Question

Matrix match
$\begin{array}{cc}Column-I& Column-II\\ \left(A\right)P{F}_5& \left(p\right)s{p}^{3}d\\ \left(B\right)Xe{F}_4& \left(q\right)s{p}^3{d}^2\\ \left(C\right)\left[Fe\right(H_{2}O{)}_6{]}^{+2}& \left(r\right)UnequalP-Fbonds\\ \left(D\right)S{F}_4& \left(s\right)Squareplanar\\ & \left(t\right)Dativebonds\end{array}$

• A. A- q, r B- p ,s ,r C- p, t D- p ,s
• B. A- p , t B- p , s C- q, t D- q, s
• C. A- p, r B- q , s C- q, t D-p
• D. A- q, r B- q , s ,t C- s, t D-p

Answer 1

The correct option is C A- p, r B- q , s C- q, t D-p

Conceptual
(A) $P{F}_5\to s{p}^{3}d$ Hybridization trigonalbipyramidal structure with unequal P-F bonds
(B) $Xe{F}_4\to s{p}^3{d}^2$ Hybridization, square planar structure
(C) $\left[Fe\right(H_{2}O{)}_6{]}^{+2}\to s{p}^3{d}^2$ octahedral, $H_{2}O$ molecules bonded by dative bords
(D) $S{F}_4\to s{p}^{3}d$ Hybridizaion