welllthere are number of metals which can serve the purpose.more scientifically speaking,the metals which have a greater tendency to be oxidised than copper willl do the work.for example zinc
Copper oxide+ Sulphuric acid ----> copper sulphate +water
Copper and oxygen react to form copper (I) oxide, Cu2O, and copper (II) oxide, CuO. 4Cu + O2 --> 2Cu2O 2Cu + O2 --> 2CuO
Magnesium + copper oxide --> magnesium oxide + copper
To make copper sulfate, you typically need to react copper oxide or copper metal with sulfuric acid. The exact amount of sulfuric acid required will depend on the stoichiometry of the chemical reaction and the amount of copper oxide or copper metal used. The reaction equation will help you calculate the exact amount needed based on the mole ratio between the reactants.
If a copper is clean it doesn't react to acid, unless precisely if the acid is also an oxidising agent.It happens because copper is below hydrogen in the activities series. (will notice that this is not really an explanation, just an impressive way of saying that copper is not reactive enough to react with acids.) if any reason the copper surface has been oxidised, the copper oxide will dissolve in acid that's the only time it will react to acid. If the acid is strongly oxidising, the copper can dissolve to make a solution of the copper salt. For example, copper dissolves in concentrated nitric acid to give you nitrogen oxides and copper nitrate in solution, and also in hot concentrated sulphuric acid to give you sulphur dioxide and copper hydrogen-sulphate in solution.
When copper oxide is heated in a test tube with carbon, carbon acts as a reducing agent and reacts with copper oxide to form copper metal and carbon dioxide. This is a type of redox reaction where copper gains electrons from carbon, resulting in the reduction of copper oxide to copper.
Copper oxide+ Sulphuric acid ----> copper sulphate +water
Copper and oxygen react to form copper (I) oxide, Cu2O, and copper (II) oxide, CuO. 4Cu + O2 --> 2Cu2O 2Cu + O2 --> 2CuO
Zn + HCl = ZnCl + H the will be hydrogen and it will make a squeaky pop noise
copper is a metal and carbon dioxide is a gas so therefore dont mix
Copper oxide, which is a compound from the two elements copper and oxygen. When copper is exposed to oxygen for a long period of time, it begins turning green. The green is Copper oxide.Copper oxide can refer toCopper(I) oxide (cuprous oxide, Cu2O), a red powder;Copper(II) oxide (cupric oxide, CuO), a black powder. (Source wikipedia)
When air is passed over heated copper powder, the copper undergoes oxidation, forming copper oxide. Copper oxide is black in color, which is why the heated copper powder appears black when air is passed over it.
Magnesium is a highly reactive metal compared to gold, silver and copper. It will form a magnesium oxide as an outer-shell when it comes to contact with oxygen in the air, and it reacts with water, creating hydrogen gas and fizzing.
2Cu + O2 --> 2CuOIn air and water, or where oxygen reacts with copper. Google verdigris.There are several methods,"Heating Copper metal in air."Heating Copper carbonate."Heating Copper hydroxide."Reacting Cuprous chloride with KMnO4.
Magnesium + copper oxide --> magnesium oxide + copper
To make copper sulfate, you typically need to react copper oxide or copper metal with sulfuric acid. The exact amount of sulfuric acid required will depend on the stoichiometry of the chemical reaction and the amount of copper oxide or copper metal used. The reaction equation will help you calculate the exact amount needed based on the mole ratio between the reactants.
If a copper is clean it doesn't react to acid, unless precisely if the acid is also an oxidising agent.It happens because copper is below hydrogen in the activities series. (will notice that this is not really an explanation, just an impressive way of saying that copper is not reactive enough to react with acids.) if any reason the copper surface has been oxidised, the copper oxide will dissolve in acid that's the only time it will react to acid. If the acid is strongly oxidising, the copper can dissolve to make a solution of the copper salt. For example, copper dissolves in concentrated nitric acid to give you nitrogen oxides and copper nitrate in solution, and also in hot concentrated sulphuric acid to give you sulphur dioxide and copper hydrogen-sulphate in solution.