(C) In the $CH_3-C^* \equiv C^*-CH_3$ molecule,both $C^*$ carbon atoms are bonded to one other carbon atom via a single bond and to each other via a t

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(C) In the $CH_3-C^* \equiv C^*-CH_3$ molecule,both $C^*$ carbon atoms are bonded to one other carbon atom via a single bond and to each other via a triple bond.Each $C^*$ atom is attached to two atoms in total (one $C$ and one $C$),and there are no lone pairs on the carbon atoms.The steric number for each $C^*$ atom is $2 + 0 = 2$.$A$ steric number of $2$ corresponds to $sp$ hybridization.Therefore,the correct answer is Option $(C)$ $sp$ orbital.

Class 11 Chemistry 1 Organic Chemistry: Classification and Nomenclature of Organic Compounds Bonding and hybridisation in organic compounds

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In the following molecule,the two carbon atoms marked by asterisk $()$ possess the following type of hybridized orbitals: $CH_3-C^ \equiv C^*-CH_3$

A
$sp^3$ orbital
B
$sp^2$ orbital
C
$sp$ orbital
D
$s$ orbital

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1 Organic Chemistry: Classification and Nomenclature of Organic Compounds

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Bonding and hybridisation in organic compounds

In the compound $HC \equiv C-CH=CH_2$, the hybridization of $C-2$ and $C-3$ carbons are respectively:

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What is the increasing order of stability of carbanions with the change in hybridization of the carbon atom bearing the negative charge?

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Which of the following bonds is the most acidic?

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In the molecule $HC^{1} \equiv C^{2} - CH^{3} = CH^{4} - CH_{3}^{5}$,which carbon atom exhibits the lowest electronegativity?

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What are the hybridisation states of each carbon atom in the following compounds?
$CH_2=C=O, \quad CH_3-CH=CH_2, \quad (CH_3)_2CO, \quad CH_2=CH-CN, \quad C_6H_6$

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In the following molecule,the two carbon atoms marked by asterisk $(*)$ possess the following type of hybridized orbitals: $CH_3-C^* \equiv C^*-CH_3$

Similar Questions

In the compound $HC \equiv C-CH=CH_2$, the hybridization of $C-2$ and $C-3$ carbons are respectively:

What is the increasing order of stability of carbanions with the change in hybridization of the carbon atom bearing the negative charge?

Which of the following bonds is the most acidic?

In the molecule $HC^{1} \equiv C^{2} - CH^{3} = CH^{4} - CH_{3}^{5}$,which carbon atom exhibits the lowest electronegativity?

What are the hybridisation states of each carbon atom in the following compounds?$CH_2=C=O, \quad CH_3-CH=CH_2, \quad (CH_3)_2CO, \quad CH_2=CH-CN, \quad C_6H_6$

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In the following molecule,the two carbon atoms marked by asterisk $()$ possess the following type of hybridized orbitals: $CH_3-C^ \equiv C^*-CH_3$

What are the hybridisation states of each carbon atom in the following compounds?
$CH_2=C=O, \quad CH_3-CH=CH_2, \quad (CH_3)_2CO, \quad CH_2=CH-CN, \quad C_6H_6$