I Classification of Rearrangement Reactions() II Nucleophilic rearrangement() 1 Wagner-Meerwein rearrangement( 2 Pinacolic Rearrangement 3 a-ethandione Rearrangement 4 Beckmann Rearrangement 5 Baeyer-Villiger Rearrangement

§8-1 分类和命名 一、分类 二、命名 §8-2 醛酮的理化性质 一、结构与性质 二、物理性质 三、化学性质 1.羰基的亲核加成反应 2.α-H的反应 3. 还原反应 4.氧化反应 5.品红试验 §8-3 醌的化学性质 §8-4 波谱分析 一、IR 二、1HNMR

3-1 Covalence bond Theory 3-2 Molecular Orbital Theory 3-3 the structure of diatomic molecules

§11.2 Chemical Bonding Theory in Complexes §11.1 Configurations and Magnetism of Coordination Compounds 11.2.1 Valence Bond Theory 11.2.2 Crystal Field Theory *11.2.3 Molecular Orbital Theory

Section L Respiration and Energy L1. Citric acid cycle L2. Electron transport and oxidative hosphory lation L3. Photosynthesis

Section1 Transcription system Section2 Biosynthesis process of RNA Section 3 Posttranscriptional processing Section 4 RNA replication

§1 Symmetry elements and symmetry operations §2 Groups and group multiplications §3 Point Groups, the symmetry classification of molecules §4 Application of symmetry

The term carbohydrate derives from the fact that many of them have a formula that can be simplified to (CH2O)n. Some of these compounds are chemically modified, however, and do not fit the formula due to the modification

§1 Symmetry elements and symmetry operations §2 Groups and group multiplications §3 Point groups, the symmetry classification of molecules §4 Application of symmetry

1、了解从平衡条件导出化学反应等温方程式，掌握化学反应等温方程式的意义及其应用。 2、明确标准平衡常数 K 的意义，熟练掌握平衡常数和平衡组成的计算. 3、明确理想气体反应的标准平衡常数 K 和经验平衡常数 Kp、Kc、Kx 之间的换算。 4、理解物质生成吉氏自由能与反应过程 ΔrG 的意义,掌握 ΔrGθm=-RTlnKθ 的有关计算。 5、熟悉浓度、温度、压力与惰性气体对平衡的定量影响。 6、了解同时平衡、反应偶合