§10.1 法拉第电磁感应定律 §10.3 感生电动势和感生电场 §10.5 自感 §10.2 动生电动势 §10.4 互感 §10.6 磁场的能量 §10.7 超导的电磁特性

19-1 Properties of Sound waves 19-2 Traveling sound waves 19-4 Power and intensity of sound waves 19-3* The speed of sound 19-5 Interference of sound waves 19-6* Standing longitudinal waves 19-7* Vibrating system and sources of sound 19-8 Beats 19-9 The Doppler effect

18-1 Mechanical waves 18-2 Types of waves 18-3 Traveling waves(行波) 18-4 Wave velocity (speed) 18-6 Energy in wave motion 18-7 The principle of superposition 18-8 Interference(干涉) of waves 18-9 Standing waves 18-10 Standing waves and Resonance

Sec. 5-1 Force Laws Sec. 5-2 Tension and normal forces Sec. 5-3 Friction forces Sec. 5-4 The dynamics of uniform circular motion Sec. 5-5 Time-dependent force Sec. 5-6 Noninertial frames and pseudoforces Sec. 5-7 Limitations of Newton’s law

24-1 Two kinds of processes and entropy 24-2 Entropy change for reversible processes 24-3 Entropy change for irreversible processes 24-4 The second law of thermodynamics 24-5 Entropy and the performance of engines 24-6 Entropy and the performance of refrigerators 24-8 The second law revisited 24-9 A statistical view of entropy

3.1静电场的保守性 3.2电势差和电势 3.3电势叠加原理 3.4电势梯度 3.5电荷在外场中的静电势能 3.6电荷系的静电能 3.7静电场的能量

6.1电流和电流密度 6.2恒定电流和恒定电场 6.3欧姆定律的微分形式 6.4电动势 6.5有电动势的电路 6.6电容的充电和放电 6.7电流的一种经典图象

8.1毕奥萨伐定律 8.2匀速运动点电荷的磁场(在第7章已讲) 8.3安培环路定理 8.4利用安培环路定律求磁场的分布 8.5与变化电场相联系的磁场 8.6平行电流间的相互作用

4.1导体的静电平衡条件 4.2静电平衡的导体上的电荷分布 4.3有导体存在时静电场的分析与计算 4.4-4.5静电场的唯一性定理静电屏蔽

1.1电荷 1.2库仑定律与叠加原理 1.3电场和电场强度 1.4静止的点电荷的电场及其叠加 1.5-6电通量高斯定理 1.7利用高斯定理求静电场的分布