KnowraRing strainLinked fromLinked fromThe 19 pages that link to Ring strain, each with the reason it gives.All 19Related 14Narrower topic 5Heterocyclic compoundRelated: Ring size and geometry shape the stability of nonaromatic heterocycles.Ring-opening polymerizationRelated: Releasing ring strain can make opening and incorporating a cyclic monomer favorable.CycloalkaneRelated: It explains why small cycloalkanes are less stable than larger, flexible rings.Geometric isomerismRelated: Ring size and strain influence which geometric arrangements are possible.Beta-lactam ringNarrower topic: The four-membered ring’s strain makes its amide carbonyl unusually susceptible to attack.Adolf von BaeyerNarrower topic: The theory named for Baeyer is an early explanation of this molecular effect.EpoxideNarrower topic: The epoxide's three-membered ring stores strain that helps drive ring-opening reactions.CyclobutaneRelated: Cyclobutane’s small ring forces bond angles far from their preferred tetrahedral value.CyclopropaneNarrower topic: Cyclopropane became a classic example of substantial strain in a small ring.CyclohexeneRelated: Cyclohexene’s ring geometry helps explain its shape and differs from highly strained small rings.CyclopentaneRelated: Cyclopentane has less angle strain than smaller rings but retains conformational strain.Cyclic compoundRelated: Small or poorly shaped rings can be less stable because closure forces unfavorable geometry.Fused ringRelated: Ring size and fusion geometry can constrain bond angles and molecular shape.Polycyclic compoundRelated: Small or awkwardly fused rings can store strain that affects stability and reactivity.Alicyclic compoundRelated: Small alicyclic rings can be unusually reactive because their bond angles are constrained.Carolyn BertozziRelated: Strained rings power catalyst-free reactions used in Bertozzi’s bioorthogonal chemistry.AziridineRelated: Aziridine’s compressed ring angles contribute to its elevated reactivity.CycloheptaneNarrower topic: Cycloheptane’s conformational preferences reflect several kinds of ring strain.Propylene carbonateRelated: Ring strain contributes to the reactivity of cyclic carbonates, including propylene carbonate.
KnowraRing strainLinked fromLinked fromThe 19 pages that link to Ring strain, each with the reason it gives.All 19Related 14Narrower topic 5Heterocyclic compoundRelated: Ring size and geometry shape the stability of nonaromatic heterocycles.Ring-opening polymerizationRelated: Releasing ring strain can make opening and incorporating a cyclic monomer favorable.CycloalkaneRelated: It explains why small cycloalkanes are less stable than larger, flexible rings.Geometric isomerismRelated: Ring size and strain influence which geometric arrangements are possible.Beta-lactam ringNarrower topic: The four-membered ring’s strain makes its amide carbonyl unusually susceptible to attack.Adolf von BaeyerNarrower topic: The theory named for Baeyer is an early explanation of this molecular effect.EpoxideNarrower topic: The epoxide's three-membered ring stores strain that helps drive ring-opening reactions.CyclobutaneRelated: Cyclobutane’s small ring forces bond angles far from their preferred tetrahedral value.CyclopropaneNarrower topic: Cyclopropane became a classic example of substantial strain in a small ring.CyclohexeneRelated: Cyclohexene’s ring geometry helps explain its shape and differs from highly strained small rings.CyclopentaneRelated: Cyclopentane has less angle strain than smaller rings but retains conformational strain.Cyclic compoundRelated: Small or poorly shaped rings can be less stable because closure forces unfavorable geometry.Fused ringRelated: Ring size and fusion geometry can constrain bond angles and molecular shape.Polycyclic compoundRelated: Small or awkwardly fused rings can store strain that affects stability and reactivity.Alicyclic compoundRelated: Small alicyclic rings can be unusually reactive because their bond angles are constrained.Carolyn BertozziRelated: Strained rings power catalyst-free reactions used in Bertozzi’s bioorthogonal chemistry.AziridineRelated: Aziridine’s compressed ring angles contribute to its elevated reactivity.CycloheptaneNarrower topic: Cycloheptane’s conformational preferences reflect several kinds of ring strain.Propylene carbonateRelated: Ring strain contributes to the reactivity of cyclic carbonates, including propylene carbonate.