Which of the following isomerism is not possi | vedclass

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(A) $(i) \ Pt(SCN)_2 \cdot 3PEt_3$ is a square planar complex $(Pt^{II})$,which generally does not exhibit optical isomerism.$(ii) \ CoBr \cdot SO_4 \

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Optical

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(A) $(i) \ Pt(SCN)_2 \cdot 3PEt_3$ is a square planar complex $(Pt^{II})$,which generally does not exhibit optical isomerism.$(ii) \ CoBr \cdot SO_4 \cdot 5NH_3$ can show ionisation isomerism (exchange of $Br^-$ and $SO_4^{2-}$).$(iii) \ FeCl_3 \cdot 6H_2O$ can show hydrate isomerism (exchange of $H_2O$ and $Cl^-$).Linkage isomerism is possible in $(i)$ due to the ambidentate ligand $SCN^-$.Therefore,optical isomerism is the type that is not universally possible across these specific complexes.

Which of the following isomerism is not possible for complexes having molecular formulas:
$(i) \ Pt(SCN)_2 \cdot 3PEt_3$
$(ii) \ CoBr \cdot SO_4 \cdot 5NH_3$
$(iii) \ FeCl_3 \cdot 6H_2O$

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Which of the following isomerism is not possible for complexes having molecular formulas:$(i) \ Pt(SCN)_2 \cdot 3PEt_3$$(ii) \ CoBr \cdot SO_4 \cdot 5NH_3$$(iii) \ FeCl_3 \cdot 6H_2O$