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The deep blue colour of the resulting solution is due to the cuprammonium ion, more formally the hexaamminecopper(II) ion. Its formula is [Cu(NH3)6]2+ where the numbers inside the brackets should be subscripts, and the 2+ should be a superscript.
Sodium ion is colorless.
hydroxide ion
This is the ion hydroxyl, OH-
Intense Red Colour
sulphate
Most likely copper.
p and d block elements with colour
The deep blue colour of the resulting solution is due to the cuprammonium ion, more formally the hexaamminecopper(II) ion. Its formula is [Cu(NH3)6]2+ where the numbers inside the brackets should be subscripts, and the 2+ should be a superscript.
CuCl2(s) = Cu^2_(aq) + + 2Cl^-(aq) In solution the chloride anions )Cl^-) are colourless ; see also dissolved common salt (NaCl) So it must be the copper cations (Cu^2+) that gives the colour blue.
The colour of silver metal in water is whiteThe colour of copper nitrate in water is blue (due to the Cu++ ion).
Cu 2+ is blue. Cu2O is reddish; CuO is black, I think.
Anhydrous copper(II) sulphate is white. When added to water, it forms a solution of CuSO4(aq) which is blue because of the Cu2+ ion, which is itself a transition metal ion.
Sodium ion is colorless.
no
Water is blue because it reflects that wavelength of light.
hydroxide ion