i am wondering why as well, someone please ANSWER!
Are you talking about those crystal growing kits? If you are then what happens: as the water evaporates, the solution becomes more concentrated and finnaly the amount of the salt in solution exceeds the solubility for the the salt. The salt then falls out of solution. Using the anology- "like dissolves like, the CuSO4 crystals will nucleate upon themselves and othe salts will nucleate on themselves.... that is how you get different colors.
The most common technique for converting a copper sulfate solution into solid copper sulfate is through evaporation. This involves heating the solution to allow the water to evaporate, leaving behind solid copper sulfate crystals. The process can be carefully monitored to ensure the crystallization of pure copper sulfate.
Heating the saturated solution of Copper sulfate will not form the hydrated copper sulfate crystals because only after cooling down the saturated solution of copper sulfate then only the crystals of the hydrated copper sulfate can be 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, there is a fast reaction when iron is placed in copper sulfate solution. The iron reacts with the copper sulfate to form iron sulfate and copper metal. This results in a displacement reaction where the more reactive iron displaces the less reactive copper from the solution.
Iron is more reactive than copper, allowing it to displace copper from copper sulfate solution through a single displacement reaction. This process forms iron sulfate and solid copper metal, as iron has a higher affinity for sulfate ions than copper does.
Copper sulfate can be separated from a solution by methods such as filtration, evaporation, or crystallization. Filtration can be used to remove any solid copper sulfate from the solution, while evaporation can be employed to concentrate the solution and allow the copper sulfate to crystallize out. Crystallization involves cooling the solution slowly to encourage the formation of pure copper sulfate crystals which can then be separated.
The solute in a copper sulfate solution is copper sulfate (CuSO4).
a copper sulfate solution it becomes copper (II) sulfate pentahydrate
In a copper sulfate solution, copper sulfate is the solute and water is the solvent.
To obtain copper sulfate crystals from a mixture with sand, you can dissolve the mixture in water. The copper sulfate will dissolve, while the sand will not. You can then filter the solution to separate the sand from the copper sulfate solution. By evaporating the water from the copper sulfate solution, you can obtain copper sulfate crystals.
No, a copper sulfate solution is a homogeneous mixture where copper sulfate is dissolved in water.
The water solution of copper sulfate is acidic.
You can separate pure copper sulfate from an impure sample by dissolving the sample in water to create a solution. Pure copper sulfate will remain dissolved, while impurities will either remain undissolved or form a precipitate. You can then filter the solution to separate the impurities from the pure copper sulfate solution, which can be recovered by evaporating the water.
It is not recommended to store copper sulfate solution in a silver vessel as silver can react with copper sulfate to form silver sulfate and copper, leading to contamination of the solution. It is better to store copper sulfate solution in a glass or plastic container.
This solution is a liquid.
The word equation for copper sulfate and water is: copper sulfate + water → copper sulfate solution.
When iron is placed in copper sulfate solution, a chemical reaction occurs where the iron displaces the copper in the solution, forming iron sulfate and copper metal. This is known as a displacement reaction.