For $OF_2$ molecule,consider the following statements:
$A$. Number of lone pairs on oxygen is $2$.
$B$. $FOF$ bond angle is less than $104.5^{\circ}$.
$C$. Oxidation state of $O$ is $-2$.
$D$. Molecule is bent $V$-shaped.
$E$. Molecular geometry is linear.
Which of the following options is correct?
$A$. Number of lone pairs on oxygen is $2$.
$B$. $FOF$ bond angle is less than $104.5^{\circ}$.
$C$. Oxidation state of $O$ is $-2$.
$D$. Molecule is bent $V$-shaped.
$E$. Molecular geometry is linear.
Which of the following options is correct?
- A$C, D, E$ only
- B$B, E, A$ only
- C$A, C, D$ only
- D$A, B, D$ only
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Which of the following possess two lone pairs of electrons on the central atom and are square planar in shape?
$I. SF_4, II. XeO_4, III. XeF_4, IV. ICl_4^-$
$I. SF_4, II. XeO_4, III. XeF_4, IV. ICl_4^-$
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View SolutionIdentify the incorrect statement for $PCl_5$ from the following.
Which of the following molecules has the smallest bond angle?
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View SolutionObserve the following molecules: $PCl_5, BrF_5, ClF_5, PF_5, ClF_3, XeF_4, XeF_2, IF_5$. The number of molecules having square pyramidal geometry from the above is:
Match the following:
List-$I$ (Molecule) List-$II$ (Shape) $A$. $XeF_4$ $I$. Square pyramidal $B$. $ClF_3$ $II$. Pentagonal bipyramidal $C$. $BrF_5$ $III$. Square planar $D$. $IF_7$ $IV$. Bent $T$-shape
| List-$I$ (Molecule) | List-$II$ (Shape) |
|---|---|
| $A$. $XeF_4$ | $I$. Square pyramidal |
| $B$. $ClF_3$ | $II$. Pentagonal bipyramidal |
| $C$. $BrF_5$ | $III$. Square planar |
| $D$. $IF_7$ | $IV$. Bent $T$-shape |
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