CuF2+ K2SO4
The light blue color of a solution of CuSO4 in water is due to absorption of yellow light by a coordination complex of water and copper cations. When NH3 is added, the water molecules in the coordination complex are replaced by ammonia molecules, and the resulting complex absorbs yellow light more strongly than the original one.
The product is ammonia, NH3.
The product is Copper Sulphate. Formula = CuSO4
NH4+ (aq) + OH (aq) ----> NH3 (g) + H2O(l) The product, ammonia, is NH3
Cu(NH3)4SO4
As gaseous ammonia with solid coppersulfate: 2NH3(g) + CuSO4(s) --> Cu(NH3)2SO4(s) With water: [Cu(NH3)2]2+ complex-ions with SO42- ions in aquous solution (deep blue color)
CuF2+ K2SO4
The light blue color of a solution of CuSO4 in water is due to absorption of yellow light by a coordination complex of water and copper cations. When NH3 is added, the water molecules in the coordination complex are replaced by ammonia molecules, and the resulting complex absorbs yellow light more strongly than the original one.
The product is ammonia, NH3.
The product is Copper Sulphate. Formula = CuSO4
NH4+ (aq) + OH (aq) ----> NH3 (g) + H2O(l) The product, ammonia, is NH3
Did you mean Sulfuric acid? H2SO4 + CuSO4 -> H2SO4 + CuSO4 Since both anions are sulfates there will be no reaction as there is no change.
NH3 or ammonia is a compound. It is synthesized from H2 and N2. However, industrial NH3 product is a mixture because it contains not only NH3 but also other ingredients and impurities, that come during production phase.
The product is insoluble green Copper hydroxide which may be separated by simple filtration
Al + CuSO4 --> Al2(SO4)3 + Cu
Yes. They do not contain the same proportion of CuSO4, however. The moles of CuSO4 . 5 H2O are more massive.