KnowraWoodward–Hoffmann rulesLinked fromLinked fromThe 12 pages that link to Woodward–Hoffmann rules, each with the reason it gives.All 12Related 11Compared with 1Diels–Alder reactionRelated: They explain why the thermal six-electron cycloaddition proceeds with suprafacial bonding.Frontier molecular orbital theoryRelated: Their orbital-symmetry framework developed alongside frontier-orbital explanations of pericyclic selectivity.Electrocyclic reactionRelated: They determine which terminal rotations are allowed for thermal and photochemical electrocyclizations.Concerted reactionRelated: They predict which concerted pericyclic pathways are accessible under thermal or photochemical conditions.CycloadditionRelated: They explain why thermal and photochemical cycloadditions can have different outcomes.Pericyclic reactionRelated: They connect orbital symmetry to the thermal and photochemical pathways available to pericyclic reactions.Robert Burns WoodwardRelated: Woodward and Roald Hoffmann converted orbital-symmetry insights into practical reaction predictions.Stereospecific reactionRelated: They predict whether electrocyclic reactions proceed conrotatorily or disrotatorily.Kenichi FukuiRelated: Their orbital-symmetry approach offered a complementary explanation of reaction pathways.Kurt AlderRelated: They explain the orbital-symmetry basis of the reaction’s thermal course.Forbidden mechanismRelated: They determine whether a proposed pericyclic pathway is forbidden by orbital symmetry.