课程阶段：IB
  课时：36小时
  课时安排：每次2小时，共18次课
  课程教材：Pearson Baccalaureate Higher Level Physics
  课程优惠:现在报名享受85折，团报可享折上折，送IB录播课。

  Session1
  1.Fundamental quantities:基本的数量2.Measurement：测量3.Collecting data：收集数据4.Presenting processed data：呈现数据的处理5.Vectors and scalars：向量与矢量
  Session2
  6.Kinematics：力学7.Free fall motion：自由落体运动8.Graphical representation of motion：运动图像9.Projectile motion：抛物运动10.Forces and dynamics：力与动力学11.Newton's laws of motion：牛顿力学定律12.The relationship between force and acceleration：力与加速度的关系13.Newton's third law：牛顿第三定律14.Work，energy and power：功、能量与功率15.Uniform circular motion：匀速圆周运动
  Session3
  16.Thermal concepts：热学概念17.Thermal properties of matter：热学性质18.Kinetic model of an ideal gas：理想气体的动力学模型19.Thermodynamics：热力学20.Thermodynamic processes：热力学进程21.The second law of thermodynamics：热学第二定律
  Session4
  22.Kinematics of simple harmonic motion：简谐运动力学23.Energy changes during simple harmonic motion(SHM)：简谐运动过程中的能量转换24.Forced oscillations and resonance：受迫振动与共振25.Wave characteristics：波的特性26.Wave properties：波动性27.Standing(Stationary)waves：驻波28.The Doppler effect：多普勒效应29.Diffraction at a single slit：单缝衍射30.Resolution：分辨率31.Polarization：极化32.Uses of polarization：极化的运用
  Session5
  33.Electric potential difference，current and resistance：电势差、电流以及电阻34.Electric circuits：电路
  Session6
  35.Gravitational force and field：重力与重力场36.Gravitational potential：重力势37.Escape speed：逃逸速度38.Orbital motion：轨道运动39.Electric force and field：电力与电场40.Electric potential：电势41.Magnetic force and field：磁力与磁场42.Electromagnetic induction：电磁感应43.Alternating current：交流电44.Transmission of electrical power：电力传输
  Session7
  45.Atomic structure：原子结构46.The quantum nature of light：光的量子性质47.The wave nature of matter：物质的波动特性48.Quantum models of the atom：原子的量子模型49.Nuclear structure：核结构50.Radioactive decay：放射性衰变51.Half-life：半衰期52.Nuclear reactions：核反应
  Session8
  53.Energy degradation and power generation：能量降级与发电54.World energy sources：世界能源55.Fossil fuel power production：化石燃料的产生56.Nuclear power：核能57.Solar power：太阳能58.Hydroelectric power：水力发电59.Wind power：风能60.Wave power：波浪发电61.The greenhouse effect：温室效应62.Global warming：全球变暖63.What might happen and what can be done？可能会发生什么？应该做些什么事？
  Session9
  64.Analogue and digital signals：模拟信号与数字信号65.Data capture；digital imaging：数据捕捉与数位成像
  Session10
  66.Introduction to the universe：宇宙简介67.Stellar radiation and stellar types：星球的辐射以及星球的种类68.Light from stars：源自群星的光69.Types of star：星球的种类70.Stellar distances：星球间的距离71.Magnitude：量级72.Stellar processes and stellar evolution：星球的进程以及演化73.Cosmology：宇宙论74.Development of the universe：宇宙的发展
  Session11
  75.Radio communication：无线电通信76.Digital signals：数字信号77.Optic fibre transmission：光纤传输78.Channels of communication：通信渠道79.Electronics：电子学80.The mobile phone system：手机系统
  Session12
  81.The nature of EM waves and light sources：电磁波的性质与光能82.X-rays：X射线83.Two-source interference of waves：波的双源干涉84.Interference by thin films：薄膜干涉85.Interference by air wedges：气楔干涉86.Diffraction grating：衍射光栅87.X-ray diffraction：X射线衍射88.Lenses and image formation：透镜以及成像89.Optical instruments：光学仪器90.Aberrations：像差
  Session13
  91.Special relativity：狭义相对论92.Time dilation：时间膨胀93.Length contraction：长度收缩94.Mass and energy：质量与能量95.General relativity：广义相对论96.Space-time and black holes：时空与黑洞
  Session14
  97.The ear and hearing：耳朵与听觉98.Medical imaging：医学成像99.Radiation in medicine：药物辐射
  Session15
  100.Description and classfication of particles：粒子的描述与分类101.Fundamental interactions：基本的相互作用102.Particle accelerators：粒子加速器103.Particle detectors：粒子探测器104.Quarks：夸克105.Feynmann diagrams：费因曼图106.Experimental evidence for the quark and standard models：关于夸克的实验证据以及标准模型107.Cosmology and strings：宇宙学与弦论
  Session16
  Theory of knowledge：知识理论
  Session17
  Practice test one
  Session18
  Practice test two

  1.听力
  将AP微积分AB课程中涉及的各个知识点进行逐个梳理及讲解
  2.写作
  将AP微积分AB课程中涉及的各个知识点进行逐个梳理及讲解
  3.口语
  将AP微积分AB课程中涉及的各个知识点进行逐个梳理及讲解
  4.语法
  将AP微积分AB课程中涉及的各个知识点进行逐个梳理及讲解