Match the column :

	I		II
(P)	${\mathrm{BH}}_4^{-}$	(I)	Linear; 2 bond pair and 3 lone pair
(Q)	${\mathrm{ICl}}_2^{+}$	(II)	Tetrahedral, 4 bond pair and no lone pair
(R)	${\mathrm{ICl}}_2^{-}$	(III)	Tetrahedral; 3 bond pair and 1 lone pair
(S)	${\mathrm{ICl}}_4^{-}$	(IV)	V shaped; 2 bond pair and 2 lone pair
		(V)	Square planar; 4 bond pair and 2 lone pair
		(VI)	Square planar; 4 bond pair and no lone pair

1. P = II, Q = IV, R = III, S = VI

2.  P = II, Q = IV, R = I, S = V

3.  P = II, Q = I, R = V, S = VI  

4.  P = II, Q = I, R = III, S = IV

Match the compounds given in Column I with the hybridization and shape given in Column II and mark the correct option. 

Select the correct statement regarding $Xe{O}_2{F}_2$ among the folowing.

a.  Xe is $s{p}^{3}d$ hybridised.

b.  4 bond pairs and 1 lone pair are present around Xe.

c.  Shape of $Xe{O}_2{F}_2$ is square pyramidal.

d.  Contains $\mathrm{d\pi }-p\pi$ bonds.

1.  a and b

2.  a,  and d

3.  a, b and d

4.  b, c and d

Match the oxide given in column I with its property given in column II:

Which of the following options is correct?

Match the following:

Which of the following is the correct option? 

Match the compounds of Xe in column I with the molecular structure in column II.

Match the species in Column I with the type of hybrid orbitals in Column II.

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Match the species in Column I with the shape in Column II.

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Match the species in Column I with the bond order in Column II.

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Match the items given in Column I with examples given in Column II.

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