How would you account for the of the `d_(4)` species, `Cr^(2+)` is strongly reducing while manganese (III) is strongly oxidising.

How would you account for the following: of the d^(4) species Cr^(2+) is strongly reducing while manganese(III) is strongly oxiding. Cobalt(II) is stable in aqueous solution but in the presence of complexing reagents it is easily oxidised. The D^(1) configuration is very unstable in ions.

How would you account for the following : Of the d^(4) species, Cr^(2+) is strongly reducing while manganese (III) is strongly oxidising.

How would you account for the following: A) Of the d^(4) species Cr^(2+) is strongly reducing while manganese(III) is strongly oxidizing. B) Cobalt(II) is stable in aqueous solution but in the presence of complexing reagents it is easily oxidized. C) The D^(1) configuration is very unstable in ions.

How would you account for the following: (i) Of the d^(4) species, Cr^(2+) is strongly reducing while manganese(III) is strongly oxidising. (ii) Cobalt(II) is stable in aqueous solution but in the presence of complexing reagents it is easily oxidised. (iii) The d^(1) configuration is very unstable in ions.

How would you account for the following : Of the d^4 species, Cr^(2+) is strongly reducing while Mn(III) is strongly oxidising.

How would you Account for the following: (i) Of the d^4 species, Cr^(2+) is strongly reducing while manganese (III) is strongly oxidising, (ii) Cobalt (II) is stable in aqueous solution but in the presence of complexing reagents, it is easily oxidised. (iii) The d^1 configuration is very unstable in ions.