Rotational theorem角动量，转动动能Angularmomentum,Rotationalkineticenergy刚体定轴转动相关物理概念了解:Physical concepts related toRotational Motion About aRecognizeFixed Axis理解：转动惯量的概念Rotational inertiaofarigidbodyUnderstand刚体模型及其运动的描述；力矩、转动惯量及定轴转学习目标：动定律：定轴转动中的功能关系：定轴转动刚体的角Learning Objectives动量定理和角动量守恒定律。掌握：Rigid body model and its motion description; moment,Mastermoment of inertia and fixed axis rotation law,functionrelationship in fixed axis rotation; angular momentumtheorem and angular momentum conservation law ofrigid body's rotational motion about a fixed axis.2-2具备一定的科学思维、科学精神和科学素质，树立科学思想以及正确的世界观和方法论。德育目标Have a certain scientific thinking, scientific spirit and scientific quality,Moral Objectivesestablish scientific thinking and correct world outlook andmethodology.定轴转动定律及应用；定轴转动中的功能关系：角动量定理和角动量守恒定律。重点：The law of fixed axis rotation and its application, the functionalKey Pointsrelationship in fixed axis rotation; the theorem of angular momentumandthelawofconservationofangularmomentum刚体的平动和转动；力矩的概念；转动惯量的求解；定轴转动定律；刚体的转动动能：定轴转动的动能定理：定轴转动的角动量定理及角动量守恒定律。难点：Translation and rotation of rigid bodyconcept ofmoment:solution ofFocal pointsmoment of inertia; law of fixed axis rotation, rotational kinetic energyof rigid body, kinetic energy theorem of fixed axis rotation; angularmomentumtheoremandangularmomentumconservationlawoffixedaxis rotation.知识单元序号：支撑教学目标：41-2,1-3,1-4SLOs SupportedKnowledge Unit No.知识单元名称静电场ElectricFieldUnit Title电荷与静电场ElectricChargeandElectricField高斯定理GausssLaw知识点：电势ElectricPotentialKnowledge Delivery电容，电介质及电场能量Capacitance;Dielectrics；ElectricEnergyStorage学习目标：了解：库伦定律，场强与电势的微分关系Coulomb's law,differential relation between electricLearning ObjectivesRecognize6/16
6 / 16 Rotational theorem 角动量，转动动能 Angular momentum, Rotational kinetic energy 学习目标: Learning Objectives 了解: Recognize 刚体定轴转动相关物理概念 Physical concepts related to Rotational Motion About a Fixed Axis 理解: Understand 转动惯量的概念 Rotational inertia of a rigid body 掌握: Master 刚体模型及其运动的描述；力矩、转动惯量及定轴转 动定律；定轴转动中的功能关系；定轴转动刚体的角 动量定理和角动量守恒定律。 Rigid body model and its motion description; moment, moment of inertia and fixed axis rotation law; function relationship in fixed axis rotation; angular momentum theorem and angular momentum conservation law of rigid body’s rotational motion about a fixed axis. 德育目标 Moral Objectives 2-2 具备一定的科学思维、科学精神和科学素质，树立科学思想以 及正确的世界观和方法论。 Have a certain scientific thinking, scientific spirit and scientific quality, establish scientific thinking and correct world outlook and methodology. 重点: Key Points 定轴转动定律及应用；定轴转动中的功能关系；角动量定理和角动 量守恒定律。 The law of fixed axis rotation and its application; the functional relationship in fixed axis rotation; the theorem of angular momentum and the law of conservation of angular momentum. 难点: Focal points 刚体的平动和转动；力矩的概念；转动惯量的求解；定轴转动定律； 刚体的转动动能；定轴转动的动能定理；定轴转动的角动量定理及 角动量守恒定律。 Translation and rotation of rigid body; concept of moment; solution of moment of inertia; law of fixed axis rotation; rotational kinetic energy of rigid body; kinetic energy theorem of fixed axis rotation; angular momentum theorem and angular momentum conservation law of fixed axis rotation. 知识单元序号: Knowledge Unit No. 4 支撑教学目标: SLOs Supported 1-2，1-3，1-4 知识单元名称 Unit Title 静电场 Electric Field 知识点: Knowledge Delivery 电荷与静电场 Electric Charge and Electric Field 高斯定理 Gauss’s Law 电势 Electric Potential 电容，电介质及电场能量 Capacitance; Dielectrics; Electric Energy Storage 学习目标: Learning Objectives 了解: Recognize 库伦定律，场强与电势的微分关系 Coulomb's law, differential relation between electric
