Talk and discussion 5.Evaluation Assignment. Chapter 4 Real gas and phase transition 1.Purpose Understand the limitations of ideal gas model:develop a deep understanding of phase transitions 2Key points Gibbs's phase rule;Maxwell construction 3.Content 3.1 van der Waals'equation of state: Effect of Attraction on pressure 3.2 Phase diagram of real gas: Maxwell construction of phase diagram;types of phase transitions: 3.3 Clausius-Clapeyron Equation Boundaries between phases 4.Teaching method Talk and discussion 5.Evaluation Assignment. Chapter 5 Statistical Basis of Thermodynamics 1.Purpose Develop a deep understanding of the kinetic theory of macroscopic systems.Establish a bridge between classic thermodynamics and statistic theory 2.Key points Microscopic state,Statistical explanation of entropy 3.Content 3.1 Microscopic state:5 Talk and discussion 5.Evaluation Assignment. Chapter 4 Real gas and phase transition 1.Purpose Understand the limitations of ideal gas model; develop a deep understanding of phase transitions 2.Key points: Gibbs's phase rule; Maxwell construction 3.Content 3.1 van der Waals' equation of state： Effect of Attraction on pressure 3.2 Phase diagram of real gas； Maxwell construction of phase diagram; types of phase transitions； 3.3 Clausius–Clapeyron Equation Boundaries between phases 4.Teaching method Talk and discussion 5.Evaluation Assignment. Chapter 5 Statistical Basis of Thermodynamics 1.Purpose Develop a deep understanding of the kinetic theory of macroscopic systems; Establish a bridge between classic thermodynamics and statistic theory. 2.Key points: Microscopic state; Statistical explanation of entropy 3.Content 3.1 Microscopic state：