it made de copper chlorine
HCL and copper oxide = Copper chloride+water
dil. hcl + cu = cucl2 +h2
Copper turnings react with HCl to form Copper chloride and give out hydrogen gas. Cu(s) + 2HCl -----> CuCl2 +H2(g)
Copper chlorides: - copper (I) chloride: CuCl - copper (II) chloride: CuCl2
In general, copper will not displace hydrogen from water or from acids, but in the case of hot, concentration H2SO4 a reaction will occur with copper. Why? Because hot, concentrated H2SO4 will act as an oxidizing agent to oxidize the copper to copper cation. HCl cannot do this.
HCL and copper oxide = Copper chloride+water
dil. hcl + cu = cucl2 +h2
Copper turnings react with HCl to form Copper chloride and give out hydrogen gas. Cu(s) + 2HCl -----> CuCl2 +H2(g)
Copper chlorides: - copper (I) chloride: CuCl - copper (II) chloride: CuCl2
It forms copper chloride and water.
In general, copper will not displace hydrogen from water or from acids, but in the case of hot, concentration H2SO4 a reaction will occur with copper. Why? Because hot, concentrated H2SO4 will act as an oxidizing agent to oxidize the copper to copper cation. HCl cannot do this.
when the penny is reacted with HCl, there must be somesort of area where the copper on the outside of the penny is removed so that the HCl can react with the zinc inside because HCl does not react with copper. Once the HCl reacts with the Zn inside, it will dissapear and therefore become less dense then the ZnCl2 that is formed which causes the penny to float
Fe + HCl --> FeCl2 + H2
- reaction between copper and chlorine - reaction between HCl and some copper compounds
Depending on the acid, different things happen. With sulphuric acid: Cu + H2SO4 ----> CuSO4 + H2So, Copper Sulphate and Hydrogen With hydrochloric acid: Cu + HCl ----> CuCl2 + H2So, Copper Chloride and Hydrogen In general, a metal + an acid ----> a base and hydrogen gas.
When Dilute HCL is added to water a more diluted solution of HCl is made.
when ammonium chloride is heated its particles get converted into gaseous state i.e vapours of ammonium chloride due to sublimation.