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(D) Let us analyze each molecule: $I. PCl_3$: Central atom $P$ has $5$ valence electrons. It forms $3$ bonds with $Cl$ atoms,leaving $1$ lone pair. Hy

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$I, II, III \ \& \ IV$

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(D) Let us analyze each molecule: $I. PCl_3$: Central atom $P$ has $5$ valence electrons. It forms $3$ bonds with $Cl$ atoms,leaving $1$ lone pair. Hybridization is $sp^3$. (Correct) $II. SO_2$: Central atom $S$ has $6$ valence electrons. It forms $2$ double bonds with $O$ atoms,leaving $1$ lone pair. Hybridization is $sp^2$. (Correct) $III. SF_4$: Central atom $S$ has $6$ valence electrons. It forms $4$ bonds with $F$ atoms,leaving $1$ lone pair. Hybridization is $sp^3d$. (Correct) $IV. ClF_3$: Central atom $Cl$ has $7$ valence electrons. It forms $3$ bonds with $F$ atoms,leaving $2$ lone pairs. Hybridization is $sp^3d$. (Correct) All sets are correctly matched.

List-$I$ (Molecule Species)	List-$II$ (Property/Shape)
$A$. $SO_2Cl_2$	$I$. Paramagnetic
$B$. $NO$	$II$. Diamagnetic
$C$. $NO_2^-$	$III$. Tetrahedral
$D$. $I_3^-$	$IV$. Linear

Which of the following sets are correctly matched?
Molecule Number of lone pairs of electrons on central atom Hybridization
$I. PCl_3$ $1$ $sp^3$
$II. SO_2$ $1$ $sp^2$
$III. SF_4$ $1$ $sp^3d$
$IV. ClF_3$ $2$ $sp^3d$

Similar Questions

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How many $S-S$ bonds are present in the cyclic trimer of sulfur trioxide,$(SO_3)_3$?

Match List-$I$ with List-$II$ :

List-$I$ (Molecule Species) List-$II$ (Property/Shape)

$A$. $SO_2Cl_2$ $I$. Paramagnetic

$B$. $NO$ $II$. Diamagnetic

$C$. $NO_2^-$ $III$. Tetrahedral

$D$. $I_3^-$ $IV$. Linear

Choose the correct answer from the options given below :

Which of the following is not a Lewis acid?

Which one of the following conversions involves a change in both hybridisation and shape?

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Molecule	Number of lone pairs of electrons on central atom	Hybridization
$I. PCl_3$	$1$	$sp^3$
$II. SO_2$	$1$	$sp^2$
$III. SF_4$	$1$	$sp^3d$
$IV. ClF_3$	$2$	$sp^3d$

Which of the following sets are correctly matched? MoleculeNumber of lone pairs of electrons on central atomHybridization$I. PCl_3$$1$$sp^3$$II. SO_2$$1$$sp^2$$III. SF_4$$1$$sp^3d$$IV. ClF_3$$2$$sp^3d$