Since iron is a more active metal than copper, the iron would replace the copper in the copper sulfate, forming iron sulfate, and releasing elemental copper. The copper will not shape itself into a copper vessel, so eventually, the iron sulfate would leak out of the iron vessel, and eventually, if there is enough copper sulfate, the iron vessel will cease to exist.
No, storing a 1M copper sulfate solution in a nickel vessel is not recommended. Copper sulfate can react with nickel to form undesirable compounds, contaminating the solution. It is best to store the solution in a container made of a non-reactive material such as glass or polyethylene.
No, zinc sulfate solution should not be stored in a copper vessel as it can react with the copper, causing the formation of zinc-copper compounds and contaminating the solution. This can lead to degradation of the container and potential contamination of the solution. It is advisable to store zinc sulfate solution in containers made of materials that are chemically compatible, such as glass or certain types of plastic.
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.
Curd is acidic and can react with the copper, causing it to dissolve into the food and potentially lead to copper toxicity. This can also affect the taste and quality of the curd. It is advised to store curd in containers made of non-reactive materials such as glass or ceramic.
In this reaction, the iron displaces copper from copper sulfate solution to form iron sulfate and copper. This is a single displacement reaction where iron (Fe) is more reactive than copper (Cu), leading to the displacement of copper ions by iron atoms in the solution.
It is not possible to store copper sulphate solution in iron vessel.since ,iron is more reactive than copper,it displaces copper from any if its solution.the reaction takes place as , Fe(s)+CuSo4(aq)..............>FeSo4(aq)+Cu(s) (Blue color(light green solution)solution)
No, storing a 1M copper sulfate solution in a nickel vessel is not recommended. Copper sulfate can react with nickel to form undesirable compounds, contaminating the solution. It is best to store the solution in a container made of a non-reactive material such as glass or polyethylene.
No, zinc sulfate solution should not be stored in a copper vessel as it can react with the copper, causing the formation of zinc-copper compounds and contaminating the solution. This can lead to degradation of the container and potential contamination of the solution. It is advisable to store zinc sulfate solution in containers made of materials that are chemically compatible, such as glass or certain types of plastic.
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.
No.......
Curd is acidic and can react with the copper, causing it to dissolve into the food and potentially lead to copper toxicity. This can also affect the taste and quality of the curd. It is advised to store curd in containers made of non-reactive materials such as glass or ceramic.
In this reaction, the iron displaces copper from copper sulfate solution to form iron sulfate and copper. This is a single displacement reaction where iron (Fe) is more reactive than copper (Cu), leading to the displacement of copper ions by iron atoms in the solution.
Uranium doesn't react with copper.
the vessel is made up of copper
The green coating on a copper vessel in the rainy season is due to the formation of copper carbonate (patina) when copper reacts with moisture and carbon dioxide in the air. This patina acts as a protective layer, preventing further corrosion of the copper surface.
The green coating on a copper vessel in the rainy season is due to a process called oxidation. When copper reacts with moisture and carbon dioxide in the air, it forms a layer of greenish copper carbonate on its surface. This layer, called patina, protects the copper underneath from further corrosion.
This is copper's version of oxidisation. It occurs very visibly on buildings with copper trim on the roofs.