In all expected compounds each central atom only uses its s and p-orbitals in hybridization. The relationship between bond angle 'theta' and decimal fraction of s and p character present in the equivalent orbitals is given by : costheta=(S)/(S-1)=(P-1)/(P), S=decimal fraction of s-character in the equivalent hybrid orbitaland P=decimal fraction of p-character in the equivalent hybrid orbital. . Q. If the value n is 2 for compound T, then number of lone pair present at central atom of compound T will be :

In all expected compounds each central atom only uses its s and p-or

1.	In all expected compounds each central atom only uses its s and p-orbitals in hybridization. The relationship between bond angle 'theta' and decimal fraction of s and p character present in the equivalent orbitals is given by : costheta=(S)/(S-1)=(P-1)/(P), S=decimal fraction of s-character in the equivalent hybrid orbitaland P=decimal fraction of p-character in the equivalent hybrid orbital. . Q. If the value n is 2 for compound T, then number of lone pair present at central atom of compound T will be :
Answer» `0` `1` `2` `3` SOLUTION :