Write chemical formulas for the compounds in each box. The names are found by finding the intersection between the cations and anions. Example: The first box is the intersection between the cation and the anion, so you should write “zinc” “chloride” as shown. “ZnCl2”, zinc iron (II) iron (III) gallium silver lead (IV) chloride ZnCl2 FeCl2 FeCl3 GaCl3 AgCl PbCl4 acetate Ag C2H3O2 nitrate AgNO3 oxide ZnO FeO Fe2O3 Ga2O3 Ag2O PbO2 nitride Zn3N2 Fe3N2 FeN GaN Ag3N Pb3N4 sulfate ZnSO4 FeSO4 Write the formulas for the following compounds: 1) copper (II) chloride 2) lithium acetate LiC2H3O2 3) vanadium (III) selenide V2Se3 4) manganese (IV) nitride Mn3N4 5) beryllium oxide BeO 6) sodium sulfate Na2SO4 7) aluminum arsenide AlAs 8) potassium permanganate KMnO4 9) chromium (VI) cyanide Cr(CN)6 10) tin (II) sulfite SnSO3 11) vanadium (V) fluoride VF5 12) ammonium nitrate NH4NO3
Write chemical formulas for the compounds in each box. The names are found by finding the intersection between the cations and anions. Example: The first box is the intersection between the “zinc” cation and the “chloride” anion, so you should write “ZnCl2”, as shown. zinc iron (II) iron (III) gallium silver lead (IV) chloride ZnCl2 FeCl2 FeCl3 GaCl3 AgCl PbCl4 acetate Ag C2H3O2 nitrate AgNO3 oxide ZnO FeO Fe2O3 Ga2O3 Ag2O PbO2 nitride Zn3N2 Fe3N2 FeN GaN Ag3N Pb3N4 sulfate ZnSO4 FeSO4 Write the formulas for the following compounds: 1) copper (II) chloride 2) lithium acetate LiC2H3O2 3) vanadium (III) selenide V2Se3 4) manganese (IV) nitride Mn3N4 5) beryllium oxide BeO 6) sodium sulfate Na2SO4 7) aluminum arsenide AlAs 8) potassium permanganate KMnO4 9) chromium (VI) cyanide Cr(CN)6 10) tin (II) sulfite SnSO3 11) vanadium (V) fluoride VF5 12) ammonium nitrate NH4NO3
ionic%20compound%20formula%20writing.docx