In solid state,$PCl_5$ is a/an
- Aoctahedral structure
- Bionic solid with $[PCl_6]^{+}$ and $[PCl_4]^{-}$
- Cionic solid with $[PCl_4]^{+}$ and $[PCl_6]^{-}$
- Dcovalent solid present in the form of $P_2Cl_{10}$
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During the formation of a chemical bond,
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View SolutionIn 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.)
Match List-$I$ with List-$II$ :
List-$I$ (Molecule Species) List-$II$ (Property/Shape) $A$. $SO_2Cl_2$ $I$. Paramagnetic $B$. $NO$ $II$. Diamagnetic $C$. $NO_2^-$ $III$. Tetrahedral $D$. $I_3^-$ $IV$. Linear
Choose the correct answer from the options given below :
| List-$I$ (Molecule Species) | List-$II$ (Property/Shape) |
|---|---|
| $A$. $SO_2Cl_2$ | $I$. Paramagnetic |
| $B$. $NO$ | $II$. Diamagnetic |
| $C$. $NO_2^-$ | $III$. Tetrahedral |
| $D$. $I_3^-$ | $IV$. Linear |
Choose the correct answer from the options given below :
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