When anhydrous copper sulfate becomes wet, it undergoes an exothermic reaction as it absorbs water to form hydrated copper sulfate. This reaction releases heat, resulting in a temperature increase in the surrounding area.
When an iron nail is dipped in copper sulphate solution, a displacement reaction occurs where the iron displaces copper from the copper sulphate solution. This results in the formation of copper metal on the surface of the iron nail, causing the nail to become coated with a layer of copper.
When water is added to copper sulfate powder, it dissolves to form a solution. This dissolution is an exothermic process, meaning it releases heat, causing the solution to become warm. The blue color of the solution is due to the copper ions in the copper sulfate forming a blue complex with water molecules.
When copper gets wet, it can undergo a chemical reaction with the water and oxygen in the air, which forms a greenish layer known as patina. This patina acts as a protective coating, preventing further corrosion of the copper.
When copper wire is heated, it expands due to thermal expansion. As it gets hotter, the electrons in the copper atoms move more freely, increasing electrical resistance. Excessive heating can cause the copper wire to melt and ultimately vaporize.
copper sulphate gets hydrated in water and thus is diffusible.
When anhydrous copper sulfate becomes wet, it undergoes an exothermic reaction as it absorbs water to form hydrated copper sulfate. This reaction releases heat, resulting in a temperature increase in the surrounding area.
When an iron nail is dipped in copper sulphate solution, a displacement reaction occurs where the iron displaces copper from the copper sulphate solution. This results in the formation of copper metal on the surface of the iron nail, causing the nail to become coated with a layer of copper.
When water is added to copper sulfate powder, it dissolves to form a solution. This dissolution is an exothermic process, meaning it releases heat, causing the solution to become warm. The blue color of the solution is due to the copper ions in the copper sulfate forming a blue complex with water molecules.
When iron is added to copper sulfate, a displacement reaction occurs where the iron displaces the copper in the compound forming iron sulfate and elemental copper. The green color seen is from the formation of copper metal, leaving behind iron sulfate which is colorless.
When copper gets wet, it can undergo a chemical reaction with the water and oxygen in the air, which forms a greenish layer known as patina. This patina acts as a protective coating, preventing further corrosion of the copper.
When copper wire is heated, it expands due to thermal expansion. As it gets hotter, the electrons in the copper atoms move more freely, increasing electrical resistance. Excessive heating can cause the copper wire to melt and ultimately vaporize.
The brown colored element, copper on heating in air forms copper oxide which in black in color. 2Cu(s) +O2(g) gives rise to 2CuO(s)
Iron is more reactive than copper, so when iron is added to a solution of copper salt, iron will displace copper by reducing it from its cationic form (Cu2+) to its elemental form (Cu). This is due to the difference in the reactivity series of metals, with iron being higher in the series than copper.
Sulphate and other chemicals!
In this case, copper ions from the copper sulfate solution will react with the iron in the nail through a redox reaction. The iron will gradually dissolve into the solution, while copper ions will deposit on the surface of the nail, forming a layer of copper on the nail.
That old farmer gets chased and then the Copper tries to help him and then Todd tries to help Copper