1:14:52Lecture VOAF #10: Wave Reflection: String Termination and Junction of Two Strings
A 75-minute video from Josef Schmidt: “Lecture VOAF #10: Wave Reflection: String Termination and Junction of Two Strings”.
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1:14:52A 75-minute video from Josef Schmidt: “Lecture VOAF #10: Wave Reflection: String Termination and Junction of Two Strings”.
1:40:00A 100-minute video from Josef Schmidt: “Lecture VOAF #11: Wave Reflections: Joining Two Strings (Mass Junction)”.
1:41:31A 102-minute video from Josef Schmidt: “Lecture VOAF #12: Transfer Matrix, Waves in Space”.
1:43:10A 103-minute video from Josef Schmidt: “Lecture VOAF #13: Waves in Space, Plane EM Wave”.
1:43:59A 104-minute video from Josef Schmidt: “Lecture VOAF #14: Radiation of Electromagnetic Waves”.
1:10:51A 71-minute video from Josef Schmidt: “Lecture VOAF #15: Energy Quantities in the EM Field”.
1:39:49A 100-minute video from Josef Schmidt: “Lecture VOAF #16: Radiation Pressure, Larmor Formula, Refractive Index in Matter”.
1:42:02A 102-minute video from Josef Schmidt: “Lecture VOAF #17: Dispersion Relation in Plasma, Waveguide”.
1:42:44A 103-minute video from Josef Schmidt: “Lecture VOAF #18: Polarization”.
1:42:25A 102-minute video from Josef Schmidt: “Lecture VOAF #19: Polarization Measurement, Unpolarized Light”.
1:41:13A 101-minute video from Josef Schmidt: “Lecture VOAF #1: Introduction, harmonic oscillator”.
1:43:24A 103-minute video from Josef Schmidt: “Lecture VOAF #20: Reflection of an EM Wave at an Interface - Part 1”.
1:39:03A 99-minute video from Josef Schmidt: “Lecture VOAF #21: EM Wave Reflection at an Interface - Fresnel Equations, Brewster Angle”.
1:43:58A 104-minute video from Josef Schmidt: “Lecture VOAF #22: Interference, the Diffraction Problem”.
1:51:19A 111-minute video from Josef Schmidt: “Lecture VOAF #23: Fraunhofer Diffraction Integral, Young's Experiment, Diffraction Grating”.
1:46:32A 107-minute video from Josef Schmidt: “Lecture VOAF #24: Diffraction (conclusion), transition to geometrical optics”.
1:46:07A 106-minute video from Josef Schmidt: “Lecture VOAF #25: Eikonal Equation, Fermat's Principle, Limits of Classical Physics”.
1:49:29A 109-minute video from Josef Schmidt: “Lecture VOAF #26 BONUS: Compton Scattering, Atomic Stability Problem, Blackbody Radiation”.
1:43:23A 103-minute video from Josef Schmidt: “Lecture VOAF #2: Oscillations of Systems with n Degrees of Freedom”.
1:41:09A 101-minute video from Josef Schmidt: “Lecture VOAF #3: Chain of atoms and its continuous limit, description of a string”.
1:46:04A 106-minute video from Josef Schmidt: “Lecture VOAF #4: Wave Equation, Separation of Variables, Initial Value Problem and Fourier Series”.
1:40:29A 100-minute video from Josef Schmidt: “Lecture VOAF #5: Sound, d'Alembert's Solution of the Wave Equation”.
1:39:04A 99-minute video from Josef Schmidt: “Lecture VOAF #6: Wave Energy on a String - Energy Density, Energy Flux, Conservation Law”.
1:41:58A 102-minute video from Josef Schmidt: “Lecture VOAF #7: Dispersion Relation, Reactive Media”.
1:40:15A 100-minute video from Josef Schmidt: “Lecture VOAF #8: Fourier Transform, Wave Packets and the Uncertainty Relation”.
1:47:12A 107-minute video from Josef Schmidt: “Lecture VOAF #9: Group Velocity, Spreading of Wave Packets”.
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1:52:40A 113-minute video from Josef Schmidt: “Tutorial ELMA #11: Lorentz Force, Ampère's Force Law, Biot-Savart Law”.
1:53:08A 113-minute video from Josef Schmidt: “Tutorial ELMA #12: Magnetic Field, Ampère's Law, Faraday's Law of Induction”.
2:00:10A 120-minute video from Josef Schmidt: “Tutorial ELMA #13: Self and Mutual Inductance of Coils, LR and RC Circuits”.
1:46:25A 106-minute video from Josef Schmidt: “Tutorial ELMA #2: Curl, Potential Fields, 2nd-Order Operators, Integration”.
1:45:44A 106-minute video from Josef Schmidt: “Tutorial ELMA #3: Integration, Intro to Special Relativity - Length Contraction & Time Dilation”.
2:00:05A 120-minute video from Josef Schmidt: “Tutorial ELMA #4: Special Relativity - Velocity Addition, Doppler Effect, Hyperbolic Motion”.
1:43:41A 104-minute video from Josef Schmidt: “Tutorial ELMA #5: Electrostatic Energy and Potential, Electric Field Intensity”.
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