Linked from

The 11 pages that link to Ethene, each with the reason it gives.

• Pi bondBroader topic: Its carbon–carbon double bond contains one pi bond and one sigma bond.

• EthyleneRelated: The two names distinguish modern systematic nomenclature from the retained common name.

• Sigma bondBroader topic: Its double bond contains one sigma bond alongside one pi bond.

• Hybrid orbitalBroader topic: Its carbon atoms illustrate sp2 hybrids alongside an unhybridized p orbital.

• Hydration reactionRelated: Direct catalytic hydration converts ethene into ethanol.

• sp² hybridizationBroader topic: Each carbon uses sp² orbitals for σ bonds and an unhybridized p orbital for the π bond.

• Double bondBroader topic: Ethene is the simplest molecule in which a carbon–carbon double bond appears.

• ChloroethaneBroader topic: Ethene is the product when chloroethane undergoes dehydrohalogenation.

• BromoethaneBroader topic: Ethene is the principal alkene formed when bromoethane undergoes dehydrohalogenation.

• Double bond ruleCompared with: Its stable carbon–carbon double bond exemplifies strong second-period sideways overlap.

• Orbital hybridisationBroader topic: Each carbon is described as sp2 hybridised, with p orbitals forming the pi bond.