonpositivechargedparticle inthe nucleusof the atomchemicalformulaa way to showhow many atomsof each elementare present in amolecule orformula unitelectronnegativelychargedsubatomicparticle foundoutside thenucleusSntinformulaunitsthe representativeunit for an ioniccompound shownas the lowestwhole numberratioatomsmallest unitof matter thatretains all theproperties ofan elementKpotassiumPbleadFeironAugoldHgmercuryNasodiumcompounda pure substancecontaining one ormore units madefrom multipleelements that arechemicallycombinedatomicnumbershows howmany protonsare in oneatom of eachelementcoefficientthe number writtenin front of achemical formulato say how manymolecules arepresentWtungstenatomicmasscalculated byadding thenumber ofprotons +neutrons in anatomneutrona subatomicparticle found inthe nucleus ofmost atoms thathas no charge,only massmoleculeformed whentwo or moreatoms of anelementchemically jointogethersuperscriptthe locationof the chargewhen indictedon an ionsymbolneutrala substance withno apparentcharge due to abalance of protonsand electronselementa samplewith one ormore atomsof the sameelementmixturetwo or more itemsthat have beencombined buthave not reactedand can beseparated byphysical meanschargecalculated bysubtracting thenumber ofelectrons fromthe number ofprotonsperiodictablea carefularrangement ofall elements byatomic numberand chemicalpropertiesisotopean atom withmore or lessneutrons thanusual for thatelementsubscriptthe lower right handcorner- where thenumber of atoms ofeach element in achemical formula iswrittenionan atom orgroup of atomsthat have lostor gainedelectronschemicalequationthe representation ofa chemical reactionshowing the chemicalformulas of eachreactant and productprotonpositivechargedparticle inthe nucleusof the atomchemicalformulaa way to showhow many atomsof each elementare present in amolecule orformula unitelectronnegativelychargedsubatomicparticle foundoutside thenucleusSntinformulaunitsthe representativeunit for an ioniccompound shownas the lowestwhole numberratioatomsmallest unitof matter thatretains all theproperties ofan elementKpotassiumPbleadFeiron

Chem Camp LINGO 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. gold
    Au
  2. mercury
    Hg
  3. sodium
    Na
  4. a pure substance containing one or more units made from multiple elements that are chemically combined
    compound
  5. shows how many protons are in one atom of each element
    atomic number
  6. the number written in front of a chemical formula to say how many molecules are present
    coefficient
  7. tungsten
    W
  8. calculated by adding the number of protons + neutrons in an atom
    atomic mass
  9. a subatomic particle found in the nucleus of most atoms that has no charge, only mass
    neutron
  10. formed when two or more atoms of an element chemically join together
    molecule
  11. the location of the charge when indicted on an ion symbol
    superscript
  12. a substance with no apparent charge due to a balance of protons and electrons
    neutral
  13. a sample with one or more atoms of the same element
    element
  14. two or more items that have been combined but have not reacted and can be separated by physical means
    mixture
  15. calculated by subtracting the number of electrons from the number of protons
    charge
  16. a careful arrangement of all elements by atomic number and chemical properties
    periodic table
  17. an atom with more or less neutrons than usual for that element
    isotope
  18. the lower right hand corner- where the number of atoms of each element in a chemical formula is written
    subscript
  19. an atom or group of atoms that have lost or gained electrons
    ion
  20. the representation of a chemical reaction showing the chemical formulas of each reactant and product
    chemical equation
  21. positive charged particle in the nucleus of the atom
    proton
  22. a way to show how many atoms of each element are present in a molecule or formula unit
    chemical formula
  23. negatively charged subatomic particle found outside the nucleus
    electron
  24. tin
    Sn
  25. the representative unit for an ionic compound shown as the lowest whole number ratio
    formula units
  26. smallest unit of matter that retains all the properties of an element
    atom
  27. potassium
    K
  28. lead
    Pb
  29. iron
    Fe