That's a good question. What didhappen to it?
I wouldn't expect much of anything to happen, since copper is a more active metal than silver. In fact, a copper plate dipped into a silver nitrate solution should grow silver crystals as the copper ionizes and replaces silver in solution.
The iron is a more active metal than copper, so the iron atoms in the nail replace the copper atoms in the copper sulphate solution, so it becomes iron sulfate. The copper atoms will start to build on the iron nail, as well.
When a silver spoon is immersed in aqueous copper sulphate solution, a displacement reaction occurs. The silver spoon will react with the copper sulphate, displacing the copper ions and forming silver sulphate solution. Over time, the silver spoon will start to turn slightly reddish as a thin layer of copper is deposited on its surface.
If a copper coin is dipped in silver nitrate solution for hours or days, the solution will likely turn blue due to the formation of copper(II) nitrate. This reaction occurs as copper from the coin reacts with the silver nitrate in the solution.
When an iron nail is dipped in copper sulfate solution, a displacement reaction occurs. The more reactive iron displaces the less reactive copper from the copper sulfate solution. This results in the iron nail becoming coated with copper, as copper metal is deposited onto the surface of the iron nail. Over time, the iron nail will appear to turn a copper color due to this deposition of copper onto its surface.
Copper sulphate is a blue coloured solution. As soon as you react it with iron, you will notice that the solution is turning into light green which means iron sulphate solution is forming. Iron being more reactive than copper displaces copper from its soluion.
The iron is a more active metal than copper, so the iron atoms in the nail replace the copper atoms in the copper sulphate solution, so it becomes iron sulfate. The copper atoms will start to build on the iron nail, as well.
Probably a very dilute solution of copper sulphate act as a desinfecting agent; but the copper sulphate is toxic. It is more sure to avoid this experiment.
When a silver spoon is immersed in aqueous copper sulphate solution, a displacement reaction occurs. The silver spoon will react with the copper sulphate, displacing the copper ions and forming silver sulphate solution. Over time, the silver spoon will start to turn slightly reddish as a thin layer of copper is deposited on its surface.
Copper sulphate is a blue coloured solution. As soon as you react it with iron, you will notice that the solution is turning into light green which means iron sulphate solution is forming. Iron being more reactive than copper displaces copper from its soluion.
it will form magnesium sulphate + copper
The link below is a video on what will happen.
If a copper coin is dipped in silver nitrate solution for hours or days, the solution will likely turn blue due to the formation of copper(II) nitrate. This reaction occurs as copper from the coin reacts with the silver nitrate in the solution.
The Zinc will displace the copper. It will become Zinc Sulphate. The word equation will be Zinc + Copper Sulphate -----> Copper + Zinc Sulphate. Hope this helps!
If a copper sulphate solution is put into a container with a lid, the solution will still remain a liquid. However, it may evaporate more slowly due to the lid preventing some of the water from escaping. Over time, the concentration of copper sulphate in the solution may also increase slightly as water evaporates.
Copper reacts with the oxidilized copper on the penny.
There would be copper deposited in the piece of iron and the solution would show a color change from pale blue to pale green.
When an iron nail is dipped in copper sulfate solution, a displacement reaction occurs. The more reactive iron displaces the less reactive copper from the copper sulfate solution. This results in the iron nail becoming coated with copper, as copper metal is deposited onto the surface of the iron nail. Over time, the iron nail will appear to turn a copper color due to this deposition of copper onto its surface.