Triple bonds are found in which hydrocarbon group?

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Multiple Choice

Triple bonds are found in which hydrocarbon group?

Explanation:
Triple bonds appear in alkynes. An alkyne is a hydrocarbon that contains at least one carbon–carbon triple bond (C≡C). That triple bond consists of one sigma and two pi bonds, requiring the bonded carbons to be sp-hybridized and giving the molecule a nearly linear shape (about 180°). This distinguishes alkynes from alkanes, which have only single bonds, and alkenes, which have one or more double bonds (C=C). Aromatics are ring systems with delocalized pi electrons, not a true C≡C triple bond. Examples include acetylene (ethyne) and propyne. The triple bond also drives characteristic reactions, such as additions across the bond and, for terminal alkynes, relatively acidic hydrogen.

Triple bonds appear in alkynes. An alkyne is a hydrocarbon that contains at least one carbon–carbon triple bond (C≡C). That triple bond consists of one sigma and two pi bonds, requiring the bonded carbons to be sp-hybridized and giving the molecule a nearly linear shape (about 180°). This distinguishes alkynes from alkanes, which have only single bonds, and alkenes, which have one or more double bonds (C=C). Aromatics are ring systems with delocalized pi electrons, not a true C≡C triple bond. Examples include acetylene (ethyne) and propyne. The triple bond also drives characteristic reactions, such as additions across the bond and, for terminal alkynes, relatively acidic hydrogen.

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