Question

Match the column:

Column I	Column II
(a) $N{H}_2^{-}$	(p) $\mu =0$
(b) $N{H}_4^{+}$	(q) Planar
(c) $I_3^{-}$	(r) $d_{x^2-y^2}$ is involved in hybridization
(d) $PC{l}_6^{-}$	(s) $d_{z^2}$ is involved in hybridization
(e) $PC{l}_2^{+}$	(t) Bent structure

• A. $\left(a\right)q,t;\left(b\right)p;\left(c\right)p,q,s;\left(d\right)p,r,s;\left(e\right)q,t$
• B. $\left(a\right)r;\left(b\right)p;\left(c\right)p,q,s;\left(d\right)p,r,s;\left(e\right)q,t$
• C. $\left(a\right)q,t;\left(b\right)p;\left(c\right)t;\left(d\right)p,r,s;\left(e\right)r,t$
• D. $\left(a\right)r,s;\left(b\right)p;\left(c\right)p,t,s;\left(d\right)p,r,s;\left(e\right)q,t$

Answer 1

The correct option is A $\left(a\right)q,t;\left(b\right)p;\left(c\right)p,q,s;\left(d\right)p,r,s;\left(e\right)q,t$

(a)
(i) Bent structure
(ii) $s{p}^3$ hybridization
(iii) Planar
(iv) $\mu \ne 0$, polar
(b)

(i) Tetrahedral structure
(ii) Non planar
(iii) $s{p}^3$ hybridization
(iv) $\mu =0$
(v) Non polar
(c)

(i) $s{p}^{3}d$ hybridisation
(ii) $d_{z^2}$ is involved in hybridisation
(iii) Linear, planar
(iv) $\mu =0$, nonpolar
(d)


(i) $s{p}^3{d}^2$ hybridisation
(ii) $d_{x^2-y^2,d_{z^2}}$ are involved in hybridisation
(iii) Non- planar
(iv) $\mu =0$, nonpolar
(e)


(i) $s{p}^3$ hybridisation
(ii) Bent structure
(iii) Planar
(iv) $\mu \ne 0$, polar