Not sure about your examples but electronegativity variance is a good rule of thumb for deciding ionic from covalent bonds.
Electronegativity variance less than 1.4, generally much less, indicates a covalent bonding.
Electronegativity variance greater than 1.4 indicates ionic bonding.
Under normal circumstances, CuSO4, or is a solid. However, it can become a liquid if it is placed in a solution.
Copper(II) oxide: CuO
12.5 (g CuCO3) = [12.5 (g CuCO3) / 123.555 (g/mol CuCO3)] = 0.1012 (mol CuCO3)0.1012 (mol CuCO3)* [1 (mol CuO) / (mol CuCO3)] = 0.1012 (mol CuO)= [0.1012 (mol CuO) * 79.545 (g/mol CuO)] = 8.047 g CuO = 8.05 g CuO
2 Fe + 3 CuO -> Fe2O3 + 3 Cu
Well it fully depends on what type of copper you have. if you have Cu1+ then when you do an ionic equation and switch the ion charges, then the compound you would get would be Cu2O. If you had Cu2+ then the compound would end up being CuO. You cant just put two things together and assume its right. You have to do an ionic equation and then balance your reaction.
CuO is copper (II) oxide, also known as cupric oxide.
Covalent bonds are formed between a metal and a non-metal. Co is cobalt, a metal, so it will react with O to form CuO, a compound with ionic bonds.
ionic
Covalent bonds are between non-metals only. Ionic bonds are between non-metals and metals. Copper is a metal and oxygen is a non-metal; therefore, Copper II oxide is ionically bonded.
Copper (II) oxide, CuO is a compound containing a metal - copper, and a non-metal - oxygen. It is therefore has ionic bonding. Remember: Metal - non-metal = ionic bonding Non-metal - non-metal = covalent bonding Metal - metal = metallic bonding
CuO has an ionic bond, so it would be considered polar.
Emperical formula give the smallest whole number ratio of atoms in a compound
CuO is a compound. It is not a mixture.
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.
Yes... The compound is copper oxide CuO I think
CuO + CO2 -> CuCO3 CuO is copper oxide and is an ionic bond Cu(2+) and O(2-) CuCO3 is also an ionic bond, as one oxygen from copper oxide has joined with the covalently bonded carbon dioxide, CO2, to form carbonate, a polyatomic ion. Cu(2+) and CO3(2-)
Compounds that contain only non metal elements usually have covalent bonding and true molecules.