Geometrical isomerism can be shown by

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(C) Geometrical isomerism in coordination compounds is typically observed in complexes with coordination numbers $4$ (square planar) or $6$ (octahedra

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$[PtCl_4I_2]$

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(C) Geometrical isomerism in coordination compounds is typically observed in complexes with coordination numbers $4$ (square planar) or $6$ (octahedral). For an octahedral complex of the type $[MA_4B_2]$,geometrical isomerism (cis and trans forms) is possible. In the complex $[PtCl_4I_2]$,the central metal $Pt$ is surrounded by $4$ $Cl^-$ ligands and $2$ $I^-$ ligands. This fits the general formula $[MA_4B_2]$,where $M = Pt$,$A = Cl$,and $B = I$. Therefore,it can exhibit geometrical isomerism.

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