包邮国际课程导学——AP物理

章 测量Measurement 第2章 矢量Vectors 2.1 矢量及其分量Vectors and their components 2.2 单位矢量，对分量求和Unit vectors，adding vectors by components 2.3 矢量乘法Multiplying vectors 第3章 直线运动Motion Along a Straight Line 3.1 质点、位移和时间Mass point，displacement and time 3.2 直线运动的图像Graphs of linear motion 3.3 加速度Acceleration 3.4 匀变速运动Constant acceleration 3.5 自由落体Free.fall acceleration 第4章 多维运动Motion in Two and Three Dimensions 4.1 位置、位移、速度和加速度Position，displacement，velocity，and acceleration 4.2 运动的合成与分解Components of motion 4.3 相对运动Relative motion 4.4 抛体运动Projectile motion 4.5 匀速圆周运动Uniform circular motion 第章 力Force 5.1 力和重力Force and gravity 5.2 弹力、张力和摩擦力Normal force，tension and friction 5.3 力的合成与分解Components of force 5.4 受力分析和受力平衡Free-body diagram and equilibrium 第6章 牛顿运动定律Newton's Laws of Motion 6.1 牛顿定律Newton's first law 6.2 牛顿第二定律Newton's second law 6.3 牛顿第三定律Newton's third law 6.4 牛顿定律的应用Applying Newton's laws 第7章 机械能Mechanical Energy 7.1 功和功率Work and power 7.2 能量、动能和动能定理Energy，kinetic energy，and theorem of kinetic energy 7.3 势能Potential energy 7.4 机械能守恒定律Conservation of mechanical energy 7.5 功能原理Work-energy principle 第8章 质心和动量Center of Mass and Linear Momentum 8.1 质心和质心的运动Center of mass and its motion 8.2 动量和冲量Linear momentum and impulse 8.3 动量守恒定律Conservation of linear momentum 8.4 碰撞Collision 第9章 转动Rotational Motion 9.1 角物理量Angular variables 9.2 匀变速转动Constant angular acceleration 9.3 转动惯量Rotational inertia 9.4 牛顿第二定律(转动)Newton's second law for rotation 9.5 滚动——平动与转动的合成Rolling as translation and rotation combined 9.6 角动量和冲量矩Angular momentum and moment of impulse 9.7 角动量守恒定律Conservation of angular momentum 9.8 平动和转动之间的对应关系(总表) Relations between translation and rotation 0章 机械振动Mechanical Oscillations 10.1 简谐振动Simple harmonic motion 10.2 振动函数Oscillation functions 10.3 振动能量Oscillation energy 10.4 弹簧串并联Springs in series and in parallel 10.5 单摆Simple pendulum 1章 机械波和声音Mechanical Waves and Sound 11.1 机械波Mechanical waves 11.2 波的反射、衍射和干涉Reflection，diffraction and interference 11.3 驻波Standing waves 11.4 多普勒效应Doppler effect 2章 万有引力Gravitation 12.1 牛顿万有引力定律Newton's law of universal gravitation 12.2 开普勒定律Kepler's laws of planetary motion 12.3 卫星轨道和能量Orbits and energy of satellites 3章 流体力学Fluid Mechanics 13.1 流体静力学Hydrostatics 13.2 流体动力学Hydrodynamics 4章 热力学Thermodynamics 14.1 温度和分子动理论Temperature and kinetic theory 14.2 理想气体定律Ideal gas law 14.3 热量和内能Heat and internal energy 14.4 热力学定律Laws of thermodynamics 14.5 理想气体内能Internal energy of ideal gas 14.6 热力学过程Thermodynamic process 14.7 熵Entropy 5章 静电学Electrostatics 15.1 静电荷Electrostatic charge 15.2 库仑定律Coulomb's law 15.3 电场Electric field 15.4 电势Electric potential 15.5 静电场中的导体Conductors in electrostatic field 15.6 电容器和电介质Capacitor and dielectric 15.7 高斯定理Gauss'law 15.8 球对称专题Spherical symmetry 6章 电路Circuits 16.1 电流、电压和电阻Current，voltage and resistance 16.2 电功率Electric power 16.3 电阻串并联Resistors in series and in parallel 16.4 基尔霍夫定律Kirchhoff's circuit laws 16.5 电流表、电压表Ammeter and voltmeter 16.6 含容电路Circuits containing capacitors 7章 磁学Magnetism 17.1 磁场Magnetic fields 17.2 磁场对电流和运动电荷的作用Ampere force and Lorentz force 17.3 带电粒子在磁场中的运动Motio