The hybridization of carbon atoms in the C-C | vedclass

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Question

(C) In the molecule $HC\equiv C-CH=CH_2$,let us analyze the hybridization of the carbon atoms involved in the single bond between the second and third

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$sp-sp^2$

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(C) In the molecule $HC\equiv C-CH=CH_2$,let us analyze the hybridization of the carbon atoms involved in the single bond between the second and third carbons.$1$. The first carbon is $sp$ hybridized due to the triple bond.$2$. The second carbon is also $sp$ hybridized due to the triple bond.$3$. The third carbon is $sp^2$ hybridized due to the double bond.$4$. The fourth carbon is $sp^2$ hybridized due to the double bond.$5$. The single bond in question is between the second carbon $(sp)$ and the third carbon $(sp^2)$.Therefore,the hybridization of the carbon atoms in the $C-C$ single bond is $sp-sp^2$.

List-$I$	List-$II$
$A$. Ethane	$1$. $2 \ sp$ carbons
$B$. Ethylene	$2$. $6 \ sp^2$ carbons
$C$. Acetylene	$3$. $2 \ sp^3$ carbons
$D$. Benzene	$4$. $2 \ sp^2$ carbons
	$5$. $1 \ sp$ and $1 \ sp^2$ carbons

The hybridization of carbon atoms in the $C-C$ single bond of $HC\equiv C-CH=CH_2$ is

Similar Questions

In the compound $CH \equiv C - CH = CH_2$,what is the hybridization of the carbons involved in the $C - C$ single bond?

The hybridization of $C_2$ and $C_3$ in $CH_3-CH=C=CH-CH_3$ is

Match the following lists:
List-$I$ List-$II$
$A$. Ethane $1$. $2 \ sp$ carbons
$B$. Ethylene $2$. $6 \ sp^2$ carbons
$C$. Acetylene $3$. $2 \ sp^3$ carbons
$D$. Benzene $4$. $2 \ sp^2$ carbons
$5$. $1 \ sp$ and $1 \ sp^2$ carbons

The total number of $C-C$ sigma $(\sigma)$ bonds in mesityl oxide $(C_6H_{10}O)$ is $......$. (Round off to the nearest integer).

Which one of the following does not have $sp^2$ hybridised carbon?

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