课程简介
Referring to the original English textbooks combined with the excellent domestic textbook, we are introducing the basic theories of electricity and magnetism in a clear and logical way. This course offers a comprehensive training of physics for students majoring or minoring in engineering. The scientific beauty of symmetry, harmony and unity in laws of nature are also appreciated. English is the medium of instruction for teaching with English subtitles. The key points will be highlighted in Chinese. Let’s start our journey. It might be challenging but definitely worthy. Join us now!
课程大纲
Chapter I Electric Fields
Lecture 1 Electric Charges
Lecture 2 Coulomb’s Law
Lecture 3 Electric Fields
Lecture 4 Evaluation of Electric Fields（I）
Lecture 5 Evaluation of Electric Field (II)
Lecture 6 Electric Field Lines
Lecture 7 Electric Flux
Lecture 8 Gauss’s Law
Lecture 9 Application of Gauss’s Law
Lecture 10 Electric Potential
Lecture 11 Evaluation of Electric Potential
Lecture 12 Finding E from V
Chapter II Conductors and Dielectrics
Lecture 13 Properties of a conductor in electrostatic equilibrium （I）
Lecture 14 Properties of a conductor in electrostatic equilibrium (II)
Lecture 15 Dielectrics
Lecture 16 Capacitor & Capacitance
Lecture 17 Capacitors with dielectrics
Lecture 18 Energy stored in a capacitor
Chapter III Magnetic Fields
Lecture 19 Magnetism
Lecture 20 Current & Current Density
Lecture 21 Steady current & Electromotive force
Lecture 22 Magnetic Fields
Lecture 23 Charged Particle in a Magnetic Field
Lecture 24 Magnetic Force on a Current—Carrying Conductor
Lecture 25 Sources of a Magnetic Field
Lecture 26 Calculation of a magnetic field by applying the Biot-Savart Law
Lecture 27 Ampere’s Law
Lecture 28 Application of Ampere’s Law
Lecture 29 Gauss’s Law in Magnetism
Lecture 30 Origin of the magnetic effect of materials
Lecture 31 Magnetization
Lecture 32 Magnetic Materials
Chapter IV Electromagnetic Induction
Lecture 33 Faraday’s Law
Lecture 34 Motional EMF
Lecture 35 Induced Electric Field
Lecture 36 Generators
Lecture 37 Inductance
Lecture 38 Energy in a Magnetic Field
Lecture 39 Maxwell’s Equations
Final Exam
Lecture 1 Electric Charges
Lecture 2 Coulomb’s Law
Lecture 3 Electric Fields
Lecture 4 Evaluation of Electric Fields（I）
Lecture 5 Evaluation of Electric Field (II)
Lecture 6 Electric Field Lines
Lecture 7 Electric Flux
Lecture 8 Gauss’s Law
Lecture 9 Application of Gauss’s Law
Lecture 10 Electric Potential
Lecture 11 Evaluation of Electric Potential
Lecture 12 Finding E from V
Chapter II Conductors and Dielectrics
Lecture 13 Properties of a conductor in electrostatic equilibrium （I）
Lecture 14 Properties of a conductor in electrostatic equilibrium (II)
Lecture 15 Dielectrics
Lecture 16 Capacitor & Capacitance
Lecture 17 Capacitors with dielectrics
Lecture 18 Energy stored in a capacitor
Chapter III Magnetic Fields
Lecture 19 Magnetism
Lecture 20 Current & Current Density
Lecture 21 Steady current & Electromotive force
Lecture 22 Magnetic Fields
Lecture 23 Charged Particle in a Magnetic Field
Lecture 24 Magnetic Force on a Current—Carrying Conductor
Lecture 25 Sources of a Magnetic Field
Lecture 26 Calculation of a magnetic field by applying the Biot-Savart Law
Lecture 27 Ampere’s Law
Lecture 28 Application of Ampere’s Law
Lecture 29 Gauss’s Law in Magnetism
Lecture 30 Origin of the magnetic effect of materials
Lecture 31 Magnetization
Lecture 32 Magnetic Materials
Chapter IV Electromagnetic Induction
Lecture 33 Faraday’s Law
Lecture 34 Motional EMF
Lecture 35 Induced Electric Field
Lecture 36 Generators
Lecture 37 Inductance
Lecture 38 Energy in a Magnetic Field
Lecture 39 Maxwell’s Equations
Final Exam
