General Chemistry（大学化学 英文版）
定价：￥78.00
作者： 石美，周长春，彭耀丽主编
出版时间：2026-08
出版社：化学工业出版社
- 化学工业出版社
- 9787122505729
- 1版
- 16开
- 2026-08
- 512
- 本科
目录
Chapter 1?Introduction?/?001
1.1 Scientific research method 002
1.2 Why should we study chemistry? 004
1.3 Classification of matter 005
1.4 Properties of matter 011
1.5 Measurement of matter 012
1.6 Uncertainties of measurement 015
Exercises 018
Quick quiz 020
Chapter 2 Gases and Liquids?/?022
2.1 The gas laws 023
2.2 The ideal gas equation 025
2.3 Mixture of gases 027
2.4 Real gases 029
2.5 Liquid 031
2.6 Concentration of solutions 034
2.7 Colligative properties 036
Exercises 043
Quick quiz 045
Chapter 3 Thermodynamics?/?047
3.1 Basic terminology of thermodynamics 048
3.2 Enthalpy 057
3.3 Entropy 067
3.4 Gibbs free energy 072
3.5 Chemical equilibrium 075
3.6 Factors affect equilibrium 083
Exercises 088
Quick quiz 094
Chapter 4 Chemical Kinetics?/?098
4.1 Reaction rate 099
4.2 Rate law 102
4.3 Simple order of reaction 103
4.4 Theoretical models for chemical kinetics 107
4.5 Reaction mechanisms 112
Exercises 116
Quick quiz 119
Chapter 5 Acid-Base Equilibria?/?122
5.1 Types of acids and bases 123
5.2 pH scales 127
5.3 Equilibria of weak acid and weak base solutions 131
5.4 Buffer solution 135
5.5 Titration curves 138
Exercises 141
Quick quiz 145
Chapter 6 Solubility and Complex-Ion Equilibria?/?148
6.1 Complex-ion and their nomenclature 149
6.2 Equilibrium formation constants for complex compounds 154
6.3 Properties of complex compounds 156
6.4 Solubility product constant 160
6.5 Solubility and Ksp 163
6.6 Factors that affect solubility 165
6.7 Precipitation of ionic compounds 171
6.8 Selective precipitation of ions 172
Exercises 173
Quick quiz 176
Chapter 7 Electrochemistry?/?179
7.1 Basic concepts of electrochemistry 180
7.2 Cell potentials and Gibbs free energy changes for cell reaction 187
7.3 Cell potentials under nonstandard conditions 196
7.4 Batteries and fuel cells 203
7.5 Corrosion 208
7.6 Electrolysis 211
Exercises 213
Quick quiz 216
Chapter 8 Structural Chemistry?/?219
8.1 Atomic structure 220
8.2 The nature of radiant energy 228
8.3 The foundation of quantum mechanics 230
8.4 Orbitals and four quantum numbers 240
8.5 Representations of orbitals 244
8.6 Electron configuration 248
8.7 The periodic table and the principles 253
8.8 Chemical bonding 261
8.9 Molecular geometry and bond theories 269
8.10 Intermolecular forces 278
8.11 Crystals and their structure 283
Exercises 288
Quick quiz 292
Reference?/?296
Appendices?/?297
Appendix A Prefixes used in the metric system and with SI units 297
Appendix B van der Waals constants and compressibility factors (at 10 bar and 300 K) for various gases 297
Appendix C Thermodynamic quantities at 25 ℃ 298
Appendix D Equilibrium constants at 25 ℃ 302
Appendix E?Standard reduction potential at 25 ℃ 306
Appendix F?Physical constants, conversion factors, and geometric formulas 307
Answer to Exercises and Quick Quizzes?/?311
1.1 Scientific research method 002
1.2 Why should we study chemistry? 004
1.3 Classification of matter 005
1.4 Properties of matter 011
1.5 Measurement of matter 012
1.6 Uncertainties of measurement 015
Exercises 018
Quick quiz 020
Chapter 2 Gases and Liquids?/?022
2.1 The gas laws 023
2.2 The ideal gas equation 025
2.3 Mixture of gases 027
2.4 Real gases 029
2.5 Liquid 031
2.6 Concentration of solutions 034
2.7 Colligative properties 036
Exercises 043
Quick quiz 045
Chapter 3 Thermodynamics?/?047
3.1 Basic terminology of thermodynamics 048
3.2 Enthalpy 057
3.3 Entropy 067
3.4 Gibbs free energy 072
3.5 Chemical equilibrium 075
3.6 Factors affect equilibrium 083
Exercises 088
Quick quiz 094
Chapter 4 Chemical Kinetics?/?098
4.1 Reaction rate 099
4.2 Rate law 102
4.3 Simple order of reaction 103
4.4 Theoretical models for chemical kinetics 107
4.5 Reaction mechanisms 112
Exercises 116
Quick quiz 119
Chapter 5 Acid-Base Equilibria?/?122
5.1 Types of acids and bases 123
5.2 pH scales 127
5.3 Equilibria of weak acid and weak base solutions 131
5.4 Buffer solution 135
5.5 Titration curves 138
Exercises 141
Quick quiz 145
Chapter 6 Solubility and Complex-Ion Equilibria?/?148
6.1 Complex-ion and their nomenclature 149
6.2 Equilibrium formation constants for complex compounds 154
6.3 Properties of complex compounds 156
6.4 Solubility product constant 160
6.5 Solubility and Ksp 163
6.6 Factors that affect solubility 165
6.7 Precipitation of ionic compounds 171
6.8 Selective precipitation of ions 172
Exercises 173
Quick quiz 176
Chapter 7 Electrochemistry?/?179
7.1 Basic concepts of electrochemistry 180
7.2 Cell potentials and Gibbs free energy changes for cell reaction 187
7.3 Cell potentials under nonstandard conditions 196
7.4 Batteries and fuel cells 203
7.5 Corrosion 208
7.6 Electrolysis 211
Exercises 213
Quick quiz 216
Chapter 8 Structural Chemistry?/?219
8.1 Atomic structure 220
8.2 The nature of radiant energy 228
8.3 The foundation of quantum mechanics 230
8.4 Orbitals and four quantum numbers 240
8.5 Representations of orbitals 244
8.6 Electron configuration 248
8.7 The periodic table and the principles 253
8.8 Chemical bonding 261
8.9 Molecular geometry and bond theories 269
8.10 Intermolecular forces 278
8.11 Crystals and their structure 283
Exercises 288
Quick quiz 292
Reference?/?296
Appendices?/?297
Appendix A Prefixes used in the metric system and with SI units 297
Appendix B van der Waals constants and compressibility factors (at 10 bar and 300 K) for various gases 297
Appendix C Thermodynamic quantities at 25 ℃ 298
Appendix D Equilibrium constants at 25 ℃ 302
Appendix E?Standard reduction potential at 25 ℃ 306
Appendix F?Physical constants, conversion factors, and geometric formulas 307
Answer to Exercises and Quick Quizzes?/?311
