1. Models of the Particulate Nature of Matter1.1 Introduction to the Particulate Nature of Matter1.2 The Nuclear Atom1.3 Electron Configurations1.4 Counting Particles by Mass: The Mole1.5 Ideal Gases1. Models of the Particulate Nature of Matter1.1 Introduction to the Particulate Nature of Matter1.2 The Nuclear Atom1.3 Electron Configurations1.4 Counting Particles by Mass: The Mole1.5 Ideal Gases2. Models of Bonding and Structure2.1 The Ionic Model2.2 The Covalent Model2.3 The Metallic Model2.4 From Models to Materials2. Models of Bonding and Structure2.1 The Ionic Model2.2 The Covalent Model2.3 The Metallic Model2.4 From Models to Materials3. Classification of Matter3.1 The Periodic Table: Classification of Elements3.2 Functional Groups: Classification of Organic Compounds3. Classification of Matter3.1 The Periodic Table: Classification of Elements3.2 Functional Groups: Classification of Organic Compounds4. What Drives Chemical Reactions?4.1 Measuring Enthalpy Changes4.2 Energy Cycles in Reactions4.3 Energy from Fuels4.4 Entropy and Spontaneity4. What Drives Chemical Reactions?4.1 Measuring Enthalpy Changes4.2 Energy Cycles in Reactions4.3 Energy from Fuels4.4 Entropy and Spontaneity5. How Much, How Fast and How Far?5.1 How Much? The Amount of Chemical Change5.2 How Fast? The Rate of Chemical Change5.3 How Far? The Extent of Chemical Change5. How Much, How Fast and How Far?5.1 How Much? The Amount of Chemical Change5.2 How Fast? The Rate of Chemical Change5.3 How Far? The Extent of Chemical Change6. What are the Mechanisms of Chemical Change?6.1 Proton Transfer Reactions6.2 Electron Transfer Reactions6.3 Electron Sharing Reactions6.4 Electron-pair Sharing Reactions6. What are the Mechanisms of Chemical Change?6.1 Proton Transfer Reactions6.2 Electron Transfer Reactions6.3 Electron Sharing Reactions6.4 Electron-pair Sharing Reactions