Which of the following sequences represents the correct increasing order of bond angles in the given molecules?
- A$OF_2 < H_2O < OCl_2 < ClO_2$
- B$H_2O < OF_2 < OCl_2 < ClO_2$
- C$OCl_2 < ClO_2 < H_2O < OF_2$
- D$ClO_2 < OF_2 < OCl_2 < H_2O$
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Based upon $VSEPR$ theory,match the shape (geometry) of the molecules in List-$I$ with the molecules in List-$II$ and select the most appropriate option.
List-$I$ (Shape) List-$II$ (Molecules) $A$. $T$-shaped $I$. $XeF_4$ $B$. Trigonal planar $II$. $SF_4$ $C$. Square planar $III$. $ClF_3$ $D$. See-saw $IV$. $BF_3$
| List-$I$ (Shape) | List-$II$ (Molecules) |
| $A$. $T$-shaped | $I$. $XeF_4$ |
| $B$. Trigonal planar | $II$. $SF_4$ |
| $C$. Square planar | $III$. $ClF_3$ |
| $D$. See-saw | $IV$. $BF_3$ |
The five $P-F$ bond lengths in $PF_5$ are equal whereas the $P-Cl$ bond lengths in $PCl_5$ are not equal because
Medium
View SolutionThe largest bond angle is in
Difficult
View SolutionArrange the following molecules in the correct order of their bond angles:
$S_8$ $A$ $P_4$ $B$ $S_6$ $C$ $O_3$ $D$
| $S_8$ | $A$ |
| $P_4$ | $B$ |
| $S_6$ | $C$ |
| $O_3$ | $D$ |
Which of the following shapes is not possible for any possible value of $n$ in the $XeF_n$ molecule?
Difficult
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