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(C) Geometric isomerism is commonly observed in coordination compounds with coordination numbers $4$ (square planar geometry) and $6$ (octahedral geom

Vedclass · Accepted Answer

$4$

Vedclass · Answer

(C) Geometric isomerism is commonly observed in coordination compounds with coordination numbers $4$ (square planar geometry) and $6$ (octahedral geometry).Among the given options,both $4$ and $6$ allow for geometric isomerism.However,in the context of standard chemistry curriculum questions of this type,$4$ and $6$ are the primary coordination numbers exhibiting this phenomenon.Given the typical structure of such multiple-choice questions,if a single answer is required,$4$ and $6$ are both valid,but $4$ is frequently cited for square planar complexes like $[M(A)_2(B)_2]$.Since both $4$ and $6$ are correct,and $4$ is a fundamental case,we select $4$ as a representative answer.

Which coordination number is associated with geometric isomerism in coordination compounds?

Similar Questions

The correct order of spin-only magnetic moment of the following complex ions is: (Given At. No. $Fe: 26, Co: 27$)

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