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1. Introduction to Electromagnetics | Introduction to Electromagnetics Review of Calculus | ![]() |
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2. Vector Analysis (1) | 2-1 Overview 2-2. Vector addition and subtraction 2-3. Vector multiplication 2-4.1 Cartesian coordinates | ![]() |
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2. Vector Analysis (2) | 2-4.2 Cylindrical coordinates 2-4.3 Spherical coordinates | ![]() |
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2. Vector Analysis (3) | 2-5. Gradient of a scalar field 2-6. Divergence of a vector field 2-7. Divergence theorem | ![]() |
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2. Vector Analysis (4) | 2-8. Curl of a vector field 2-9. Stokes's theorem 2-10. Two null of identities | ![]() |
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3. Static Electric Fields (1) | 3-2. Fundamental postulates of electrostatics in free space 3-3. Coulomb's law | ![]() |
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3. Static Electric Fields (2) | 3-4. Gauss's law and applications | ![]() |
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3. Static Electric Fields (3) | 3-5. Electric potential 3-6. Material media in static electric field | ![]() |
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3. Static Electric Fields (4) | 3-7. Electric flux density and dielectric constant 3-8. Boundary conditions for electrostatic fields | ![]() |
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3. Static Electric Fields (5) | 3-9. Capacitances and capacitors | ![]() |
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3. Static Electric Fields (6) | 3-11. Solution of electrostatic boundary-value problems 3-11.1 Poisson's and Laplace's Equations 3-11.2 Boundary-value problems in Cartesian coordinates 3-11.5 Method of Images | ![]() |
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4. Steady Electric Currents (1) | 4-2. Current Density and Ohm's Law | ![]() |
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4. Steady Electric Currents (2) | 4-3. Equation of Continuity and Kirchhoff's Current Law 4-6. Resistance Calculations | ![]() |