I suggest asking on the BBS of Shandong University, and the hit rate should be much higher.
Chapter 1: This chapter is the focus of the physical and chemical examination, with a score of about 25 points. Among them, the simple changes of P, V, t V, T, various work equations, the changes of various state functions in the process of phase change, the changes of state functions in the process of chemical change, and the basic relationship between thermodynamic functions are the focus of this chapter, and these knowledge points must be firmly grasped.
Chapter 2: Gibbons phase law and its application, calculation of component fraction and degree of freedom, krabbe's Dragon Equation and Kirk Equation, calculation of saturated vapor pressure, Raoul's Law and Henry's Law, calculation of mass fraction of components and substances between two phases, etc.
Chapter 3: This chapter is the focus of the previous exam, and at least one photo question should be taken every year. The focus of this chapter is to understand the diagram and master the classification of phase diagrams, among which the two-component phase diagram is the most important.
Chapter IV: The content of this chapter accounted for about 12 in previous years' exams, among which there were more questions in 2005, reaching about 19, and the scores in other years were not particularly high. In the real questions, the questions in this chapter are generally calculation fill-in-the-blank questions and small calculation questions. It is closely related to the content of the first chapter. The key content is the thermodynamic calculation of standard equilibrium constant and the calculation of equilibrium conversion, equilibrium composition, decomposition temperature and decomposition pressure of pure solid compounds by using standard equilibrium constant.
Chapter 5: This chapter is one of the more difficult chapters. In recent years, it tends to investigate and calculate small problems, especially the equation of state of ideal gas, the statistical thermodynamic derivation of constant volume heat capacity of monatomic ideal gas and the calculation of particle distribution function. Generally speaking, it is not easy to fill in the blanks with definitions, but everyone should pay attention to a comprehensive review to make sure that the same changes.
Chapter VI: The content of this chapter is the most important in the whole physical chemistry teaching and postgraduate examination questions, because it is not only a solid foundation for theoretical research, but also widely used in real industrial production. The content of this chapter accounts for about 30 points in the exams in recent years, and it is the key chapter for students to review and prepare for the exam. Before 2003, the main types of questions investigated were judgment, filling in the blanks, selection and calculation. Among them, the calculation of fill-in-the-blank questions accounts for about 70% of the questions in this chapter. After 2003, the postgraduate entrance examination questions are mainly judgment and big calculation questions and proof questions.
Chapter VII: The annual inspection score of this chapter is about 8 points. Choose a topic, fill in the blanks, make small calculations, and deduce and prove some formulas and mechanisms. Some axioms and principles are required to explain some surface phenomena and interfacial adsorption phenomena. Langmnir adsorption is the focus of this chapter, which appears repeatedly in real questions. In 2007, the L-H mechanism and the R-E mechanism got a short answer, and it is estimated that they have not existed in the past two years. Please pay a little attention.
Chapter 8: The content of this chapter accounts for about 6 points in the real questions over the years, which is the chapter with the least score. However, some knowledge points in this chapter are tested almost every year, and the difficulty is not great, so the content of this chapter must be won in the real questions. The questions are mainly multiple-choice questions.
Chapter 9: This chapter is one of the big questions that must be tested every year, and the score is about 15. It may also be a design to fill in the blanks, choose or judge small calculations, and it needs a comprehensive review. The types of examination include: writing various electrode reactions and their electrode reaction equations, and using some calculations of Nernst equation.
Chapter 10: The content of this chapter accounts for about 7 points in the real questions over the years, and the score has a decreasing trend in recent years. There are no calculation questions in the postgraduate entrance examination questions in this chapter. All knowledge points are qualitatively mastered, and most of them are judgment questions and multiple-choice questions.
Chapter 11: The annual score of the experimental part is about 12, and it seems to be increasing in the last two years, which is about 18. So we should grasp the experimental part well. Generally speaking, the content of the investigation is within the scope of ten experiments, but it is not only a superficial investigation, but also requires students to understand some formulas and theorems and combine them with the knowledge in textbooks. Finally, I will draw the scope of the experiment for you. Now you don't have to worry.
The above is my general summary of the course of physical chemistry, not too detailed. It is important not to draw a range for everyone. We should know that there are many knowledge points in the course of physical chemistry, and we can only grasp them as a whole after we have mastered each one. So the above is just a hint, hoping to play a role in attracting jade. I wish you all a smooth preparation!