In the solid state,$PCl_5$ exists as.......
- A$[PCl_4]^- \text{ and } [PCl_7]^+$ ions
- BCovalent $PCl_5$ molecules
- C$[PCl_4]^+ \text{ and } [PCl_6]^-$ ions
- D$[PCl_3]^{2-} \text{ and } [PCl_5]^{2+}$ ions
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Similar Questions
The correct order of strength of $\pi-$ bond$(s)$ is:
$I$. $BO_3^{-3} < CO_3^{-2} < NO_3^{-}$
$II$. $ClO_4^{-} > SO_4^{-2} > PO_4^{-3}$
$III$. $BF_3 > BCl_3 > BBr_3$
$IV$. $AlCl_3 < BCl_3$
$I$. $BO_3^{-3} < CO_3^{-2} < NO_3^{-}$
$II$. $ClO_4^{-} > SO_4^{-2} > PO_4^{-3}$
$III$. $BF_3 > BCl_3 > BBr_3$
$IV$. $AlCl_3 < BCl_3$
Difficult
View SolutionThe correct order of increasing bond lengths of $C-H$, $O-H$, $C-C$ and $H-H$ is
Which of the following orders is not correct?
Difficult
View SolutionThe bond having the minimum bond energy is
Medium
View SolutionSelect the hybridisation which has non-planar geometry when all are bond pairs,but planar when there are $2$ lone pairs on the central atom:
Medium
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