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The Roman numeral following the cation tells you the oxidation number of that cation. For example, Cu(ll)chloride tags you it is CuCl2 because the (ll) after Cu indicates an ox. no. of 2+.
For the transition metals, the roman numeral designates the valence number of the metal in the ionic bond. For example CuSO4 is Copper (II) Sulfate, because the copper has a valence of +2 in this bond.
The Roman numeral for LXVI II is LXVIII.
They refer to the valency of the metal in the compound, such as Iron II or Iron III chloride.
As a Roman numeral ii or II is equivalent to 2
The Roman numeral following the cation tells you the oxidation number of that cation. For example, Cu(ll)chloride tags you it is CuCl2 because the (ll) after Cu indicates an ox. no. of 2+.
No. Copper(I) chloride and copper(II) chloride are both ionic solids.
There are two kinds of copper chloride. Copper(I) chloride is CuCl. Copper(II) chloride is CuCl2.
Copper(II) nitrate. The Roman numeral indicates the charge of the copper ion.
This compound is copper(II) nitrate.
copper and iron (II) chloride
Some examples are copper(II) sulfate, copper(I) chloride, copper(II) chloride, copper(II) carbonate.
No. Copper(I) chloride and copper(II) chloride are both ionic solids.
Example: copper(II) sulfate - CuSO4(II) is the valence of the cation, in this case Cu(II).
For the transition metals, the roman numeral designates the valence number of the metal in the ionic bond. For example CuSO4 is Copper (II) Sulfate, because the copper has a valence of +2 in this bond.
The balanced equation for copper(II) oxide and potassium chloride is CuO + 2KCl → CuCl2 + K2O When copper(II) oxide reacts with potassium chloride then it forms copper(II) chloride and potassium oxide.
The Roman numeral for LXVI II is LXVIII.