A square planar complex is formed by hybridisation of the following atomic orbitals :

Question

A square planar complex is formed by hybridisation of the following atomic orbitals : (A) s, px, py, dyz (B) s, px, py, dz2 (C) s, px, py, dx2 - y2 (D) s, py, pz, dxy

Tardigrade Admin · Accepted Answer

A square planar geometry is the result of d s p2 hybridisation where inner d sub-shell (dx2, y2. orbital) participates.

Q. A square planar complex is formed by hybridisation of the following atomic orbitals :

$s, p_{x}, p_{y}, d_{yz}$

$s, p_{x}, p_{y}, d_{z^{2}}$

$s, p_{x}, p_{y}, d_{x^{2} - y^{2}}$

$s, p_{y}, p_{z}, d_{x y}$

A square planar geometry is the result of $d s p^{2}$ hybridisation where inner $d$ sub-shell $(d_{x^{2}, y^{2}}$ orbital) participates.

Q. A square planar complex is formed by hybridisation of the following atomic orbitals :

s,px​,py​,dyz​

s,px​,py​,dz2​

s,px​,py​,dx2−y2​

s,py​,pz​,dxy​

A square planar geometry is the result of dsp2 hybridisation where inner d sub-shell (dx2,y2​ orbital) participates.

$s, p_{x}, p_{y}, d_{yz}$

$s, p_{x}, p_{y}, d_{z^{2}}$

$s, p_{x}, p_{y}, d_{x^{2} - y^{2}}$

$s, p_{y}, p_{z}, d_{x y}$

A square planar geometry is the result of $d s p^{2}$ hybridisation where inner $d$ sub-shell $(d_{x^{2}, y^{2}}$ orbital) participates.