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Coursera - Understanding Modern Physics I Relativity and Cosmology - AD-TEAM - 10-15-2024 3.91 GB | 00:12:44 | mp4 | 1280X720 | 16:9 Genre:eLearning |Language:English
Files Included :
01 introduction (41.93 MB) 01 principles-of-relativity (48.7 MB) 02 speed-of-light (48.03 MB) 03 postulates (91.44 MB) 01 light-clock (28.22 MB) 02 time-dilation (90.73 MB) 03 4-step-reasoning (29.1 MB) 04 twin-paradox (42.33 MB) 05 physical-picture (83.52 MB) 01 interferometers-optional-video (41.17 MB) 02 ether-optional-video (70.77 MB) 03 speed-of-light-from-maxwell-optional-video (39.96 MB) 04 units-optional-video (26.22 MB) 01 weekly-summary (26.96 MB) 01 introduction (12.87 MB) 01 length-contraction (44.72 MB) 02 length-in-4-step-reasoning-optional-video (104.18 MB) 03 velocity-addition-first-look-optional-video (68.89 MB) 04 terrell-rotation-optional-video (37.28 MB) 01 device-for-same-time (51.12 MB) 02 spacetime-diagram (31.21 MB) 03 relativity-of-same-time (50.05 MB) 04 twin-paradox-revisited-optional-video (32.41 MB) 05 causality (75.36 MB) 06 no-perfect-rigid-body (20.68 MB) 07 ladder-paradox (57.82 MB) 01 lorentz-transform-space-part (43.49 MB) 02 lorentz-transform-time-part (37.68 MB) 03 effects-from-lorentz-transform (45.37 MB) 04 velocity-addition (36.5 MB) 01 summary (26.47 MB) 01 introduction (16.53 MB) 01 geometry (46.39 MB) 02 lorentzian-and-euclidean (55.63 MB) 03 invariant-interval (49.75 MB) 01 conserved-quantities (46.37 MB) 02 newtonian-momentum (32.1 MB) 03 momentum (77.46 MB) 04 kinetic-energy (59.71 MB) 05 mass-conservation (34.69 MB) 06 energy (48.75 MB) 01 4d-vectors (71.29 MB) 02 doppler-effect-optional-video (51.84 MB) 03 spacetime-metric-optional-video (17.74 MB) 04 natural-units-optional-video (49.29 MB) 01 summary (51.01 MB) 01 introduction (69.11 MB) 01 why-gravity-is-related-to-inertia (47.75 MB) 02 equivalence-principle (71.72 MB) 01 time-dilation (80.37 MB) 02 schwarzschild-metric (66.14 MB) 03 light-bending (93.63 MB) 04 gravitational-lensing (101.7 MB) 01 black-holes (81.85 MB) 02 journey-of-falling-in (64.6 MB) 03 are-black-holes-black (127.9 MB) 04 gravitational-waves (114.31 MB) 01 summary (53.04 MB) 01 olbers-paradox (107.45 MB) 02 the-observable-universe (99.57 MB) 01 cosmological-principle (69.64 MB) 01 friedmann-equation (122.17 MB) 02 hubble-law (90.53 MB) 03 continuity-equation (98.5 MB) 04 matter-content (119.75 MB) 01 origins-and-summary (119.7 MB)
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