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[ FreeCourseWeb com ] Udemy - Electrodynamics based on Maxwell equations (Bachelor level)
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Name:[ FreeCourseWeb com ] Udemy - Electrodynamics based on Maxwell equations (Bachelor level)
Infohash: 6C029007170B42ADF0D39090A28698AFB9ED546E
Total Size: 2.71 GB
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Last Updated: 2025-12-03 11:49:51 (Update Now)
Torrent added: 2021-08-04 06:02:03
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01 Introduction
001 Introduction.en.srt
001 Introduction.mp4
002 Structure of the course.html
02 Optional_ Basic mathematics important for us
001 Tutorial_ Section intro.en.srt
001 Tutorial_ Section intro.mp4
002 Explanation_ Please read before starting with this section!.html
003 Complex numbers 1_4 - What are complex numbers_.en.srt
003 Complex numbers 1_4 - What are complex numbers_.mp4
004 Complex numbers 2_4 - Addition, subtraction & complex plane.en.srt
004 Complex numbers 2_4 - Addition, subtraction & complex plane.mp4
005 Complex numbers 3_4 - Multiplication & division.en.srt
005 Complex numbers 3_4 - Multiplication & division.mp4
006 Complex numbers 4_4 - Exponentials & polar representation.en.srt
006 Complex numbers 4_4 - Exponentials & polar representation.mp4
007 Exercise_ Complex numbers.html
008 Solutions_ Complex numbers.en.srt
008 Solutions_ Complex numbers.mp4
009 Complex_numbers.png
009 Tutorial_ Multidimensional derivatives 1_2 - Partial derivatives.en.srt
009 Tutorial_ Multidimensional derivatives 1_2 - Partial derivatives.mp4
010 Multidimensional derivatives 2_2 - Nabla operator.en.srt
010 Multidimensional derivatives 2_2 - Nabla operator.mp4
011 Exercise_ 3-dimensional derivatives.html
012 Solutions_ 3-dimensional derivatives.en.srt
012 Solutions_ 3-dimensional derivatives.mp4
013 Multidimensional integrals.en.srt
013 Multidimensional integrals.mp4
013 Nabla.png
014 Path integrals.en.srt
014 Path integrals.mp4
015 Alternative coordinate systems.en.srt
015 Alternative coordinate systems.mp4
016 Integration in spherical coordinates.en.srt
016 Integration in spherical coordinates.mp4
017 Section outro.en.srt
017 Section outro.mp4
03 Early electrodynamics
001 Section intro.en.srt
001 Section intro.mp4
002 Slides for this section.html
003 Early theories of light.en.srt
003 Early theories of light.mp4
004 Charge, electric field & Coulomb's law.en.srt
004 Charge, electric field & Coulomb's law.mp4
005 Magnets, magnetic field & Ampere's law.en.srt
005 Magnets, magnetic field & Ampere's law.mp4
006 Induction.en.srt
006 Induction.mp4
007 Summary_ Early electrodynamics.en.srt
007 Summary_ Early electrodynamics.mp4
008 Exercise_ Early electrodynamics.html
009 Solutions_ Early electrodynamics.en.srt
009 Solutions_ Early electrodynamics.mp4
021 01_Early_electrodynamics.pdf
027 Early_electrodynamics.png
04 Maxwell's equations
001 Section intro.en.srt
001 Section intro.mp4
002 Slides for this section.html
003 The idea of Maxwell's equations.en.srt
003 The idea of Maxwell's equations.mp4
004 Differential version of Maxwell's equations.en.srt
004 Differential version of Maxwell's equations.mp4
005 Optional_ Motivation by symmetry - part 1_3.en.srt
005 Optional_ Motivation by symmetry - part 1_3.mp4
006 Optional_ Motivation by symmetry - part 2_3.en.srt
006 Optional_ Motivation by symmetry - part 2_3.mp4
007 Optional_ Motivation by symmetry - part 3_3.en.srt
007 Optional_ Motivation by symmetry - part 3_3.mp4
008 Integral version of Maxwell's equations.en.srt
008 Integral version of Maxwell's equations.mp4
009 Discussion of the Maxwell equations.en.srt
009 Discussion of the Maxwell equations.mp4
010 Coulomb's law.en.srt
010 Coulomb's law.mp4
011 Lorentz force.en.srt
011 Lorentz force.mp4
012 Field energy.en.srt
012 Field energy.mp4
013 Section outro.en.srt
013 Section outro.mp4
030 02_Maxwells_equations.pdf
05 Light_ Electromagnetic waves
