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Match the coordination number and type of hybridisation with distribution of hybrid orbitals in space based on Valence bond theory.
Coordination number and type of hybridisation Distribution of hybrid orbitals in space
(a) $4, {sp}^{3}$ (i) trigonal bipyramidal
(b) $4, {dsp}^{2}$ (ii) octahedral
(c) $5, {sp}^{3} d$ (iii) tetrahedral
(d) $6, d^{2} {sp}^{3}$ (iv) square planer
Select the correct option

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(a)-(iii) (b)-(i) (c)-(iv) (d)-(ii)

(a)-(iii) (b)-(iv) (c)-(i) (d)-(ii)

(a)-(ii) (b)-(iii) (c)-(iv) (d)-(i)

(a)-(iv) (b)-(i) (c)-(ii) (d)-(iii)

answer is C.

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Detailed Solution

Hybridisation	Geometry	Coordination number
${sp}^{3}$	Tetrahedral	4
${dsp}^{2}$	Square planar	4
${sp}^{3} d$	Trigonal bipyramidal	5
$d^{2} {sp}^{3}$	Octahedral	6

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