Hybridisation is the chemists attempt to explain the observed molecular shape by constructing hybridised atomic orbitals with the appropriate inter orbital angles. The molecule for which d eviation form normal bond angle is observed, VSEPR theory suggest electron pair repulsive interaction (lp - lp gt lp - bp - bp). While from hybridisation point of view that is departure from normal hybridisation beacuse the angle between any equivalent hybrid orbitals determine the fraction of s and p character of the hybrid and vice - versa. In which species number of lone pair on iodine and number of d-orbitals used in hybridisation by iodine are same

Hybridisation is the chemists attempt to explain the observed molecula

1.	Hybridisation is the chemists attempt to explain the observed molecular shape by constructing hybridised atomic orbitals with the appropriate inter orbital angles. The molecule for which d eviation form normal bond angle is observed, VSEPR theory suggest electron pair repulsive interaction (lp - lp gt lp - bp - bp). While from hybridisation point of view that is departure from normal hybridisation beacuse the angle between any equivalent hybrid orbitals determine the fraction of s and p character of the hybrid and vice - versa. In which species number of lone pair on iodine and number of d-orbitals used in hybridisation by iodine are same
Answer» `ICl_(2)^(+)` `ICl_(2)^(-)` `IF_(2)` `ICl_(4)^(-)` SOLUTION :