MCQ
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 planar |
Select the correct option
- A$(a)-(iii) (b)-(i) (c)-(iv) (d)-(ii)$
- B$(a)-(ii) (b)-(iii) (c)-(iv) (d)-(i)$
- ✓$(a)-(iii) (b)-(iv) (c)-(i) (d)-(ii)$
- D$(a)-(iv) (b)-(i) (c)-(ii) (d)-(iii)$