Cuci2 is the misspelled notation for cupric chloride: CuCl2
Cu: capital 'C', lower 'U',
Cl: capital 'C', lower 'L' (is 'l' not ' i'),
subscript '2'
Confusing elemental symbols and names:
C : carbon
I : iodine
Cl : chlorine
Cu : copper
CuCI2 does not exist, the correct formula is CuCl2 with a lowercase L. In water CuCl2 dissolves in watter tro produce Cu2+ and C- ions.
actually, calcium chloride is not an acid, but a salt. salts are products of reaction between an acid and a base. it's different that some salt are termed'acidic' in nature!
CuI3 would be a compound of the triiodide ion, I2 + I- --> (I3)- however i think its highly unlikely that you could ever make cuprous triiodide because you would have to mix a soluble cupric compound like CuSO4 with a soluble triiodide compound like thallium triiodide and the the triiodide would react with the cupric ions to form iodine and cuprous iodide. 4TlI3 +2CuSO4 --> 2Tl2(SO4) + 2CuI +5I2
cuci2 is nothing. CuCl2 with a lowercase L is copper II chloride.
CuCI2 does not exist, the correct formula is CuCl2 with a lowercase L. In water CuCl2 dissolves in watter tro produce Cu2+ and C- ions.
LiCI
actually, calcium chloride is not an acid, but a salt. salts are products of reaction between an acid and a base. it's different that some salt are termed'acidic' in nature!
CuI3 would be a compound of the triiodide ion, I2 + I- --> (I3)- however i think its highly unlikely that you could ever make cuprous triiodide because you would have to mix a soluble cupric compound like CuSO4 with a soluble triiodide compound like thallium triiodide and the the triiodide would react with the cupric ions to form iodine and cuprous iodide. 4TlI3 +2CuSO4 --> 2Tl2(SO4) + 2CuI +5I2