What is the shape of the $SF_2Cl_2$ molecule?
- ASeesaw
- BTrigonal bipyramidal
- COctahedral
- DTetrahedral
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In the following reaction,how do the $Cl-P-Cl$ bond angles change?
$PCl_5 \longrightarrow PCl_4^+ + Cl^-$
$PCl_5 \longrightarrow PCl_4^+ + Cl^-$
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View SolutionThe geometry of $ClO_3^-$ according to valence shell electron pair repulsion $(VSEPR)$ theory will be
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View SolutionThe bond angle in $PH_3$ is
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View SolutionSelect the correct matching:
List-$I$ List-$II$ $A$. $XeF_4$ $1$. Pyramidal $B$. $XeF_6$ $2$. $T$-shape $C$. $XeO_3$ $3$. Distorted octahedral $D$. $XeOF_2$ $4$. Square planar
| List-$I$ | List-$II$ |
|---|---|
| $A$. $XeF_4$ | $1$. Pyramidal |
| $B$. $XeF_6$ | $2$. $T$-shape |
| $C$. $XeO_3$ | $3$. Distorted octahedral |
| $D$. $XeOF_2$ | $4$. Square planar |
Difficult
View SolutionThe correct shape and $I-I-I$ bond angle respectively in $I_{3}^{-}$ ion are :-
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