Chapter 1 Coligative Properties of Diute Solution 1.1 The Composition Scales of Mixture 1.1.1 Mass Fraction,Volume Fraction and Mass Concentration 1.1.2 The Mole Fraction 1.1.3 The Amount-of-Substance Concentration and Molality 1.2 Vapor Pressure Lowering 1.2.1 The Vapor Pressure of Liquid 1.2.2 Vapor Pressure Lowering-Raoult's Law 1.3 Boiling Point Elevation and Freezing Point Depression 1.3.1 Boiling Point Elevation and Freezing Point Depression of Solution 1.3.2 Coligative Properties of Electrolyte Dilute Solution 1.4 Osmotic Pressure of Solution 1.4.1 Osmosis and Osmotic Pressure 1.4.2 The Relationship between Osmotic Pressure of Solution and Concentration Temperature of Solution 1.4.3 Application of Osmotic Pressure in Medicine Summary Exercises Supplementary ExercisesChapter 2 The Basis of Chemical Thermodynamics 2.1 Thermodynamic System and State Function 2.1.1 System and Its Surroundings 2.1.2 State Functions and Process 2.1.3 Heat and Work 2.2 Energy Conservation and Heat of Chemical Reaction 2.2.1 Themodynamic Energy and the First Law of Thermodynamic 2.2.2 Enthalpy Change and Isobar Heat 2.2.3 Extent of Reaction,Equation of Them-Chemistry and Standard state 2.2.4 Hess's Law and Calculation of Reaction Heat 2.3 Entropy and Gibbs's Free Energy 2.3.1 Spontaneous Process and Its Characteristics 2.3.2 Entropy of A System 2.3.3 Gibbs's Free Energy of System Summary Exercises Supplementary ExercisesChapter 3 Chemical Equilibrium 3.1 The Extent of Chemical Reaction and Standard Equilibrium Constant 3.1.1 The Standard Equilibrium Constant 3.1.2 Predicting Reaction Direction by Standard Equilibrium Constant Ke 3.2 Experimental Equilibrium Constant 3.3 The Shift of Chemical Equilibrium 3.3.1 Effect of A Change in Concentration 3.3.2 Effect of A Change in Pressure 3.3.3 Effect of A Change in Temperature Summary Exercises Supplementary ExercisesChapter 4 Rate of Chemical Reaction 4.1 Chemical Reaction Rate and Its Expression 4.1.1 The Rate of Chemical Reaction 4.1.2 Average Rate and Instantaneous Rate of A Chemical Reaction 4.2 The Effect of Concentration on Reaction Rate 4.2.1 Rate Law of Chemical Reaction 4.2.2 Characteristics with the Simple Reaction Order 4.3 Brief Introduction for Rate Theory of Chemical Reaction 4.3.1 Collision Theory and Activation Energy 4.3.2 Brief Introduction of Transition State Theory 4.4 The Effect of Temperature on Chemical Reaction 4.4.1 The Relationship between Temperature and Rate Constant-Arthenius EquationChapter 5 Electrolyte solutionsChapter 6 Buffer SolutionChapter 7 Equilibria of slightly Soluble lonic CompoundsChapter 8 Oxidation-Reduction Reaction and Electrode PotentialChapter 9 Atomic Structure and Periodic LawChapter 10 Covalent Bond and intermolecular forcesChapter 11 Coordination CompoundsChapter 12 ColloidsChapter 13 Titrimetric AnalysisChapter 14 Ultraviolet-Visible SpectrophotometryChapter 15 Brief Introduction to the Modern Instrumental AnalysisChapter 16 Nuclear Chemistry and Its ApplicationsAppendix