A Level AQA Chemistry Introduction to Organic Chemistry With Complete Solution

A Level AQA Chemistry Introduction to Organic Chemistry With Complete Solution reaction where a molecule joins to an unsaturated molecule to produce a saturated molecule - Define addition reaction organic compounds containing C chains and branches - Define aliphatic organic compounds containing a benzene ring - Define aromatic organic compounds containing C rings - Define cyclic/alicyclic elimination of water - Define dehydration removal of hydrogen - Define dehydrogenation lone pair acceptor - Define electrophile reaction where a molecule is lost from a saturated molecule to form an unsaturated molecule - Define elimination reaction an atom or group of atoms that is responsible for most of the chemical reactions of a molecule - Define functional group a family of compounds with the same general formula and similar chemical properties. In a series, each member differs by the addition of a CH₂ group and there is a gradual change in physical properties - Define homologous series addition of water - Define hydration molecule containing hydrogen and carbon only - Define hydrocarbon addition of hydrogen - Define hydrogenation a reaction involving the breaking of bonds due to reaction with water - Define hydrolysis lone pair donor - Define nucleophile the study of carbon compounds - Define organic chemistry molecule containing no double bonds - Define saturated molecules with the same molecular and structural formulae but a different spatial arrangement of atoms - Define stereoisomers a type of stereoisomerism: molecules which have different arrangement of groups around C=C - Define geometric isomers a type of stereoisomerism: molecules which are non-superimposable mirror images - Define optical isomers molecules with the same molecular formula but different structures - Define structural isomers a type of structural isomerism: structural isomers that differ by having a different chain length - Define chain isomers a type of structural isomerism: structural isomers that differ by having the functional group in a different position - Define position isomers a type of structural isomerism: structural isomers that differ by having a different functional group - Define functional group isomers