INRhttps://centres.narayanacoachingcenters.in/narayana-coaching-center/centers-in-guwahati/centers-in-christian-bansti/narayana-iit-jeeneetfoundation-in-christian-bansti-guwahati--7TDcsu/articles/formation-of-sigma-%CF%83-and-pi-%CF%80-bonds-in-ethene-in-ethene-c%E2%82%82h%E2%82%84-each-carbon-atom-undergoes-sp%C2%B2-hybridisation-formin--9d6a0e05-6685-40ab-b8c6-bd0ffdff3c3fNo 15, Nirmal Bhawan, Dispur, Nilomani Phukan PathChristian Bansti, guwahati781005
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Formation of Sigma (σ) and Pi (π) Bonds in Ethene In ethene (C₂H₄), each carbon atom undergoes sp² hybridisation, formin...
Formation of Sigma (σ) and Pi (π) Bonds in Ethene In ethene (C₂H₄), each carbon atom undergoes sp² hybridisation, forming three sp² hybrid orbitals arranged in a trigonal planar geometry (120° bond angle). Two sp² orbitals form sigma (σ) bonds with hydrogen atoms. One sp² orbital forms a sigma (σ) bond with the other carbon atom. The remaining unhybridised p orbitals overlap sideways to form a pi (π) bond above and below the molecular plane. Thus, the carbon–carbon double bond (C=C) in ethene consists of one σ bond and one π bond. #Ethene #SigmaBond #PiBond #ChemicalBonding #OrganicChemistry #Hybridization #sp2Hybridisation #DoubleBond #MolecularStructure #ChemistryConcepts #IITJEE #NEETPreparation #NarayanaCoachingCenter #STEMEducation