1. Put the mixture in a beaker with water and stir.
2. Copper oxides are not soluble but sodium chloride is soluble.
3. Filter the content.
4. Salt pass, coper oxides reman on the filter.
No
Nitrogen and oxygen are nonmetals.Copper oxide and sodium chloride are compounds, not elements.
The reaction between sodium hypochlorite and copper results in the formation of copper(II) oxide and sodium chloride. This is an oxidation-reduction reaction where the sodium hypochlorite oxidizes the copper metal to form copper oxide and is itself reduced to sodium chloride.
Put the mixture in a beaker then add some water. Stir until the sodium chloride is completely dissolved. Filter the water to get copper oxide as your residue. Then strongly heat the water till it evaporates, to form crystals of sodium chloride.
CuCl2.
An oxide of sodium chloride doesn't exist. The oxides of sodium are: Na2O, NaO2, Na2O2.
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.
Oxide can not change to chloride, so the actual answer is no. However- if you put sodium oxide together with hydrochloric acid it will end up as sodium chloride and water (and a lot of noise, probably).
To calculate the mass of sodium chloride produced, first balance the chemical equation for the reaction between sodium oxide and calcium chloride. Next, determine the molar ratio between sodium oxide and sodium chloride in the balanced equation. Finally, use the given mass of sodium oxide and the molar mass of sodium chloride to calculate the mass of sodium chloride produced.
Copper oxide and hydrochloric acid will produce copper chloride.
Aluminum oxide has a higher melting point than sodium chloride. Aluminum oxide has a melting point of around 2072°C, while sodium chloride has a melting point of 801°C.
When copper oxide reacts with hydrochloric acid, it forms copper chloride and water.