Alkenes 0.0 / 5 ? ChemistryTransition metalsASOCR Created by: BaronNobodyCreated on: 02-04-14 07:14 Process for turning an Alkene to an Alkane Hydrogenation 1 of 12 Mechanism for forming a dihalogenoalkane Electrophillic Addition 2 of 12 Type of fission which separates the Br atoms during an addition reaction Heterolytic 3 of 12 The fixed double bond enables what type of isomerism while Alkanes do not? Stereoisomerism 4 of 12 Type of isomerism that occurs when there's is a hydrogen and non hydrogen group on each Carbon in a C=C double bond cistrans 5 of 12 Name this alkene: CH2CH2CH3 Pentene 6 of 12 Due to the C=C bonds Alkenes are _______________ hydrocarbons. Unsaturated 7 of 12 The C=C double bond is formed by a _____ bond Sigma 8 of 12 and a __ bond. Pi 9 of 12 A Pi bond is the reactive part of a double bond formed above and below the plane of bonded atoms by ____________ ___________ of p-orbitals. Sideways overlap 10 of 12 Polymers are made from several alkene ________. Monomers 11 of 12 Alkenes can form alcohols using what acid catalyst? Phosphoric 12 of 12
Basic concepts and hydrocarbons, Alcohols, Halogenoalkanes and analysis, Energy 1.0 / 5 based on 2 ratings
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