Question

Assuming all non-hydrogen atoms undergo hybridization & following are various categories of orbital overlapping.
$s{p}^3-s{p}^3$ axial overlap $\left(\sigma \right)\to$ Type $-A$
$s{p}^2-s{p}^2$ axial overlap $\left(\sigma \right)\to$ Type $-B$
$s{p}^3-s{p}^2$ axial overlap $\left(\sigma \right)\to$ Type $-C$
$p-p$ lateral ovelap $\left(\pi \right)\to$ Type $-D$
$p-d$ lateral overlap $\left(\pi \right)\to$ Type $-E$
Identify the species which contain only $2$ of these types (from $A$ to $E$ ) of overlapping of orbitals.

• A. $H_{2}C{O}_3$
• B. $B_3{N}_3{H}_3{F}_3$
• C. $SN{F}_3$
• D. $H_2{S}_4{O}_6$

Answer 1

Answer: (C)

Compounds	Structures	$A$	$B$	$C$	$D$	$E$
$H_{2}C{O}_3$
$B_3{N}_3{H}_3{F}_3$
$SN{F}_3$
$H_2{S}_4{O}_6$