Coursera - Physics 102 - Magnetic Fields and Faraday's Law

Files Included :

01 the-big-picture.mp4 (31.63 MB)
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02 bar-magnets-and-pseudoscience.mp4 (32.7 MB)
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03 magnetic-dipoles.mp4 (20.16 MB)
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01 oersteds-demonstration.mp4 (9.35 MB)
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02 b-near-a-wire.mp4 (50.1 MB)
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02 moving-charge.mp4 (44.07 MB)
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03 right-hand-rule.mp4 (66.16 MB)
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04 magnetic-field-unit.mp4 (33.34 MB)
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02 deflecting-charged-particles.mp4 (34.66 MB)
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03 circular-motion-demonstration.mp4 (9.84 MB)
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05 radius-of-circular-motion.mp4 (27.09 MB)
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06 frequency-of-circular-motion.mp4 (36.76 MB)
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07 bouncing-an-electron-off-a-magnetic-field-1.mp4 (50.71 MB)
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08 bouncing-an-electron-off-a-magnetic-field-2.mp4 (21.93 MB)
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01 a-microscopic-unit-for-energy.mp4 (29.98 MB)
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02 bouncing-from-e-fields-and-b-fields.mp4 (24.88 MB)
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03 non-uniform-magnetic-field.mp4 (54.12 MB)
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02 preramble.mp4 (7.5 MB)
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03 setting-up-the-problem.mp4 (17.46 MB)
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04 solution-for-a-straight-wire.mp4 (33.07 MB)
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05 solution-for-a-curved-wire.mp4 (26.76 MB)
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02 force-on-a-square-loop.mp4 (49.05 MB)
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03 the-loop-moves.mp4 (23.82 MB)
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04 torque-on-a-square-loop-qualitative.mp4 (27.63 MB)
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05 a-review-of-torque.mp4 (26.93 MB)
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07 torque-on-a-square-loop-derivation.mp4 (28.84 MB)
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08 torque-on-a-triangular-loop.mp4 (54.71 MB)
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09 magnetic-dipole-moment-of-a-loop.mp4 (23.93 MB)
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11 potential-energy-of-a-loop.mp4 (32.59 MB)
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02 spt-the-invisible-water.mp4 (12.48 MB)
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02 magnetic-field-from-current.mp4 (46.16 MB)
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03 magnetic-field-of-a-straight-wire-set-up.mp4 (46.52 MB)
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04 magnetic-field-of-a-straight-wire-solution.mp4 (53.47 MB)
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05 magnetic-field-of-a-straight-wire-3d-structure.mp4 (25.99 MB)
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07 magnetic-field-at-the-center-of-a-current-loop.mp4 (58.45 MB)
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09 magnetic-field-off-axis-from-a-current-loop.mp4 (84.37 MB)
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02 creating-the-ampere.mp4 (80.94 MB)
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02 statement-of-amperes-law.mp4 (41.02 MB)
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04 amperes-law-for-a-straight-wire.mp4 (64.93 MB)
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05 several-amperian-loops.mp4 (32.61 MB)
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01 the-valentines-day-monopole.mp4 (30.92 MB)
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02 the-ideal-solenoid.mp4 (42.78 MB)
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03 amperian-loops-around-the-solenoid.mp4 (58.29 MB)
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04 amperes-law-around-the-solenoid.mp4 (46.18 MB)
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05 magnetic-fields-of-a-toroid.mp4 (40.23 MB)
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02 top-ten-course-review-comments.mp4 (8.92 MB)
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01 historical-reenactment.mp4 (19.98 MB)
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02 faradays-law.mp4 (38.66 MB)
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03 induction-by-a-moving-charge.mp4 (85.1 MB)
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04 induction-due-to-changes-in-geometry.mp4 (19.95 MB)
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02 move-a-conductor-in-a-magnetic-field.mp4 (27.66 MB)
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03 move-a-wire-loop-in-a-uniform-magnetic-field.mp4 (9.03 MB)
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04 move-a-slider-in-a-uniform-magnetic-field.mp4 (34.21 MB)
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05 damping-the-moving-slider.mp4 (75.2 MB)
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02 statement-of-lenzs-law.mp4 (14.97 MB)
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03 use-of-lenzs-law.mp4 (23.98 MB)
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04 energy-of-lenzs-law.mp4 (14.21 MB)
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02 induced-current-loops-also-flow-in-solids.mp4 (40.89 MB)
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03 examples-of-eddy-currents.mp4 (89.73 MB)
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02 what-if-there-is-no-loop-or-block.mp4 (33.78 MB)
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03 updating-faradays-law.mp4 (37.63 MB)
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04 induced-electric-currents.mp4 (42.52 MB)
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05 how-does-nature-pick-the-loop.mp4 (29.33 MB)
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02 introduction-to-the-generator.mp4 (65.92 MB)
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03 power-created-by-a-generator.mp4 (22.39 MB)
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04 mechanically-powering-a-generator.mp4 (20.99 MB)
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02 top-ten-top-ten-lists-i-started-but-coulnd-t-finish.mp4 (4.13 MB)
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02 top-ten-signs-you-ve-made-it.mp4 (7.58 MB)
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