Copper is multivalent but its most common valence is 2- so the equation should look like this:
Cu (s) + H2O (l) ---> Cu(OH)2 (s) + H2 (g)
Copper metal reacts with liquid water to form Copper Hydroxide and Hydrogen gas
Two molecules of hydrogen, each containing two atoms, react with one molecule of oxygen, also containing two atoms, to produce two molecules of water, each containing two hydrogen atoms and one oxygen atom.
Very little. In many parts of the world, copper is used to carry hot and cold water. It is extremely corrosion resistant to water. If copper is placed in water, no visible or noticeable reaction takes place.
Copper is not reactive enough to displace hydrogen from water, so there is effectively no reaction between those two substances.
Copper (Cu) does not react at all with water.
There is no reaction between them.
Please make your question clearer
copper , nitrogen & water produced
calcium + copper sulphate = calcium sulphate + copper hydroxide
If you add Copper in Cupric Chloride at the time of reaction, it will turn into Cuprous Chloride. But it will again turn into Cupric Chloride if you continue the reaction. This is actually a Exo-Thermic reaction.
decomposition
yes
no reaction take place between copper and water. so there is no blance equation.
Copper and water
chemical reaction between copper oxide and glucose
copper , nitrogen & water produced
- reaction between copper and chlorine - reaction between HCl and some copper compounds
there is no reaction
An exothermic reaction occurs (this is when heat is produced). There's a link between the mass of copper sulphate and the temperature rise of the water.
magnesium+copper sulphate =no reaction
Well, im guessing that the reaction between the two will be >> copper oxide + carbon (arrow) carbon oxide + copper.
Copper nitrate dissolves in water, hence it is a chemical reaction.
Iron(Fe) + Copper Sulphate(CuSO4) → Iron Sulphate(Fe2SO4) + Copper(Cu)[Displacement Reaction]
Iron(Fe) + Copper Sulphate(CuSO4) → Iron Sulphate(Fe2SO4) + Copper(Cu)[Displacement Reaction]