Type the name of the following compound: FePO4{“version”:”1.1″,”math”:”FePO4″} Use ONLY lowercase letters. Charge Name Formula 1+ Ammonium ion NH4+ 1– Hydroxide ion OH – Hydrogen carbonate (or bicarbonate) ion HCO3– Hydrogen sulfate (or bisulfate) ion HSO4– Acetate ion C2H3O2– Nitrate ion NO3– Nitrite ion NO2– Permanganate ion MnO4– Cyanide ion CN – Perchlorate ion ClO4– Chlorate ion ClO3– Chlorite ion ClO2– Hypochlorite ion ClO–     2–   Sulfate ion SO42– Sulfite ion SO32– Chromate ion CrO42– Dichromate ion Cr2O72– Carbonate ion CO32– Oxalate ion C2O42– 3– Phosphate ion PO43– Borate ion BO33– _______

Phenolphthalein was added to an aqueous solution of acetic acid (vinegar). The resulting solution was

Name the following compound: P4S3{“version”:”1.1″,”math”:”P4S3″} Charge Name Formula 1+ Ammonium ion NH4+ 1– Hydroxide ion OH – Hydrogen carbonate (or bicarbonate) ion HCO3– Hydrogen sulfate (or bisulfate) ion HSO4– Acetate ion C2H3O2– Nitrate ion NO3– Nitrite ion NO2– Permanganate ion MnO4– Cyanide ion CN – Perchlorate ion ClO4– Chlorate ion ClO3– Chlorite ion ClO2– Hypochlorite ion ClO–     2–   Sulfate ion SO42– Sulfite ion SO32– Chromate ion CrO42– Dichromate ion Cr2O72– Carbonate ion CO32– Oxalate ion C2O42– 3– Phosphate ion PO43– Borate ion BO33–

Name the following compound: PbF4{“version”:”1.1″,”math”:”PbF4″} Charge Name Formula 1+ Ammonium ion NH4+ 1– Hydroxide ion OH – Hydrogen carbonate (or bicarbonate) ion HCO3– Hydrogen sulfate (or bisulfate) ion HSO4– Acetate ion C2H3O2– Nitrate ion NO3– Nitrite ion NO2– Permanganate ion MnO4– Cyanide ion CN – Perchlorate ion ClO4– Chlorate ion ClO3– Chlorite ion ClO2– Hypochlorite ion ClO–     2–   Sulfate ion SO42– Sulfite ion SO32– Chromate ion CrO42– Dichromate ion Cr2O72– Carbonate ion CO32– Oxalate ion C2O42– 3– Phosphate ion PO43– Borate ion BO33–

Name the following compound: Cl2O7{“version”:”1.1″,”math”:”Cl2O7″} Charge Name Formula 1+ Ammonium ion NH4+ 1– Hydroxide ion OH – Hydrogen carbonate (or bicarbonate) ion HCO3– Hydrogen sulfate (or bisulfate) ion HSO4– Acetate ion C2H3O2– Nitrate ion NO3– Nitrite ion NO2– Permanganate ion MnO4– Cyanide ion CN – Perchlorate ion ClO4– Chlorate ion ClO3– Chlorite ion ClO2– Hypochlorite ion ClO–     2–   Sulfate ion SO42– Sulfite ion SO32– Chromate ion CrO42– Dichromate ion Cr2O72– Carbonate ion CO32– Oxalate ion C2O42– 3– Phosphate ion PO43– Borate ion BO33–

(Dr. Banda) This virus is transmitted from rodents to humans, monkeys, horses, cattle, and swine and produces encephalomyocarditis with fatalities.

Name the following compound: Ba(OH)2{“version”:”1.1″,”math”:”Ba(OH)2″} Charge Name Formula 1+ Ammonium ion NH4+ 1– Hydroxide ion OH – Hydrogen carbonate (or bicarbonate) ion HCO3– Hydrogen sulfate (or bisulfate) ion HSO4– Acetate ion C2H3O2– Nitrate ion NO3– Nitrite ion NO2– Permanganate ion MnO4– Cyanide ion CN – Perchlorate ion ClO4– Chlorate ion ClO3– Chlorite ion ClO2– Hypochlorite ion ClO–     2–   Sulfate ion SO42– Sulfite ion SO32– Chromate ion CrO42– Dichromate ion Cr2O72– Carbonate ion CO32– Oxalate ion C2O42– 3– Phosphate ion PO43– Borate ion BO33–

Name the following compound: Cu(NO3)2{“version”:”1.1″,”math”:”Cu(NO3)2″} Charge Name Formula 1+ Ammonium ion NH4+ 1– Hydroxide ion OH – Hydrogen carbonate (or bicarbonate) ion HCO3– Hydrogen sulfate (or bisulfate) ion HSO4– Acetate ion C2H3O2– Nitrate ion NO3– Nitrite ion NO2– Permanganate ion MnO4– Cyanide ion CN – Perchlorate ion ClO4– Chlorate ion ClO3– Chlorite ion ClO2– Hypochlorite ion ClO–     2–   Sulfate ion SO42– Sulfite ion SO32– Chromate ion CrO42– Dichromate ion Cr2O72– Carbonate ion CO32– Oxalate ion C2O42– 3– Phosphate ion PO43– Borate ion BO33–

The chemical formula of sulfur hexafluoride is Charge Name Formula 1+ Ammonium ion NH4+       1– Hydroxide ion OH – Hydrogen carbonate (or bicarbonate) ion HCO3– Hydrogen sulfate (or bisulfate) ion HSO4– Acetate ion C2H3O2– Nitrate ion NO3– Nitrite ion NO2– Permanganate ion MnO4– Cyanide ion CN –     2–   Sulfate ion SO42– Sulfite ion SO32– Chromate ion CrO42– Dichromate ion Cr2O72– Carbonate ion CO32– Oxalate ion C2O42– 3– Phosphate ion PO43– Borate ion BO33–

Two elements are absolutely necessary to make longer blocks of instructional time effective: continuing staff development and planning.