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It also summarizes organic reactions like acid-base, combustion, oxidation-reduction, condensation, hydrolysis, addition, substitution, and polymerisation, then links to green chemistry principles. 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spectral concepts, and interpretation points, then covers chromatography methods (TLC, paper, column) and qualitative/quantitative analysis ideas.","https://schema.org",{"og:url":32,"og:type":75,"og:title":10,"og:site_name":45,"og:description":12},"article",{"robots":77,"canonical":32},"index,follow",{"doc_id":79,"site_id":7},316266,1790024598,{"code":4,"msg":82,"data":83},"success",[84,88,92,95,100,105,110,115,119,122,126],{"id":22,"doc_module":4,"doc_module_name":25,"category_name":85,"show_sort_weight":86,"slug":87},"Story & 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Compounds  \nHydrocarbons  \nThe Alkanes  \nThe Alkenes  \nThe Alkynes  \nNaming Hydrocarbons Cyclic Hydrocarbons Alkyl Groups Aromatic Hydrocarbons  \nNaming Complex Hydrocarbons  \nChemical Formulae  \nFunctional Groups  \nIntermolecular Forces  \nDispersion Forces Dipole-Dipole Attraction Identifying Polar Molecules Hydrogen Bonding  \nIon-Dipole Bonding  \nIntermolecular (Interparticle) Bonding  \nAlkyl Halides (Haloalkanes)  \nSystematic Naming of Simple Alkyl Halides Properties of Alkyl Halides (Haloalkanes) Solubility Properties  \nPatterns with Increasing Chain Length Patterns in Isomers  \nAmines  \nSystematic Naming of Simple Amines Properties of Amines  \nSolubility in Water  \nPatterns with Increasing Chain Length Patterns in Isomers  \nAmides  \nSystematic Naming of Simple Amides Properties of Amides  \nSolubility in Water  \nPatterns with Increasing Chain Length Patterns in Isomers  \nAlcohols  \nSystematic Naming of Simple Alkanols Properties of Alkanols (Alcohols) Solubility Properties  \nPatterns with Increasing Chain Length Patterns in Isomers  \nAldehydes  \nSystematic Naming of Simple Aldehydes Properties of Aldehydes  \nSolubility in Water  \nPatterns with Increasing Chain Length Patterns in Isomers  \nKetones  \nSystematic Naming of Simple Ketones Properties of Ketones  \nSolubility in Water  \nPatterns with Increasing Chain Length Patterns in Isomers  \nCarboxylic Acids  \nSystematic Naming of Simply Carboxylic Acids Properties of Carboxylic Acids  \nSolubility in Water  \nPatterns with Increasing Chain Length Patterns in Isomers  \nEsters  \nSystematic Naming of Simple Esters Properties of Esters  \nSolubility in Water  \nPatterns with Increasing Chain Length Patterns in Isomers  \nSummary: Properties of Organic Molecules  \nNaming Complex Organic Molecules – The IUPAC System Isomers  \nStructural Isomers Stereoisomers Geometric Isomers Cis and Trans Isomers Optical Isomers  \nChiral Molecules  \nIdentifying Chiral Centres  \nEnantiomer Properties  \nORGANIC REACTION PATHWAYS Reactions Involving Organic Compounds  \nAcid-Base Reactions Combustion Reactions Oxidation Reactions Reduction Reactions Dehydration Reactions Condensation Reactions Hydrolysis Reactions Hydration Reactions Polymerisation Reactions Substitution Reactions Addition Reactions  \nReactions Involving Alkanes  \nReactions Involving Alkenes  \nCombustion Reactions  \nSubstitution Reactions  \nHalogenation Reactions  \nSubstitution of Functional Groups Production of Alcohols from Chloroalkanes Production of Amines from Chloroalkanes  \nAddition Reactions  \nHydrogenation Reactions  \nTesting for Hydrocarbon Saturation Using Hydrogenation Halogenation Reactions via Addition  \nReactions Involving Bromine  \nTesting for Hydrocarbon Saturation – The Bromine Test Reactions Involving Chlorine  \nReactions Involving Hydrogen Halides  \nHydration Reactions (Addition of Water) Addition Polymerisation Reactions  \nThe Production of Polyethene  \nThe Production of PVC  \nThe Production of Polystyrene The Production of Teflon  \nCopolymers  \nSummary – Addition Reactions Involving Ethene  \nOxidation Reactions  \nOxidation of Primary Alcohols Oxidation of Secondary Alcohols  \nOxidation of Tertiary Alcohols Reduction Half Equations  \nRedox Reactions in Other Organic Compounds  \nCondensation Reactions  \nEsterification Polymerisation Amide Formation  \nHydrolysis Reactions Hydrolysis of Esters  \nAcid-Base Reactions  \nAcidic Functional Groups Basic Functional Groups  \nHydration and Dehydration Reactions  \nOrganic Reactions: Summaries  \nReaction Pathways  \nAlcohols, Carboxylic Acids, Esters and Amides  \nGreen Chemistry  \nThe 12 Principles of Green Chemistry Benefits of Green Chemistry  \nYield versus Atom Economy  \nWaste Management and Pollution in the Chemical Industry  \nWaste Treatment  \nCHEMICAL ANALYSIS, MASS SPECTROMETRY, IR SPECTROSCOPY, NMR SPECTROSCOPY  \nMass Spectrometry  \nThe Mass Spectrometer Mass Spectrometry of El","cbCaivn9sG0C1iqG","https://ap.wps.com/l/cbCaivn9sG0C1iqG","pdf",110136,"English","# Organic Chemistry\n## The diversity of carbon compounds\n## Hydrocarbons and naming\n## Functional groups and intermolecular forces\n## Properties of common functional groups\n# Organic Reaction Pathways\n## Reactions involving organic compounds\n## Addition, substitution, and polymerisation\n## Oxidation, reduction, and condensation\n## Green Chemistry\n# Chemical analysis and spectroscopy\n## Mass spectrometry\n## Infrared spectroscopy\n## NMR spectroscopy\n# Chemical analysis, chromatography, titrations\n## Chromatography (qualitative and quantitative)\n## Adsorption and TLC/paper chromatography\n## Column chromatography, qualitative and quantitative analysis","[{\"question\":\"What topics are included under Organic Chemistry in Unit 4?\",\"answer\":\"It covers the diversity of carbon compounds, hydrocarbons, naming conventions, functional groups, intermolecular forces, and properties of major functional group families, including patterns with increasing chain length and isomerism.\"},{\"question\":\"Which organic reaction types are summarized in the reaction pathways section?\",\"answer\":\"The index includes acid-base, combustion, oxidation, reduction, dehydration, condensation, hydrolysis, hydration, polymerisation, substitution, addition, and specific reaction pathways involving alkanes, alkenes, and halogenation/hydrogen-halide reactions.\"},{\"question\":\"How does the chemical analysis section approach spectroscopy and chromatography?\",\"answer\":\"It introduces mass spectrometry, infrared spectroscopy, and NMR spectroscopy by outlining instruments, key spectral concepts, and interpretation points, then covers chromatography methods (TLC, paper, column) and qualitative/quantitative analysis ideas.\"}]","UNIT 4 CHEMISTRY INDEX - Organic Chemistry - Organic Reaction Pathways - Chemical Analysis | PDF",1789912208]