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