The compound formed by $sp^3d$ hybridization will have which structure?
- APlanar
- BPyramidal
- CAngular
- DTrigonal bipyramidal
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Similar Questions
Which among the following molecules have $sp^3d$ hybridisation with one lone pair of electrons on the central atom?
$(i)\ SF_4$
$(ii)\ [PCl_4]^+$
$(iii)\ XeO_2F_2$
$(iv)\ ClOF_3$
$(i)\ SF_4$
$(ii)\ [PCl_4]^+$
$(iii)\ XeO_2F_2$
$(iv)\ ClOF_3$
Medium
View SolutionIdentify the correct match:
Column $I$ (Molecule/ion) Column $II$ (Hybridisation) $A$. $H_3O^{+}$ $P$. $sp$ $B$. $NH_2^{-}$ $Q$. $sp^2$ $C$. $NO_3^{-}$ $R$. $sp^3$ $D$. $ClF_3$ $S$. $sp^3d$
| Column $I$ (Molecule/ion) | Column $II$ (Hybridisation) |
| $A$. $H_3O^{+}$ | $P$. $sp$ |
| $B$. $NH_2^{-}$ | $Q$. $sp^2$ |
| $C$. $NO_3^{-}$ | $R$. $sp^3$ |
| $D$. $ClF_3$ | $S$. $sp^3d$ |
Medium
View SolutionHybridisation involves
Easy
View SolutionThe types of hybridisation on the five carbon atoms from left to right in $pent-1-en-4-yne$ are
The trigonal bipyramidal geometry results from the hybridization:
Medium
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