chapter 4-6 Flashcards
solvent
able to dissolve other substances
solute
dissolved in the solvent
molarity
moles/liter
equivalence point
perfect neutralization attained
end point
where indicator changes color
analyte
something is unknown
titrant
molarity and volume precisely known
oxidation
loss of electrons; more positive
reduction
gain of electron; more negative
oxidizing agent
electron acceptor
reducing agent
electron donor
density equation
D=PM/RT=m/V
bronsted-lowry definition of acid/base
acid is a proton donor; base is a proton acceptor
arrhenius definition of acid/base
acid produces H+; base produces OH-
solubility of nitrate salts
most are soluble
solubility of alkali metals
soluble
solubility of ammonium ions
soluble
solubility of chloride
soluble
solubility of bromide
soluble
solubility of iodide
soluble
solubility of Ag+
insoluble
solubility of Pb2+
insoluble
solubility of Hg2^2+
soluble
solubility of sulfate salts
soluble
solubility of BaSO4
not soluble
solubility of PbSO4
not soluble
solubility of Hg2SO4
not soluble
solubility of CaSO4
not soluble
solubility of hydroxides
only slightly soluble
solubility of NaOH
soluble
solubility of KOH
soluble
solubility of sulfide
only slightly soluble
solubility of carbonate
only slightly soluble
solubility of chromate
only slightly soluble
solubility of phosphate
only slightly soluble
Average kinetic energy equations
1/2mv^2 OR 3/2RT
root mean square velocity equation
root(3RT/M)
rate of effusion
higher for lower molar mass
root of M1/Root of M2