The hybridisation of central carbon in $C H_{2} = C H - C H_{3}$ is

s p^{3}

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s p^{2}

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s p

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s p^{3} d

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Solution

The correct option is B $s p^{2}$
Solution:
$C^{1} H_{2} = C^{2} H - C^{3} H_{2}$
Hybridization of $C^{1} = s p^{2}$

Hybridization of $C^{2} = s p^{2}$

Hybridization of $C^{3} = s p^{3}$

So central carbon has $s p^{2}$ hybridization.
Option B is correct answer.

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The hybridisation of central carbon in CH2=CH−CH3 is

The correct option is B sp2Solution:C1H2=C2H−C3H2Hybridization of C1=sp2Hybridization of C2=sp2Hybridization of C3=sp3So central carbon has sp2 hybridization. Option B is correct answer.

The hybridisation of central carbon in $C H_{2} = C H - C H_{3}$ is

The correct option is B $s p^{2}$
Solution:
$C^{1} H_{2} = C^{2} H - C^{3} H_{2}$
Hybridization of $C^{1} = s p^{2}$

Hybridization of $C^{2} = s p^{2}$

Hybridization of $C^{3} = s p^{3}$

So central carbon has $s p^{2}$ hybridization.
Option B is correct answer.