Consider the following reaction: [ M ( gly )( en )]+ stackrel text + gly longrightarrow [ M ( gly )2]0 If reactant has no stereoisomer but product exists in 2 stereoisomeric form, then hybridisation of metal M in the product is:

Question

Consider the following reaction: [ M ( gly )( en )]+ stackrel text + gly longrightarrow [ M ( gly )2]0 If reactant has no stereoisomer but product exists in 2 stereoisomeric form, then hybridisation of metal M in the product is: (A) sp 3 (B) dsp 2 (C) sp 3 or dsp 2 (D) sp2 d 2 or d 2 sp 3

Tardigrade Admin · Accepted Answer

If reactant is tetrahedral i.e., sp 3 hybridised, the no stereoisomer of reactant is possible. However, two optical isomers of product are. possible. If reactant is square planar i.e., dsp 2, then 2 geometrical isomers of product are possible.

Q. Consider the following reaction:
$[M (g l y) (e n)]^{+} ⟶ + gly [M (g l y)_{2}]^{0}$
If reactant has no stereoisomer but product exists in $2$ stereoisomeric form, then hybridisation of metal $M$ in the product is:

$s p^{3}$

$d s p^{2}$

$s p^{3}$ or $d s p^{2}$

$s p^{2} d^{2}$ or $d^{2} s p^{3}$

If reactant is tetrahedral i.e., $s p^{3}$ hybridised, the no stereoisomer of reactant is possible. However, two optical isomers of product are. possible. If reactant is square planar i.e., $d s p^{2}$ , then $2$ geometrical isomers of product are possible.

Q. Consider the following reaction: [M(gly)(en)]+⟶ + gly ​[M(gly)2​]0 If reactant has no stereoisomer but product exists in 2 stereoisomeric form, then hybridisation of metal M in the product is:

sp3

dsp2

sp3 or dsp2

sp2d2 or d2sp3