Coursera - Physics 102 - AC Circuits and Maxwell's Equations

Files Included :

02 faradays-law-in-a-circuit.mp4 (33.38 MB)
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03 defining-the-inductance.mp4 (33.52 MB)
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04 calculating-inductance-from-solenoid-geometry.mp4 (32.44 MB)
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02 you-can-t-apply-kirchhoffs-loop-rule-to-a-circuit-with-an-inductor.mp4 (21.15 MB)
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03 faradays-law-is-the-correct-approach-for-a-circuit-with-an-inductor.mp4 (55.56 MB)
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04 a-differential-equation-for-the-lr-circuit.mp4 (49.85 MB)
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05 the-lr-circuit-solution.mp4 (37.7 MB)
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06 discombobulating-the-lr-circuit.mp4 (39.06 MB)
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02 setting-up-the-differential-equation-for-an-lc-circuit.mp4 (45.17 MB)
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03 finding-a-solution-to-the-lc-circuit.mp4 (19.75 MB)
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04 testing-another-lc-circuit-solution.mp4 (13.21 MB)
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05 testing-yet-another-lc-circuit-solution.mp4 (27.31 MB)
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06 oscillating-solutions-for-an-lc-circuit.mp4 (14.67 MB)
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07 applying-initial-conditions.mp4 (27.33 MB)
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08 applying-initial-conditions-again.mp4 (33.06 MB)
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02 the-differential-equation-for-the-rlc-circuit.mp4 (34.43 MB)
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03 damped-charge-oscillations-in-the-rlc-circuit.mp4 (38.61 MB)
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04 regimes-of-damping-of-the-rlc-circuit.mp4 (39.66 MB)
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02 the-value-of-average-values.mp4 (59.81 MB)
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03 ac-driven-resistor.mp4 (37.69 MB)
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04 ac-driven-capacitor.mp4 (26.73 MB)
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05 capacitive-reactance.mp4 (30.67 MB)
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06 ac-driven-inductor.mp4 (30.02 MB)
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07 inductive-reactance.mp4 (19.8 MB)
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02 the-rlc-response-and-impedance.mp4 (43.04 MB)
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03 current-in-each-element.mp4 (23.22 MB)
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04 rlc-resonance.mp4 (27.77 MB)
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02 spt-the-cold-burger.mp4 (6.98 MB)
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01 fundamental-theorem-of-calculus.mp4 (26.45 MB)
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02 the-derivative-of-a-scalar-field.mp4 (52.74 MB)
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03 fundamental-theorem-of-the-gradient.mp4 (24.8 MB)
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04 the-divergence-of-a-vector-field.mp4 (56.17 MB)
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05 the-divergence-theorem.mp4 (41.57 MB)
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06 gausss-law.mp4 (66.88 MB)
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07 gausss-law-for-magnetism.mp4 (2.85 MB)
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08 the-curl-of-a-vector-field.mp4 (24.68 MB)
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09 curl-examples.mp4 (95.12 MB)
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10 stokes-theorem.mp4 (15.22 MB)
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11 faradays-law.mp4 (36.41 MB)
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12 amperes-law.mp4 (61.02 MB)
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13 ampere-maxwell-law.mp4 (35.48 MB)
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01 a-dielectric-in-an-e-field.mp4 (17.83 MB)
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02 the-polarization-field.mp4 (33.83 MB)
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03 bound-surface-charge.mp4 (42.25 MB)
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04 the-dielectric-constant.mp4 (32.18 MB)
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01 volume-bound-charge-really.mp4 (49.33 MB)
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02 the-displacement-field.mp4 (53.44 MB)
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03 how-to-use-the-d.mp4 (26.51 MB)
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04 e-and-p-from-d.mp4 (17.65 MB)
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05 a-disappointing-approach.mp4 (26.9 MB)
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06 finish-the-solution.mp4 (7.61 MB)
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01 magnetism-introduction.mp4 (30.37 MB)
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02 orbital-current-loops.mp4 (44 MB)
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03 spin-current-loops.mp4 (25.62 MB)
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04 paramagnetism.mp4 (11.19 MB)
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05 diamagnetism.mp4 (27.87 MB)
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06 ferromagnetism.mp4 (29.79 MB)
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02 derivative-of-faraday.mp4 (15.78 MB)
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03 second-derivatives.mp4 (28.5 MB)
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04 gradient-of-divergence.mp4 (18.4 MB)
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05 curl-of-the-curl.mp4 (44.71 MB)
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06 the-vector-laplacian-is-leftover-garbage.mp4 (49.9 MB)
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07 electromagnetic-wave-equation.mp4 (32.33 MB)
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08 spark-gap-equation.mp4 (17.66 MB)
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09 the-electromagnetic-spectrum.mp4 (39.74 MB)
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10 the-finale.mp4 (11.03 MB)
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02 art-car.mp4 (15.73 MB)
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02 board-at-the-movies.mp4 (20.13 MB)
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