《华东理工大学课堂教学方案设计表(1)》由会员分享，可在线阅读，更多相关《华东理工大学课堂教学方案设计表(1)（23页珍藏版）》请在金锄头文库上搜索。
1、1华东理工大学课堂教学方案设计表学院教师姓名课程名称学分/学时课程性质第几讲学年/学期化学与分子工程学院牟伯中物理化学（双语 I）3/48必修12006/2本讲知识点、重点、难点0. Introduction1. The properties of gases 1.1 The states of gases 1.2 The gas laws重点与难点：重点与难点： Definitions Extensive property and intensive property, System and surroundings, States, Function of states, Equation
2、 of states The states of gases the perfect gas, the perfect gas equation, gas constant, Mole fractions and partial pressures, Daltons Law. 本讲所用方法和手段、与上一讲的衔接，与下一讲的联系阐明物理化学理论框架，基本概念及其联系。 阐明物质的 pVT 关系是宏观层次上的物质的特性，通过实验的方法获得物质的特性，从而 关联普遍定律的方法论。本讲师生互动设计 课堂讨论：The gas law and the weather本讲布置的作业、思考题等内容Exerci
3、ses: P39-41 (a) 2, 7, 8, 13, 14, 16, 17, 21, 22, 24, 27, 29, 30 Problems: P42-43: 4, 7, 10, 15, 292华东理工大学课堂教学方案设计表学院教师姓名课程名称学分/学时课程性质第几讲学年/学期化学与分子工程学院牟伯中物理化学（双语 I）3/48必修22006/2本讲知识点、重点、难点1. The properties of gases 1.3 The kinetic model of gases 1.4 Molecular interactions 1.5 The van de Waals equatio
4、n 1.6 The principle of corresponding states重点与难点：重点与难点： The kinetic model of gases Three assumptions for the kinetic model, Molecular mean speeds, The collision frequency, The mean free path. The Molecular interactions Repulsive forces and attractive forces, The compression factor, Virial coefficien
5、ts, Phase diagram, Critical constants. The van der Waals equation Real gas, van der Waals coefficients, internal pressure. The principle of corresponding Relative variables, The corresponding states, principle of corresponding states.本讲所用方法和手段、与上一讲的衔接，与下一讲的联系 简单复习物质特性获得的三种方法。 由范德华方程推导过程，即从实际流体的行为与理想
6、气体的差别出发，通过建立模型，对 理想气体状态方程进行修正，探讨对实际系统研究的方法。所涉及的数学方法。本讲师生互动设计 课堂讨论：The properties and applications of Super Critical Fluids The difference between perfect gases and real gases本讲布置的作业、思考题等内容 Exercises: P39-41 (a) 2, 7, 8, 13, 14, 16, 17, 21, 22, 24, 27, 29, 30 Problems: P42-43: 4, 7, 10, 15, 293华东理工大学
7、课堂教学方案设计表学院教师姓名课程名称学分/学时课程性质第几讲学年/学期化学与分子工程学院牟伯中物理化学（双语 I）3/48必修32006/2本讲知识点、重点、难点2. The First Law: the concepts 2.1 Work, heat, and energy 2.2 The First Law 2.3 Expansion work 2.4 Heat transactions 2.5 Enthalpy重点与难点：重点与难点： The First Law The First Law, The internal energy. Expansion work Unimolecula
8、r reactions The general expression, Free expansion, Against constant pressure, Isothermal reversible expansion. Heat transactions Heat capacity at constant V Enthalpy Definition, Heat capacity at constant p, The variation of enthalpy with temperature, The relation between two heat capacities, 本讲所用方法
9、和手段、与上一讲的衔接，与下一讲的联系pVT 关系与系统的内能变化的关联引入描述系统状态的新函数：焓本讲师生互动设计 课堂讨论：就热力学能与功和热的关系讨论状态函数与过程变量的区别本讲布置的作业、思考题等内容 Exercises on Page 75-78 : 2.4(a); 2.6(a); 2.8(a); 2.11(a); 2.13(a); 2.15(a); 2.19(a); 2.21(a); 2.24(a); 2.27(a); 2.29(b); 2.32(a); 2.35(a); 2.39(a); 2.40(a); 2.44(a). Problem on Page 42-43: 2.2;
10、2.3; 2.4; 2.7.4华东理工大学课堂教学方案设计表学院教师姓名课程名称学分/学时课程性质第几讲学年/学期化学与分子工程学院牟伯中物理化学（双语 I）3/48必修42006/2本讲知识点、重点、难点2. The First Law: the concepts 2.6 Adiabatic changes 2.7 Standard enthalpy changes 2.8 Standard enthalpies of formation 2.9 The temperature dependence of reaction enthalpies重点与难点：重点与难点： Adiabatic c
11、hanges The functions of adiabatic change, Heat capacity ratio. Standard enthalpy changes Standard states, Enthalpies of physical change, Enthalpies of chemical change, Enthalpy of combustion, enthalpy of formation, Hesss law The temperature dependence of reaction enthalpies Kirchhoff law, 本讲所用方法和手段、
12、与上一讲的衔接，与下一讲的联系加深对状态函数焓的理解，进一步掌握系统发生物理、化学变化时系统能量焓的变化， 以及焓随温度变化的特征。本讲师生互动设计 课堂讨论:热性质测定的各种实验方法本讲布置的作业、思考题等内容 Exercises on Page 75-78 : 2.4(a); 2.6(a); 2.8(a); 2.11(a); 2.13(a); 2.15(a); 2.19(a); 2.21(a); 2.24(a); 2.27(a); 2.29(b); 2.32(a); 2.35(a); 2.39(a); 2.40(a); 2.44(a). Problem on Page 42-43: 2.2
13、; 2.3; 2.4; 2.7.5华东理工大学课堂教学方案设计表学院教师姓名课程名称学分/学时课程性质第几讲学年/学期化学与分子工程学院牟伯中物理化学（双语 I）3/48必修52006/2本讲知识点、重点、难点3. The First Law: the machinery 3.1 State functions 3.2 The temperature dependence of the enthalpy 3.3 The reaction between Cv and Cp Tutorial重点与难点：重点与难点： State functions State functions, Path fu
14、nctions, Exact and inexact differential, The internal pressure, expansion coefficient. The temperature dependence of the enthalpy Changes in enthalpy at constant volume, The isothermal compressibility, The Joule -Thomson effect The reaction between Cv and Cp 本讲所用方法和手段、与上一讲的衔接，与下一讲的联系在上一讲的基础上，继续加深对热力
15、学第一定律的理解，充分讨论系统焓的变化。本讲师生互动设计 课堂讨论： The difference between State functions and Path functions The Joule -Thomson effect and its applications in the cooling.本讲布置的作业、思考题等内容Exercises: P93 (a) 10, 11, 12. Problems: P93-95: 3, 16, 24, 29.6华东理工大学课堂教学方案设计表学院教师姓名课程名称学分/学时课程性质第几讲学年/学期化学与分子工程学院牟伯中物理化学（双语 I）3/4
16、8必修62006/2本讲知识点、重点、难点4. The Second Law: the concepts 4.1 The dispersal of energy 4.2 Entropy重点与难点：重点与难点： The dispersal of energy The direction of spontaneous change, Second Law of Thermodynamics. Entropy The thermodynamic definition of entropy, The Carnot cycle, The entropy as a state function, The efficiency of a heat engine, The thermodynamic temperature, The entropy of system and surroundings, The Clausius inequality, The criterion for spontaneous
