1.1. Formula mass and the mole concept 1.2. Determining empirical and molecular formulas 1.3. Molarity 1.4. Other units and solution concentrations
      2.1. Valency bond theory 2.2. Hybrid atomic orbitals 2.3. Multiple bonds 2.4. Molecular orbital theory
      3.1. Intermolecular forces 3.2. Properties of liquids 3.3. Phase transitions 3.4. Phase diagrams 3.5. The solid state of matter 3.6. Lattice structures of crystalline solids
      4.1. Early ideas of atomic theory 4.2. Evolution of atomic theory 4.3. Atomic structure and symbolism 4.4. Molecular and ionic compounds 4.5. Chemical formulas 4.6. The periodic table 4.7. Chemical nomenclature
      5.1. Chemistry in context 5.2. Phases and classification of matter 5.3. Physical and chemical properties 5.4. Mathematical treatment of measurement results 5.5. Measurement uncertainty, accuracy and precision
      6.1. Writing and balancing equations 6.2. Classifying chemical reactions 6.3. Reaction stoichiometry 6.4. Reaction yields 6.5. Quantitative chemical analysis
      7.1. Gas pressure 7.2. Relating pressure, volume, amount and temperature - the ideal gas law 7.3. Stoichiometry of gasious substances, mixtures and reactions 7.4. Effusion and diffusion of gases 7.5. The kinetic-molecular theory 7.6. Non-ideal gas behaviour
      8.1. Ionic bonding 8.2. Covalent bonding - I 8.3. Covalent bonding - II 8.4. Lewis symbols and structures 8.5. Formal charges and resonance 8.6. Strengths of ionic and covalent bonds 8.7. Molecular structure of polarity
      9.1. Electromagnetic energy 9.2. The Bhor model 9.3. Development of quantum theory 9.4. Electronic structure of atoms (electron configurations) 9.5. Periodic variations in element properties - I 9.6. Periodic variations in element properties - II
      10.1. Energy basics 10.2. Calorimetry 10.3. Enthalpy
Chapters
1. Composition of Substances and Solutions
2. Advanced Theories Of Covalent Bonds
3. Liquids And Solids
4. Atoms, Molecules and Ions
5. Essential Ideas Of Chemistry
6. Stoichiometry of Chemical Reactions
7. Gases
8. Chemical Bonding And Molecular Geometry
9. Electronic Structure And Periodic Properties Of Elements
10. Thermo Chemistry