field strengthand electricpotential理想带电体模型的电场强度和电势的物理意义，电场力做功与电势能的概念理解：The physical meaning of the electric field strength andUnderstandpotential of the ideal charged body model, and theconcepts of electric field force work and electricpotential energy高斯定理，电势与电场强度的积分关系，静电平衡条件掌握：Gauss's Law, integral relation between electric potentialMasterand electric field strength, electrostatic equilibriumcondition2-1理解物理知识对于刻画工程实践问题的重要意义。德育目标Understand the significant meanings of the physical knowledge inMoral Objectivesdepicting the practical engineering problems.库仑定律；静电场的高斯定理；电势：场强与电势的关系：静电场的导体；电容器的电容。重点：Coulomb's law, Gauss's Law of electric field, potential, relationshipKey Pointsbetween field strength and potential; conductor of electrostatic field;capacitance场强送加原理、场强的计算：电力线、电偶极子、电位移矢量、电通量概念及应用：高斯定理；场强环路定律：电场力的功、电势、电势能、电势的计算、等势面、场强与电势的关系：导体的静电平衡条件、导体表面电荷的分布、静电屏蔽、电容、电容器、带电系统的能量、电场的能量。Principle of superposition of electric field strength, calculation of难点：electricfield strength,concepts and applicationsof powerline,electricFocal pointsdipole, electric displacement vector and electric flux, Gauss's Law, lawof loop of electric field strength, work, electric potential, electricpotential energy and calculation of electric potential, equipotentialsurface,relationship between electric field strength and electricpotential, electrostatic balance condition of conductor, distribution ofsurface charge of conductor, electrostatic shielding,capacitance,theenergy oftheelectric field.知识单元序号：支撑教学目标：51-2,1-3,1-4Knowledge Unit No.SLOs Supported知识单元名称稳恒磁场MagneticFieldUnit Title磁场的基本概念Magnetism知识点：磁场的基本性质Basicproperties ofmagnetic fieldKnowledge Delivery磁感应强度BMagnetic induction安培环路定理Ampere circuital theorem学习目标：了解：铁磁质FerromagneticLearning ObjectivesRecognize7/16
7 / 16 field strength and electric potential 理解: Understand 理想带电体模型的电场强度和电势的物理意义，电场 力做功与电势能的概念 The physical meaning of the electric field strength and potential of the ideal charged body model, and the concepts of electric field force work and electric potential energy 掌握: Master 高斯定理，电势与电场强度的积分关系，静电平衡条 件 Gauss’s Law, integral relation between electric potential and electric field strength, electrostatic equilibrium condition 德育目标 Moral Objectives 2-1 理解物理知识对于刻画工程实践问题的重要意义。 Understand the significant meanings of the physical knowledge in depicting the practical engineering problems. 重点: Key Points 库仑定律；静电场的高斯定理；电势；场强与电势的关系；静电场 的导体；电容器的电容。 Coulomb's law; Gauss's Law of electric field; potential; relationship between field strength and potential; conductor of electrostatic field; capacitance. 难点: Focal points 场强迭加原理、场强的计算；电力线、电偶极子、电位移矢量、电 通量概念及应用；高斯定理；场强环路定律；电场力的功、电势、 电势能、电势的计算、等势面、场强与电势的关系；导体的静电平 衡条件、导体表面电荷的分布、静电屏蔽、电容、电容器、带电系 统的能量、电场的能量。 Principle of superposition of electric field strength, calculation of electric field strength; concepts and applications of power line, electric dipole, electric displacement vector and electric flux; Gauss’s Law; law of loop of electric field strength; work, electric potential, electric potential energy and calculation of electric potential, equipotential surface, relationship between electric field strength and electric potential; electrostatic balance condition of conductor, distribution of surface charge of conductor, electrostatic shielding, capacitance, the energy of the electric field. 知识单元序号: Knowledge Unit No. 5 支撑教学目标: SLOs Supported 1-2，1-3，1-4 知识单元名称 Unit Title 稳恒磁场 Magnetic Field 知识点: Knowledge Delivery 磁场的基本概念 Magnetism 磁场的基本性质 Basic properties of magnetic field 磁感应强度 B Magnetic induction 安培环路定理 Ampere circuital theorem 学习目标: Learning Objectives 了解: Recognize 铁磁质 Ferromagnetic