Lessons in this chapter
- 1Carbon Bonding and Molecular ShapeConnect carbon’s bonding patterns to the shapes, strengths, and reactive regions of organic molecules.
- 2Drawing Organic MoleculesTranslate between structural formulas and use three-dimensional conventions to interpret molecular shape.
- 3Classifying Organic CompoundsOrganise organic molecules by their carbon frameworks, functional groups, and homologous relationships.
- 4Naming HydrocarbonsBuild systematic names by choosing, numbering, and describing the correct carbon framework.
- 5Naming Compounds with Functional Groups and Benzene RingsUse functional-group priority and ring substitution to move confidently between names and structures.
- 6Isomerism: One Formula, Different CompoundsDistinguish different connectivities and spatial arrangements without confusing them with different drawings of one molecule.
- 7Bond Breaking and Reactive SpeciesFollow electrons through bond cleavage and identify the species that begin organic reactions.
- 8Inductive and Resonance EffectsExplain how attached groups and delocalised electrons shape charge distribution and stability.
- 9Electromeric Effect, Hyperconjugation, and Reaction PatternsConnect reagent-induced electron shifts and sigma-electron delocalisation to stability and broad reaction outcomes.
- 10Purifying Compounds by Physical PropertiesChoose a purification method by connecting solubility, volatility, and boiling behaviour to the mixture.
- 11Chromatography and SeparationRead chromatograms by following how components divide between stationary and mobile phases.
- 12Identifying Elements in Organic CompoundsConnect elemental-test observations with the chemical conversions that make them possible.
- 13Measuring Carbon, Hydrogen, and NitrogenDerive elemental percentages from combustion products, gas volumes, and acid–base measurements.
- 14Measuring Halogens, Sulphur, Phosphorus, and OxygenUse precipitate masses and conservation of atoms to complete an elemental composition analysis.
- 15Chapter Summary and PracticeConnect molecular structure, reactivity, purification, and elemental evidence in a complete organic-chemistry workflow.