Which of the following statements is not true?
- A$PCl_5$ in solid state exists as $[PCl_4]^+ [PCl_6]^-$
- B$PF_5$ in solid state exists as $[PF_4]^+ [PF_4]^-$
- C$PBr_5$ in solid state exists as $[PBr_4]^+ Br^-$
- D$N_2O_5$ in solid state exists as $[NO_2]^+ [NO_3]^-$
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Similar Questions
In which of the following compounds is the octet complete $(C)$ or incomplete $(IC)$ for all atoms?
$Al_2Cl_6$ $-$ $Al_2(CH_3)_6$ $-$ $AlF_3$ $-$ Dimer of $BeCl_2$ $-$ Dimer of $BeH_2$
(Note: $C$ for complete octet and $IC$ for incomplete octet.)
$Al_2Cl_6$ $-$ $Al_2(CH_3)_6$ $-$ $AlF_3$ $-$ Dimer of $BeCl_2$ $-$ Dimer of $BeH_2$
(Note: $C$ for complete octet and $IC$ for incomplete octet.)
The number of $Cl=O$ bonds in perchloric acid is:
DifficultJEE MAIN 2020
View SolutionWhich of the following sets are correctly matched? Molecule Hybridization Geometry $I$. $BrF_5$ $sp^3d^2$ Square pyramidal $II$. $XeF_6$ $sp^3d^3$ Distorted octahedral $III$. $SF_4$ $dsp^2$ Square planar $IV$. $PbCl_2$ $sp$ Linear
| Molecule | Hybridization | Geometry |
|---|---|---|
| $I$. $BrF_5$ | $sp^3d^2$ | Square pyramidal |
| $II$. $XeF_6$ | $sp^3d^3$ | Distorted octahedral |
| $III$. $SF_4$ | $dsp^2$ | Square planar |
| $IV$. $PbCl_2$ | $sp$ | Linear |
The formal charges of $N_{(1)}$,$N_{(2)}$,and $O$ atoms in the structure $N_{(1)} = N_{(2)} = O$ are respectively:
The isoelectronic pair is
MediumAIIMS 2005
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