§1-1 矢量 §1-2 参考系、质点 §1-3 位置矢量 运动方程 轨道方程 §1-4 位移速度 §1-5 加速度 §1-6 运动学的两类问题 §1-7 相对运动

1. Why we introduce the concepts of work and energy? F ma CWE theorem r r total = CWE theorem Conservation of energy (More universal) 2. About the systems that we discuss Ignore the size, internal structure, internal motion, deformations, and thermal effects

1. Differential equation of a simple harmonicoscillation and its solution

Collisions: All around us (cars, buses) Grand astronomical scale (stars, galexies) Nuclear, atomic and molecular physics The impulse-momentum theorem relates the change in the momentum of a system to the total force on it and the time interval during which this total forces acts

Wave motion is the most universal physical phenomenon, we discover the wave motion all around us. Mechanical waves—acoustic wave, water wave Electromagnetic waves—radio, light wave Matter waves—electron wave

All around us: wheels, skaters, ballet, gymnasts, helicopter, rotors, mobile engines, CD disks, … Atomic world: electrons— “spin”, “orbit”. Universe: planets spin and orbiting the sun, galaxies spin, …

一、内能 实际气体内能：所有分子热运动的动能和分子间势能的总和

一、相干光 1、光源的发光机理 光源的最基本发光单元是分子、原子

一、位移电流 1、安培环路定理遇到的矛盾在电流非稳恒状态下 , 安培环路定理是否成立 ?

《量子力学》课程教学资源（学习资料）考试大纲（适用于物理学所有学科）