In a reaction between iron and copper (II) chloride, an ionic bond is formed. The iron atom donates electrons to the copper (II) cation, resulting in the formation of Fe^2+ cation and CuCl2^− anion.
CoF2 its a type II binary ionic compound. therefore you take the cation (Co) and its charge (+2 as indicated by the II) and the anion (F) and its charge (-1) and combine the two like this: Co+2F-1 . you then cross the charges to get CoF2.
CoClO3 is the chemical formula for cobalt(II) chlorate. It is a compound formed by the cobalt(II) cation (Co2+) and the chlorate anion (ClO3-).
Cesium is a cation, meaning it is a positively charged ion. It forms the Cs+ cation when it loses an electron.
Chloride is an anion. It carries a negative charge due to the gain of an electron.
In a reaction between iron and copper (II) chloride, an ionic bond is formed. The iron atom donates electrons to the copper (II) cation, resulting in the formation of Fe^2+ cation and CuCl2^− anion.
Copper is the cation (+) and sulfur the anion (-).
Copper (II) Sulfate, is an ionic compound. If that is what you are asking. Anytime you have a metal that has a number in parenthesis after it, you're going to be using ions. The number in paranthesis is what indicates the charge on the ion. For example, Copper (II) would have a charge of +2.
Mercury(II) Sulfide. Made of Mercury cation and Sulfide anion.
The ionic compound for CuCl is copper(II) chloride. Copper (Cu) forms a 2+ cation, while chlorine (Cl) forms a 1- anion, resulting in the formula CuCl2.
No...theres only Copper I and Copper II cations
Lead (Pb) can be either a cation or an anion, depending on the chemical compound it is found in. For example, in lead(II) acetate, Pb is a cation (Pb2+), while in lead(II) sulfide, Pb is an anion (Pb2-).
The cation would be C6H5NH3+ and the anion would be C6H5NH-
Can an ionic compound ever consist of a cation-cation or anion- anion bond? Explain.
The cation of potassium cyanide is potassium (K+) and the anion is cyanide (CN-).
anion
Anion