1.Purpose Find out the speed distribution and the equation of state. 2.Key points: Equipartition of energy 3.Content 3.1 Speed distribution of ideal gas: Density of state:speed distribution: 3.2 Equipartition of energy Derive the equipartition of energy 3.3 Equation of state of ideal gas Pressure of ideal gas: 3.4 Function of state Entropy,Partition function,Free energy 4.Teaching method Talk and discussion 5.Evaluation Assignment, Chapter 8 Basis of Quantum Statistics 1.Purposc Understand the difference between Classic gas and Quantum gas,Understand the Quantum statistics; 2.Key points Quantum state:Density of Quantum state 3.Content 3.1 Ouantum state of free particles: Energy level of Quantum particles 3.2 Occupation number of Bose gas: 3.3 Occupation number of Fermi gas 3.4 Classical limitation of Quantum gases7 1.Purpose Find out the speed distribution and the equation of state; 2.Key points: Equipartition of energy 3.Content 3.1 Speed distribution of ideal gas： Density of state; speed distribution； 3.2 Equipartition of energy； Derive the equipartition of energy； 3.3 Equation of state of ideal gas Pressure of ideal gas； 3.4 Function of state Entropy; Partition function; Free energy; 4.Teaching method Talk and discussion 5.Evaluation Assignment; Chapter 8 Basis of Quantum Statistics 1.Purpose Understand the difference between Classic gas and Quantum gas; Understand the Quantum statistics; 2.Key points: Quantum state; Density of Quantum state 3.Content 3.1 Quantum state of free particles： Energy level of Quantum particles； 3.2 Occupation number of Bose gas； 3.3 Occupation number of Fermi gas 3.4 Classical limitation of Quantum gases