In acetylene molecule, the two carbon atoms are linked by

Question

In acetylene molecule, the two carbon atoms are linked by (A) One-σ-bond and two π-bonds (B) two σ-bonds and one π-bond (C) three σ-bonds (D) three π-bonds

Tardigrade Admin · Accepted Answer

Ethyne has a triple bond between the two carbon atoms. In the diagram, each line represents one pair of shared electrons. H - C ≡ C - H Two carbon atoms have one sigma bonds and two pi bonds.

Q. In acetylene molecule, the two carbon atoms are linked by

One- $σ$ -bond and two $π$ -bonds

two $σ$ -bonds and one $π$ -bond

three $σ$ -bonds

three $π$ -bonds

Ethyne has a triple bond between the two carbon atoms.
In the diagram, each line represents one pair of shared electrons.
$H - C \equiv C - H$
Two carbon atoms have one sigma bonds and two pi bonds.

Q. In acetylene molecule, the two carbon atoms are linked by

One-σ-bond and two π-bonds

two σ-bonds and one π-bond

three σ-bonds

three π-bonds

Ethyne has a triple bond between the two carbon atoms. In the diagram, each line represents one pair of shared electrons. H−C≡C−H Two carbon atoms have one sigma bonds and two pi bonds.

One- $σ$ -bond and two $π$ -bonds

two $σ$ -bonds and one $π$ -bond

three $σ$ -bonds

three $π$ -bonds

Ethyne has a triple bond between the two carbon atoms.
In the diagram, each line represents one pair of shared electrons.
$H - C \equiv C - H$
Two carbon atoms have one sigma bonds and two pi bonds.