Linked from

The 22 pages that link to Alkyne, each with the reason it gives.

• HydrogenationBroader topic: Hydrogenation can reduce an alkyne fully or stop at an alkene.

• Conjugated systemBroader topic: An alkyne can participate in conjugation when an adjacent p-orbital pathway is available.

• Pi bondBroader topic: A triple bond contains two pi bonds alongside one sigma bond.

• HydrocarbonBroader topic: Triple bonds distinguish alkynes from the other major open-chain families.

• Carbon–carbon bondBroader topic: Alkynes illustrate the structure and chemistry of triple carbon–carbon bonds.

• Elimination reactionBroader topic: Strong-base elimination of suitable dihalides can produce an alkyne.

• Aliphatic compoundBroader topic: Alkynes are aliphatic hydrocarbons with carbon–carbon triple bonds.

• Degree of unsaturationBroader topic: Each triple bond accounts for two degrees of unsaturation.

• Triple bondBroader topic: Alkynes are the principal family of compounds built around carbon–carbon triple bonds.

• Open-chain compoundBroader topic: Open-chain alkynes provide a distinct unsaturated chain structure.