The simplest DielsÂ–Alder reaction uses one of these compounds as the dienoÂ·phile ("die"-EE-no-"file").
An alkylation reactor reacts these compounds with isoÂ·butane and strong acid. The DewarÂ–ChattÂ–Duncanson model explains how these compounds act as ligands. Aldehydes are synthesized industrially by carbonylating these compounds. DisÂ·proportionation during petroleum cracking makes equiÂ·molar hydrogen gas and these compounds as a byproduct. Carbenes add to these compounds to make cycloÂ·propanes. The simplest DielsÂ–Alder reaction uses one of these compounds as the dienoÂ·phile ("die"-EE-no-"file"). ZieglerÂ–Natta catalysts polymerize these compounds. Markovnikov addition of water to these compounds gives an alcohol. Halogens add to them in the canonical test for unÂ·saturation. For 10 points, name these hydrocarbons with a carbonÂ–carbon double bond.
An alkylation reactor reacts these compounds with isoÂ·butane and strong acid.
alkenes [or oleؠns; or polyalkenes; or polyoleؠns; prompt on "hydrocarbons" before "hydrocarbons"]