翰林学院AP Physics物理1&2辅导

AP Physics物理

AP物理1，AP物理2课程的设置致力于在高中阶段向学生展示物理学科全貌，包括牛顿力学、物质、电路、光和波、电磁学、热力学、原子能、宇宙学等广泛的课题，比中国高考物理覆盖了更多的物理学原理和运用。具体课程内容设置如下：

我可以教这门AP 物理课程

AP Physics物理1：

Kinematics 运动学
Dynamics 动力学
Circular Motion and Gravitation 圆周运动和万有引力
Energy 能量
Momentum 动量
Simple Harmonic Motion 简谐振动
Torque and Rotational Motion 转动
Electric Charge and Electric Force 电荷和电场力
DC Circuits 直流电路
Mechanical Waves and Sound 机械波和声波

AP Physics物理2：

Fluids 流体
Thermodynamics 热力学
Electric Force, Field, and Potential 电场力，场，和势
Electric Circuits 电路分析
Magnetism and Electromagnetic Induction 磁场和电磁感应
Geometric and Physical Optics 几何物理光学
Quantum, Atomic, and Nuclear Physics 量子物理，原子及核物理

物理1的课程主要是物理基础的学习，物理2的内容更加综合，难度也更大。物理是理工科之源，是申请理工科专业方向的同学的必选课程。除理工科外，医药类和经济类专业也十分看重申请者物理的学习经历。

AP Physics 1&2 物理1&2课本

AP Physics 1&2 物理1&2真题

物理1

2018 AP Physcis 1 选择题简答题	2017 AP Physcis 1 选择题简答题
2016 AP Physcis 1 选择题简答题	2015 AP Physcis 1 选择题简答题
2014 AP Physcis 1 选择题简答题	2013 AP Physcis 1 选择题简答题
2012 AP Physcis 1 选择题简答题	2011 AP Physcis 1 选择题简答题
2010 AP Physcis 1 选择题简答题	2009 AP Physcis 1 选择题简答题
2008 AP Physcis 1 选择题简答题	1968-1998 AP Physcis 1 选择题简答题

物理2

2018 AP Physcis 2 选择题简答题	2017 AP Physcis 2 选择题简答题
2016 AP Physcis 2 选择题简答题	2015 AP Physcis 2 选择题简答题
2014 AP Physcis 2 选择题简答题	2013 AP Physcis 2 选择题简答题
2012 AP Physcis 2 选择题简答题	2011 AP Physcis 2 选择题简答题
2010 AP Physcis 2 选择题简答题	2009 AP Physcis 2 选择题简答题
2008 AP Physcis 2 选择题简答题	1968-1998 AP Physcis 2 选择题简答题

翰林学院AP Physics物理1&2辅导大纲

Topic	Subtopics	Hours*	Homework
I. Introduction	What is Physics?	0.2
	Math Review	0.4
	Vectors & Scalars	0.5
II. Mechanics	Defining & Graphing Motion	0.5
	Kinematic Equations	0.6
	Projectiles	0.4
	Relative Motion	0.2
	Newton’s 1st Law of Motion	0.2
	Newton’s 2nd Law of Motion	0.6
	Newton’s 3rd Law of Motion	0.1
	Friction	0.3
	Dynamics Applications	0.5
	Impulse & Momentum	0.4
	Collisions	0.3
	Describing Circular Motion	0.1
	Centripetal Acceleration & Force	0.4
	Gravitation	0.5
	Rotational Kinematics	0.2
	Torque	0.2
	Rotational Dynamics	0.5
	Work & Power	0.4
	Energy	0.3
	Conservation of Energy	0.3
	Simple Harmonic Motion	0.7
III. Fluids	Density & Buoyancy	0.3
	Pressure & Pascal’s Principle	0.3
	Continuity Equation for Fluids	0.1
	Bernoulli’s Principle	0.3
IV. Thermal Physics	Temperature, Heat, & Thermal Expansion	0.3
	Ideal Gases	0.3
	Thermodynamics	0.3
V. Electricity & Magnetism	Electric Fields & Forces	0.5
	Electric Potential Difference	0.4
	Current & Resistance	0.3
	Ohm’s Law & Power	0.2
	Circuits & Electrical Meters	0.1
	Circuit Analysis	0.5
	RC Circuits	0.3
	Magnetic Fields & Properties	0.2
	Current-Carrying Wires	0.3
	Intro to Electromagnetic Induction	0.2
VI. Waves & Optics	Wave Characteristics	0.3
	Wave Interference	0.2
	Wave Phenomena	0.2
	Light As a Wave	0.2
	Reflection & Mirrors	0.3
	Refraction & Lenses	0.4
	Wave-Particle Duality	0.3
VII. Modern Physics	Atomic Energy Levels	0.2
VII. Modern Physics	Nuclear Physics	0.2
IX. Additional Examples	Metric Estimation	0.1
	Defining Motion	0.1
	Motion Graphs	0.1
	Horizontal Kinematics	0.1
	Free Fall	0.1
	Projectile Motion	0.1
	Newton’s 1st Law	0.1
	Newton’s 2nd Law	0.1
	Newton’s 3rd Law	0.1
	Friction	0.1
	Ramps and Inclines	0.1
	Circular Motion	0.1
	Gravity	0.1
	Momentum & Impulse	0.1
	Conservation of Momentum	0.1
	Work & Power	0.1
	Springs	0.1
	Energy & Energy Conservation	0.1
	Electric Charge	0.1
	Coulomb’s Law	0.1
	Electric Fields & Forces	0.1
	Electric Potential	0.1
	Electrical Current	0.1
	Resistance	0.1
	Ohm’s Law	0.1
	Circuit Analysis	0.1
	Magnetism	0.1
	Wave Basics	0.1
	Wave Characteristics	0.1
	Wave Behaviors	0.1
	Reflection	0.1
	Refraction	0.1
	Diffraction	0.1
	Electromagnetic Spectrum	0.1
	Wave-Particle Duality	0.1
	Energy Levels	0.1
	Mass-Energy Equivalence	0.1
Total		19.7