Assign a reasons for the following .
(i) Copper (I) ion is not known to exist in aqueous solutions.
(ii) Both `O_(2)` and `F_(2)` stabilize high oxidation states of transition metals but the ability of oxygen to do so exceeds that of fluorine.

Both O_2 and F_2 stabilize high oxidation states but the ability of oxygen to stabilize the higher oxidation state exceeds that of fluorine why?

Assign reasons for the following : (i) Copper (I) ion is not known in aqueous solution. (ii) Actinoids exhibit greater range of oxidation states than lanthanoids.

Assign reasons for the following : (i) Copper (I) ion is not known in aqueous solution. (ii) Actinoids exhibit greater range of oxidation states than lanthanoids.

Assign reasons for the following: (i) Copper (I) ion is not known in aqueous solution. (ii) Actinoids exhibit greater range of oxidation states than lanthanoids.

How would you account for the following : (i) H_(2)S is more acidic than H_(2)O ? (ii) The N - O bond in NO_(2)^(-) is shorter than the N - O bond in NO_(3)^(-) . (iii) Both O_(2) and F_(2) stabilize high oxidation states but the ability of oxygen to stabilize the higher oxidation state exceeds that of fluorine.

How would you account for the following : (i) H_(2)S is acidic than H_(2)O . (ii) The N-O bond in NO_(2)^(-) is shorter than the N-O bond in NO_(3)^(-) . (iii) Both O_(2) and F_(2) stabilize high oxidation states but the ability of oxygen to stabilize the higher oxidation state exceeds that of florine.