Acetate
C2H3O2-
C2H3O2-
Acetate
Carbonate
CO3-2
CO3-2
Carbonate
Hydrogen carbonate
HCO3-
HCO3-
hydrogen carbonate
Hydroxide
OH-
OH-
hydroxide
Nitrite
NO2-
NO2-
nitrite
Nitrate
NO3-
NO3-
nitrate
Chromate
CrO4-2
CrO4-2
chromate
Dichromate
Cr207-2
Cr2O7-2
dichromate
Phosphate
PO4-3
PO4-3
Phosphate
Hydrogen Phosphate
HPO4-2
HPO4-2
Hydrogen phosphate
Dihydrogen phosphate
H2PO4-
H2PO4-
dihydrogen phosphate
Ammonium
NH4+
NH4+
ammonium
Hypochlorite
ClO-
Chlorite
ClO2-
Chlorate
ClO3-
ClO-
hypochlorite
ClO2-
Chlorite
ClO3-
Chlorate
perchlorate
ClO4-
ClO4-
perchlorate
Permanganate
MnO4-
MnO4-
Permanganate
Sulfite
SO3-2
SO3-2
sulfite
Hydrogen sulfite
HSO3-
HSO3-
hydrogen sulfite
Sulfate
SO4-2
SO4-2
sulfate
H2SO4-
hydrogen sulfate
hydrogen sulfate
H2SO4-
Cyanide
CN-
CN-
cyanide
peroxide
O2-2
O2-2
peroxide
charge of Al
3+
charge of Ga
3+
charge of Zn
2+
charge of Cd
2+
charge of Ag
1+
metals with fixed charges (5)
Al, Ga, Zn, Cd, Ag
hepta
7
nona
9
deca
10
naming oxyacids
#NAME?
Determining the EF
A. Find moles of each element B. Divide by smallest number of moles C. Convert each number to a whole number
Determining MF
A. Need EF and compounds molecular mass B. Find whole number multiplier by dividing the molecular mass by the EF mass