001 Section intro.en.srt
001 Section intro.mp4
002 Slides for this section.html
003 Wave equation.en.srt
003 Wave equation.mp4
004 Dispersion relation.en.srt
004 Dispersion relation.mp4
005 Orientation of k, E and B.en.srt
005 Orientation of k, E and B.mp4
006 Polarization of light.en.srt
006 Polarization of light.mp4
007 Exercises_ Electromagnetic waves.html
008 Solutions to your exercises_ Electromagnetic waves.en.srt
008 Solutions to your exercises_ Electromagnetic waves.mp4
009 Section outro.en.srt
009 Section outro.mp4
043 03_Light_Electromagnetic_waves.pdf
048 Electromagnetic_waves.png
06 Electrostatics
001 Section intro.en.srt
001 Section intro.mp4
002 Slides for this section.html
003 Maxwell's equations of electrostatics.en.srt
003 Maxwell's equations of electrostatics.mp4
004 Curl of a gradient.html
005 Poisson equation & Electrostatic potential.en.srt
005 Poisson equation & Electrostatic potential.mp4
006 Rotational-symmetric charge distributions.en.srt
006 Rotational-symmetric charge distributions.mp4
007 General charge distributions.en.srt
007 General charge distributions.mp4
008 Exercise_ Charged sphere.html
009 Solution_ Charged sphere.en.srt
009 Solution_ Charged sphere.mp4
010 Exercise_ Spherical capacitor.html
011 Solution_ Spherical capacitor.en.srt
011 Solution_ Spherical capacitor.mp4
012 Electric dipole.en.srt
012 Electric dipole.mp4
013 Force and torque of an electric dipole.en.srt
013 Force and torque of an electric dipole.mp4
014 Boundary conditions & mirror charges.en.srt
014 Boundary conditions & mirror charges.mp4
015 Energy in electrostatics.en.srt
015 Energy in electrostatics.mp4
016 Summary.en.srt
016 Summary.mp4
052 04_Electrostatics.pdf
058 Electrostatics_charged_sphere.png
060 Electrostatics_capacitor.png
07 Magnetostatics
001 Section intro.en.srt
001 Section intro.mp4
002 Slides for this section.html
003 Maxwell's equations of magnetostatics.en.srt
003 Maxwell's equations of magnetostatics.mp4
004 Divergence of a curl.html
005 Vector potential & Comparison to electrostatic potential.en.srt
005 Vector potential & Comparison to electrostatic potential.mp4
006 Biot-Savart law.en.srt
006 Biot-Savart law.mp4
007 Magnetic field of straight wires.en.srt
007 Magnetic field of straight wires.mp4
008 Current loops & magnetic dipole.en.srt
008 Current loops & magnetic dipole.mp4
009 Energy in magnetostatics.en.srt
009 Energy in magnetostatics.mp4
010 Force and torque of a magnetic dipole.en.srt
010 Force and torque of a magnetic dipole.mp4
011 Summary_ magnetostatics & Comparison to electrostatics.en.srt
011 Summary_ magnetostatics & Comparison to electrostatics.mp4
068 05_Magnetostatics.pdf
08 Time-dependent problems
001 Section intro.en.srt
001 Section intro.mp4
002 Slides for this section.html
003 Maxwell's equations.en.srt
003 Maxwell's equations.mp4
004 Lorenz gauge.en.srt
004 Lorenz gauge.mp4
005 Retarded potentials.en.srt
005 Retarded potentials.mp4
006 Optional_ Verification of retarded potentials.en.srt
006 Optional_ Verification of retarded potentials.mp4
007 Hertzian dipole - part 1_3_ Calculating the retarded potentials.en.srt
007 Hertzian dipole - part 1_3_ Calculating the retarded potentials.mp4
008 Hertzian dipole - part 2_3_ Calculating the fields.en.srt
008 Hertzian dipole - part 2_3_ Calculating the fields.mp4
009 Hertzian dipole - part 3_3_ Discussion.en.srt
009 Hertzian dipole - part 3_3_ Discussion.mp4
010 Section outro.en.srt
010 Section outro.mp4
079 06_Time_dependent_problems.pdf
09 Electromagnetic fields in materials & Goodbye
001 Section intro.en.srt
001 Section intro.mp4
002 Slides for this section.html
003 Polarization.en.srt
003 Polarization.mp4
004 Magnetization.en.srt
004 Magnetization.mp4
005 Maxwell's equations in matter.en.srt
005 Maxwell's equations in matter.mp4
006 Goodbye!.en.srt
006 Goodbye!.mp4
089 07_Electromagnetic_fields_in_materials.pdf
Bonus Resources.txt
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