(A) In the given structure (dehydrobenzene derivative),there are $4$ carbon atoms involved in double bonds,which are $sp^{2}$ hybridized.There are $2$

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(A) In the given structure (dehydrobenzene derivative),there are $4$ carbon atoms involved in double bonds,which are $sp^{2}$ hybridized.There are $2$ carbon atoms involved in a triple bond,which are $sp$ hybridized.Therefore,the number of $sp^{2}$ and $sp$ hybridized carbon atoms are $4$ and $2$ respectively.The correct option is $A$.

Class 11 Chemistry Chemical Bonding and Molecular Structure Hybridisation

Medium

How many $sp^{2}$ and $sp-$ hybridised carbon atoms are present respectively in the following compound?

A
$4, 2$
B
$6, 0$
C
$3, 3$
D
$5, 1$

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Class 11

Chemistry Questions

Chapter

Chemical Bonding and Molecular Structure

Subtopic

Hybridisation

The correct order of hybridisations of the central atom in $NH_3$,$[PtCl_4]^{2-}$,$PCl_5$,and $BCl_3$ is:

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In which of the following cases $C-C$ bond length will be highest?

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The correct order of electronegativity of carbon in various hybridization states:

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Which of the following statements is $NOT$ correct?

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Suggest reasons why the $B-F$ bond lengths in $BF_{3}$ $(130 \ pm)$ and $BF_{4}^{-}$ $(143 \ pm)$ differ.

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How many $sp^{2}$ and $sp-$ hybridised carbon atoms are present respectively in the following compound?

Similar Questions

The correct order of hybridisations of the central atom in $NH_3$,$[PtCl_4]^{2-}$,$PCl_5$,and $BCl_3$ is:

In which of the following cases $C-C$ bond length will be highest?

The correct order of electronegativity of carbon in various hybridization states:

Which of the following statements is $NOT$ correct?

Suggest reasons why the $B-F$ bond lengths in $BF_{3}$ $(130 \ pm)$ and $BF_{4}^{-}$ $(143 \ pm)$ differ.

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