In a certain organic compound, one of the carbon atoms is bonded to two atoms: a hydrogen atom and a carbon atom. what type of bond exists between the two carbon atoms?

single covalent
triple covalent
ion dipole
ionic

The bond present between the Carbon-Carbon has been the triple bond. Thus, option B is correct.

The bond between the structure has been saturated and the unsaturated bond. When there has been the presence of a sigma bond, the compound has been saturated while in the presence of a pi bond the compound has been unsaturated.

The carbon has 6 electrons and 4 valence electrons. In order to stabilize and form a bond, carbon shares its 4 electrons. In the given compound, there has been the presence of 1 bond with hydrogen.

Thus, the bond present between the Carbon-Carbon has been the triple bond. Thus, option B is correct.

For more information about the organic compound, refer to the link:

link

The answer to your question is: triple bond.

Explanation:

According to the description given, the structure is:

                                    H - C ≡ C -

Then, the bonds between the carbons is triple bond.

where are the choice options?