It isn't actually the 'molecular' formula because it is not molecule you ask about, but here is the formula of the chlorate anion:
ClO3- in which the oxidation state of Cl is +5 and of O it is -2 (as ever in oxy-compounds).(The acid of this base is HCLO3, name: hydrogen chlorate, or better known as chloric acid).
The perchlorate ion is represented as ClO4-
Formula: ClO3-
Chlorate = ClO3-
Formula: ClO3-
Formula: ClO3-
The chlorous ion is (ClO2)-.
clo3
ClO3-
The formula is ClO4-
Ammonium Perchlorlate - NH4ClO4 The negative perchlorate ion (NH4+) is ionically attracted to the positive ammonium ion (ClO4-).
8, since barium perchlorate is Ba(ClO4)2, and 4*2=8
The general formula of a perchlorate is MeClO4, where Me is a metal. The anion perchlorate is monovalent.
Formula = Y(ClO4)3
The formula is ClO4-
The silver ion is Ag+ and the perchlorate ion is ClO4-, so silver perchlorate would have the formula of AgClO4.
The perchlorate ion has one available bond.
Formula: ClO4-
Ammonium Perchlorlate - NH4ClO4 The negative perchlorate ion (NH4+) is ionically attracted to the positive ammonium ion (ClO4-).
IO^- is named as hypoiodite anion. It is unstable and disproportionates to I^- & IO^3-
8, since barium perchlorate is Ba(ClO4)2, and 4*2=8
cobalt II perchlorate is an ionic compond cobalt II has an oxidation number of +2; its symbol is Co perchlorate is a polyatomic ion with a charge of -1; its formula is ClO4 therefore the formula is Co(ClO4)2
ClO4- is the perchlorate ion.
The chemical formula for chlorite ion is ClO2- and the other oxy-anions of chlorine are (IUPAC names in parentheses); ClO- : Hypochlorite ion [ Chlorate(I) ion ] ClO3- : Chlorate ion [ Chlorate(V) ion ] ClO4- : Perchlorate ion [ Chlorate(VII) ion ]
The general formula of a perchlorate is MeClO4, where Me is a metal. The anion perchlorate is monovalent.
The three most common such ions probably are sulfate, with the formula SO4-2, chromate, with the formula CrO4-1, and perchlorate, with the formula ClO4-1.