geometrical isomerism coordination compounds is exhibited by -----complexes 1) square planar and octahedral

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Q. Geometrical isomerism in coordination compounds is exhibited by-

Q. Geometrical isomerism in coordination compounds is usually exhibited by

Consider the following statements

$S_{1}$ : Generally square planar complexes show geometrical isomerism but do not exhibit optical isomerism because they do not possess plane of symmetry

$S_{2} : Δ_{t} = \frac{4}{9} Δ_{o}$

$S_{3}$ : In octahedral complexes each electron entering the $t_{2 g}$ orbtials stabilizes the complex ion by $0.4 Δ_{o}$ and each electron entering the $e_{g}$ orbital destabilizes the complex by an amount of $0.6 Δ_{o}$

Q. In which case geometrical isomer cis is possible with

M

as a metal central ion if complexes are square planar having coordination number

4

Q. Which of the following complex compounds will not exhibit geometrical isomerism?

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