1. Models of the Particulate Nature of Matter1.1 Introduction to the Particulate Nature of Matter0/01.2 The Nuclear Atom0/01.3 Electron Configurations0/01.4 Counting Particles by Mass: The Mole0/01.5 Ideal Gases0/01. Models of the Particulate Nature of Matter1.1 Introduction to the Particulate Nature of Matter0/01.2 The Nuclear Atom0/01.3 Electron Configurations0/01.4 Counting Particles by Mass: The Mole0/01.5 Ideal Gases0/02. Models of Bonding and StructurePremium2.1 The Ionic Model0/02.2 The Covalent Model0/02.3 The Metallic Model0/02.4 From Models to Materials0/02. Models of Bonding and StructurePremium2.1 The Ionic Model0/02.2 The Covalent Model0/02.3 The Metallic Model0/02.4 From Models to Materials0/03. Classification of MatterPremium3.1 The Periodic Table: Classification of Elements0/03.2 Functional Groups: Classification of Organic Compounds0/03. Classification of MatterPremium3.1 The Periodic Table: Classification of Elements0/03.2 Functional Groups: Classification of Organic Compounds0/04. What Drives Chemical Reactions?Premium4.1 Measuring Enthalpy Changes0/04.2 Energy Cycles in Reactions0/04.3 Energy from Fuels0/04. What Drives Chemical Reactions?Premium4.1 Measuring Enthalpy Changes0/04.2 Energy Cycles in Reactions0/04.3 Energy from Fuels0/05. How Much, How Fast and How Far?Premium5.1 How Much? The Amount of Chemical Change0/05.2 How Fast? The Rate of Chemical Change0/05.3 How Far? The Extent of Chemical Change0/05. How Much, How Fast and How Far?Premium5.1 How Much? The Amount of Chemical Change0/05.2 How Fast? The Rate of Chemical Change0/05.3 How Far? The Extent of Chemical Change0/06. What are the Mechanisms of Chemical Change?Premium6.1 Proton Transfer Reactions0/06.2 Electron Transfer Reactions0/06.3 Electron Sharing Reactions0/06.4 Electron-pair Sharing Reactions0/06. What are the Mechanisms of Chemical Change?Premium6.1 Proton Transfer Reactions0/06.2 Electron Transfer Reactions0/06.3 Electron Sharing Reactions0/06.4 Electron-pair Sharing Reactions0/0