Which of the following complexes can show ion | vedclass

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(D) To show all four types of isomerism (ionisation,linkage,geometrical,and optical),the complex must satisfy the following conditions:$1$. Ionisation

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$[Pt(NH_3)_3 Cl_3] NO_2$

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(D) To show all four types of isomerism (ionisation,linkage,geometrical,and optical),the complex must satisfy the following conditions:$1$. Ionisation isomerism: It must have an exchangeable counter ion (e.g.,$Br^-$ or $NO_2^-$).$2$. Linkage isomerism: It must contain an ambidentate ligand (e.g.,$NO_2^-$).$3$. Geometrical isomerism: It must have a structure that allows cis-trans or facial-meridional arrangements (e.g.,$MA_2B_2$ or $MA_3B_3$ type).$4$. Optical isomerism: It must be chiral (lacks a plane of symmetry).Analyzing option $D$: $[Pt(NH_3)_3 Cl_3] NO_2$- Ionisation: The $NO_2^-$ can exchange with $Cl^-$.- Linkage: $NO_2^-$ is an ambidentate ligand.- Geometrical: $MA_3B_3$ type complexes show facial $(fac)$ and meridional $(mer)$ isomerism.- Optical: The $mer$ isomer is achiral,but the $fac$ isomer can exhibit optical activity in specific configurations,or the complex can be designed to show these properties depending on the coordination geometry.

Which of the following complexes can show ionisation,linkage,geometrical,and optical isomers?

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