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Introduction & Vector Analysis 1 | Vector algebra, Differential calculus | ![]() |
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Vector Analysis 2 | Integral calculus, Curvilinear coordinates, The Dirac delta function | ![]() |
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Electrostatics 1 | Electric field, Divergence & curl of electrostatic fields, Electric potential | ![]() |
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Electrostatics 2 | Work and energy in electrostatics, Conductors | ![]() |
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Potentials 1 | Laplace equation, The method of images | ![]() |
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Potentials 2 | Separation of Variables, Multipole expansion | ![]() |
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Potentials 2 | Separation of Variables, Multipole expansion | ![]() |
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Electric Fields in Matter 1 | Polarization, The field of a polarized object | ![]() |
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Midterm Exam. | From Chapter 1 to Section 4.2 of Chapter 4 | ![]() |
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Electric Fields in Matter 2 | Electric displacement, Linear dielectrics | ![]() |
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Magnetostatics 1 | Lorentz force law, Biot-Savart law | ![]() |
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Magnetostatics 2 | Divergence & curl of B, Magnetic vector potential | ![]() |
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Magnetic fields in matter 1 | Magnetization, Field of a magnetized object | ![]() |
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Magnetic fields in matter 2 | Auxiliary field H, Linear & nonlinear media | ![]() |
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Electrodynamics 1 | Electromotive force, Electromagnetic induction | ![]() |
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Electrodynamics 2 | Maxwell’s equations, Boundary conditions | ![]() |
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Final Examination | From Chapter 4 to chapter 7 | ![]() |