CuCl2 is an ionic compund as it contains a non-metal element and a metal element.
Copper (Cu) becomes a positive ion- it looses 2 electrons.
Chlorine (Cl) becomes a negative ion- 2 cholrines gain 1 electron each.
Copper sulfite is an ionic compound. It is a lattice formed from Copper(II) and Sulfate(IV) ions. It is slightly soluble in water.
Cu2S2O3 is made of Cu2+ ions and S2O3^2- ions. In an aqueous medium, Cu2S2O3 breaks into Cu2+ and S2O3^2- ions. So Cu2S2O3 is an ionic compound.
Copper sulfite is an ionic compound. It is a lattice formed from Copper(II) and Sulfate(IV) ions. It is slightly soluble in water.
Cu2S2O3 is made of Cu2+ ions and S2O3^2- ions. In an aqueous medium, Cu2S2O3 breaks into Cu2+ and S2O3^2- ions. So Cu2S2O3 is an ionic compound.
Copper thiosulfate is an ionic compound.
ionic. it is a metal + a nonmetal.
Copper chloride is an ionic compound.
ionic
CuO has an ionic bond, so it would be considered polar.
CuO is copper (II) oxide, also known as cupric oxide.
Is BO ionic or a molecular
It is ionic because chromium is a metal.
ionic
CuO has an ionic bond, so it would be considered polar.
CuO is copper (II) oxide, also known as cupric oxide.
Is BO ionic or a molecular
CO is molecular
Iron(III) bromide is an ionic compound.
The simplest description is that it is ionic, and the argument is that the difference in electronegativity causes a full transfer of electrons. It is high melting solid and certainly i not molecular. As with many metal oxides the real bonding is somewhere between ionic and covalent, and this is particularly true for metals other than those in group1 and 2. I personally do not like the categorisation of compounds into ionic and molecular. Many macro crystalline solids are covalent.
It is ionic because chromium is a metal.
HCIO4 is an ionic compound.
Ionic Molecular
Molecular because it is between 2 non-metals.
Ammonia is a molecular compound and not ionic.