It turns blue in color. Because of Ammonia reacts with Cu+2.
When copper sulfate is mixed with ammonia, a pale blue precipitate of copper hydroxide forms due to a chemical reaction between the copper ions in copper sulfate and the ammonia. This can be further confirmed by the characteristic ammonia smell released during the reaction.
a copper sulfate solution it becomes copper (II) sulfate pentahydrate
When copper sulfate and iron are mixed, a redox reaction will occur. The iron will displace the copper in the copper sulfate solution, forming iron sulfate and copper metal. This reaction is a classic example of a displacement reaction.
When copper sulfate and sodium hydroxide are mixed together, a double displacement reaction occurs. The copper ions from copper sulfate react with hydroxide ions from sodium hydroxide to form a blue precipitate of copper hydroxide. The resulting solution will contain sodium sulfate.
Then a (very soluble) deep blue colored [Cu(NH3)2]2+ complex ion is formed.This complex is stronger than the known blue [Cu(H2O)2]2+(dihydrate) and even stronger than the insoluble white blue Cu(OH)2 (dihydroxide)
Copper sulfate (II) CuSO4 is blue; ammonia is a colorless gas. If you mix ammonia water and copper sulfate solution, you will actually form a Brilliant blue copper-ammonium complex that is very pretty. Copper sulfate is blue by itself and anhydrous ammonia is a clear gas with a choking odor.
When copper sulfate is mixed with ammonia, a pale blue precipitate of copper hydroxide forms due to a chemical reaction between the copper ions in copper sulfate and the ammonia. This can be further confirmed by the characteristic ammonia smell released during the reaction.
a copper sulfate solution it becomes copper (II) sulfate pentahydrate
1. Ammonia (gas, NH3) and copper (solid, Cu) cannot be mixed. 2. Ammonia can react with copper salts in water solutions.
When copper sulfate and iron are mixed, a redox reaction will occur. The iron will displace the copper in the copper sulfate solution, forming iron sulfate and copper metal. This reaction is a classic example of a displacement reaction.
A copper sulphate solution.
When copper sulfate and sodium hydroxide are mixed together, a double displacement reaction occurs. The copper ions from copper sulfate react with hydroxide ions from sodium hydroxide to form a blue precipitate of copper hydroxide. The resulting solution will contain sodium sulfate.
Then a (very soluble) deep blue colored [Cu(NH3)2]2+ complex ion is formed.This complex is stronger than the known blue [Cu(H2O)2]2+(dihydrate) and even stronger than the insoluble white blue Cu(OH)2 (dihydroxide)
When calcium chloride is mixed with copper sulfate, a white precipitate of calcium sulfate forms due to the displacement reaction between calcium and copper ions. This reaction is a double displacement reaction in which calcium sulfate and copper chloride are formed.
IF THE COPPER SULFATE DISSOLVES IN WATER, HAS A BLUE COLOR. WHEN STEEL WOOL IS MIXED WITH COPPER SULFATE,, THE STEEL WOOL DISSAPEARS, A BROWNISH SOLID FORMS, AND THE COLOR OF THE SOLUTION CHANGES FROM BLUE TO GREEN.Copper is produced.
Yes, when sodium sulfide is mixed with copper sulfate, a reaction occurs that forms a precipitate of copper sulfide. This is a common chemical reaction used to demonstrate the formation of a precipitate in chemistry experiments.
When aluminum is mixed with copper sulfate, the aluminum reacts with the copper ions in the copper sulfate solution and displaces the copper, forming aluminum sulfate and copper metal. Magnesium does not play a direct role in this reaction.