(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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max amount of product that can be produced
theoretical yield
can act as an acid or a base
amphoteric
two liquids that are not soluble in one another
immiscible
one element replaces another in a compound
single displacement reaction
point where moles of [H+] and [OH-] are equal
equivalence point
experimentally measured amount of product
actual yield
simplest unit of a covalently bonded compound
molecule
attraction between a cation and an anion
ionic bond
determines the amount of product that can be formed
limiting reactant
measure of amount of solute to amount of solvent or solution
concentration
conducts electricity when dissolved
electrolyte
has particles large enough to scatter light
colloid
insoluble solid formed in a reaction
precipitate
lists metals in order of chemical activity
activity series
single reactant breaks down into simpler substances
decomposition reaction
mixtured in which particles settle to the bottom
suspension
negative ion
anion
reaction between acid and base that produces water and a salt
neutralization reaction
loss of electrons
oxidation
has the max amount of solute it can dissolve at a given T & P
saturated solution
point where an indicator changes color
end point
measure of [H+] in a solution
pH
proton donor
Bronsted-Lowry Acid
ionizes completely and produces H+ in solution
strong acid
rearrangement of atoms to form new substances
chemical reaction
relates solubility and pressure of a gas
Henry's Law
electron pair donor
Lewis base
produced H+ ions in water
Arrhenius acid
substances combine to from one new product
synthesis reaction
max amount of solute that can be dissolved
solubility
has more than one H+ to donate
polyprotic acid
relates amount of reactants and products
stoichiometry
measured amount of known solution is used to determine concentration of an unknown
titration
made from the cation from a base and the anion from an acid
salt
mass of one mole of a substance
molar mass
reaction with oxgyen that produces heat and light
combustion
properties dependent on the number of dissolved particles
colligative properties
able to be dissolved
soluble
a homogeneous mixture
solution
pH range over which an indicator changes color
transition interval
simplest unit of an ionic compound
formula unit
atom with a charge
ion
moles of solute per kg of solvent
molality
speeds up or gets a reaction going
catalyst
substance present in the greater amount in a solution
solvent
group of atoms that has a charge
polyatomic ion
gain of electrons
reduction
positive ion
cation
has a positive and negative end
polar molecule
two ions switch places in compounds
double displacement reaction
pressure of the vapor particles above a liquid
vapor pressure
attraction between nuclei and valence electrons of two bonded atoms
covalent bond
the dissolving process
solvation
attraction between metal cations and delocalized electrons
metallic bond
moles of solute per L of solution
molarity
mass can't be created or destroyed
law of conservation of mass
