When `Cu_(2)S` is converted into `Cu^(2+)` & `SO_(2)` then equivalent weight of `Cu_(2)S` will be (M=mol. Wt. of `Cu_(2)S`)

A : When Cu_(2)S is converted into Cu^(++)" & " SO_(2) , then equivalent weight of Cu_(2)S will be M/8 (M = Mol. wt. of Cu_(2)S ) R : Cu^(+) is converted Cu^(++) , during this one electrons is lost.

A : When Cu_(2)S is converted into Cu^(++)" & " SO_(2) , then equivalent weight of Cu_(2)S will be M/8 (M = Mol. wt. of Cu_(2)S ) R : Cu^(+) is converted Cu^(++) , during this one electrons is lost.

Cu_(2)S+MnO_(4)^(ө)rarrCu^(2+)+Mn^(2+)+SO_(2) The equivalent weight of Cu_(2) is

Cu_(2)S+MnO_(4)^(ө)rarrCu^(2+)+Mn^(2+)+SO_(2) The equivalent weight of Cu_(2)S is

Calculate equivalent weight of Cu in CuO and Cu_(2)O . At.wt. of Cu=63.6 .

The equivalent weight of CuSO_4 when it is converted to Cu_2I_2 [M = mol.wt]

A mixture of CuS (molecular weight = M_(1) ) and Cu_(2)S (molecular weight =M_(2) ) is oxidised by KMnO_(4) (molecular weight =M_(3) ) in acidic medium, where the product obtained are Cu^(2+),Mn^(2+) and SO_(2) . Find the equivalent weight of CuS, Cu_(2)S and KMnO_(4) respectively.

A mixture of CuS (molecular weight = M_(1) ) and Cu_(2)S (molecular weight =M_(2) ) is oxidised by KMnO_(4) (molecular weight =M_(3) ) in acidic medium, where the product obtained are Cu^(2+),Mn^(2+) and SO_(2) . Find the equivalent weight of CuS, Cu_(2)S and KMnO_(4) respectively.