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所在平台: Udemy |
课程主页: https://www.udemy.com/course/mastering-electricity-and-magnetism-physics/
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课程名称：掌握电与磁（物理，AP，JEE，IB） 课程概述：本课程旨在简化物理（电与磁）的学习，内容经过精心安排，包含针对性的讲座和大量的实例，帮助学生建立扎实的基础并深化对关键物理主题的理解。适合对象包括：当前已学习力学的物理学生、第一年大学物理或工程专业的学生、任何希望提高物理理解和解题能力的人、以及希望快速复习物理知识的往届生。 课程结束时，学员将对物理学中一个重要学科有深入的理解，这对科学或工程（应用科学）背景的学生尤为重要。课程还提供友好的问答论坛，确保及时解答学员的问题。今天报名即可获得：终身访问课程资料、友好的问答论坛、Udemy完成证书以及30天退款保证。 课程涵盖的核心单元和主题包括： 1) 电荷、场及高斯定律 - 电荷与力、库仑定律、叠加原理 - 电荷的守恒、感应、接地 - 电场、地图、叠加、电静态平衡 - 电荷分布的电场 - 电通量 - 高斯定律 2) 电势 - 电势能 - 电势 - 电能守恒 3) 导体和电容器 - 导体与静电学 - 导体间的电荷重分布、接地 - 电容器（电容、电场、电压） - 电介质 4) 电路 - 电流、电动势、电流密度、漂移速度 - 简单电路（开路、闭路和短路） - 电阻、抵抗率及欧姆定律 - 电功 - 直流电路、电阻串联与并联、电池 - 基尔霍夫环路定律、电势与位置图 - 基尔霍夫结点定律 - 电阻-电容（RC）电路 5) 磁场与电磁学 - 磁学入门、磁场、磁偶极子、磁导率 - 磁性与移动电荷 - 比奥-萨伐尔定律、磁场与电流 - 安培定律、螺线管、叠加 6) 电磁感应 - 磁通量 - 法拉第定律、电磁感应 - 感应电流与磁力 - 感应电动势、存储在电感中的能量 - 电感-电阻（LR）电路 - 电感-电容（LC）电路 此课程为学习电与磁提供了全面的知识体系，是想要在物理学领域取得优异成绩的理想选择。
This course is designed to make learning Physics (Electricity and Magnetism) easy. It is well-arranged into targeted sections of focused lectures and extensive worked examples to give you a solid foundation while enhancing your understanding in key Physics topics.The course is ideal for:Current physics students who have taken mechanics and want to be at the top of their classFirst year university students who are taking Physics or EngineeringAny person who wants to improve their understanding and problem solving skills in PhysicsAny person who has taken physics a while ago and wants a quick refresher courseAt the end of this course, you will have a strong foundation in one of the most important discipline in Physics, which you will definitely come across if you are from a science or engineering (applied science) background. I welcome any questions and provide a friendly Q & A forum where I aim to respond to you in a timely manner. Enrol today and you will get:Lifetime access to refer back to the course whenever you need toFriendly Q & A forumUdemy Certificate of Completion30-day money back guaranteeThe course covers the following core units and topics of Electricity and Magnetism:1) Electric Charges, Fields and Gauss's Lawa) Electric charge, force, Coulomb's law, superpositionb) Conservation of electric charge, induction, groundingc) Electric fields, maps, superposition, electrostatic equilibriumd) Electric fields of charge distributionse) Electric fluxf) Gauss's law2) Electric Potentiala) Electric potential energyb) Electric potentialc) Conservation of electric energy3) Conductors and Capacitorsa) Conductors, electrostaticsb) Charge redistribution between conductors, groundingc) Capacitors (capacitance, electric field, voltage)d) Dielectrics4) Electric Circuitsa) Electric current, electromotive force, current density, drift velocityb) Simple electric circuits (open, closed and short circuits)c) Resistance, resistivity and Ohm's lawd) Electric powere) DC circuits, resistors in series and parallel, batteriesf) Kirchhoff's loop rule, electric potential vs position graphsg) Kirchhoff's junction ruleh) Resistor-capacitor (RC) circuits, charging and discharging, capacitors in series and parallel, ODE5) Magnetic Fields and Electromagnetisma) Intro to magnetism, magnetic fields, magnetic dipoles, permeabilityb) Magnetism and moving chargesc) Biot-Savart law, magnetic fields, and electric currentd) Ampere's law, solenoids, superposition6) Electromagnetic inductiona) Magnetic fluxb) Faraday's law, electromagnetic inductionc) Induced current and magnetic forcesd) Inductance, energy stored in inductore) Inductor-resistor (LR) circuits, charging and discharging, ODEf) (Inductor-capacitor (LC) circuits, ODE
