How many geometrical isomers are theoreticall | vedclass

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(D) The given complex is an octahedral complex of the type $[Mabcdef]$,where $M = Pt$ and the ligands are $py, NH_3, NO_2, Cl, Br, I$.For an octahedra

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$15$

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(D) The given complex is an octahedral complex of the type $[Mabcdef]$,where $M = Pt$ and the ligands are $py, NH_3, NO_2, Cl, Br, I$.For an octahedral complex with six different ligands,the number of geometrical isomers is given by the formula $15$.This is because there are $15$ possible ways to arrange six different ligands around a central metal atom in an octahedral geometry.

How many geometrical isomers are theoretically possible for the complex $[Pt(py)(NH_3)(NO_2)Cl BrI]$?

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