Richard Feynman - Lectures on Physics - V1-3 - near complete ~96 hrs

1. V3 Chp22 - Motion of the Planets.mp339.52MB
2. V2 Ch42 Curved Space.mp335.3MB
3. V1 Ch25 Linear Systems And Review.mp328.75MB
4. V3 Ch11 More Two.mp328.51MB
5. V2 Ch37 Magnetic Materials.mp328.41MB
6. V2 Ch01 Electromagnetism.mp328.14MB
7. V1 Ch17 Space-Time.mp327.52MB
8. V2 Ch31 Tensors.mp327.5MB
9. V3 Ch09 The Ammonia Maser.mp327.13MB
10. V2 Ch21 Solutions Maxwells Eqns Currents Charges.mp327.04MB
11. V2 Ch17 Laws of Induction.mp326.83MB
12. V2 Ch41 Flow of Wet Water.mp326.82MB
13. V2 Ch03 Vector Integral Calculus.mp326.74MB
14. V2 Ch05 Application Of Gauss' Law.mp326.64MB
15. V2 Ch38 Elasticity.mp326.51MB
16. V2 Ch33 Surface Reflection.mp326.46MB
17. V1 Ch02 Basic Physics.mp326.44MB
18. V1 Ch12 Characteristics of Force.mp326.2MB
19. V2 Ch27 Field Energy and Momentum.mp326.19MB
20. V2 Ch02 Differential Calculus of Vector Fields.mp326.14MB
21. V2 Ch04 Electrostatic.mp326.14MB
22. V2 Ch08 Electrostatic Energy.mp326.1MB
23. V1 Ch29 Interference.mp326.04MB
24. V2 Ch07 Electric Field In VC Contd.mp326.03MB
25. V1 Ch43 Diffusion.mp325.99MB
26. V2 Ch22 AC Circuits.mp325.9MB
27. V2 Ch23 Cavity Resonators.mp325.89MB
28. V2 Ch09 Electricity in the Atmosphere.mp325.88MB
29. V2 Ch13 Magnetostatics.mp325.85MB
30. V2 Ch19 Principle Of Least Action.mp325.85MB
31. V2 Ch12 Electrostatic Analogs.mp325.79MB
32. V2 Ch24 Waveguides.mp325.73MB
33. V1 Ch15 Special Theory of Relativity.mp325.63MB
34. V2 Ch14 Magnetic Field In Various Situation.mp325.55MB
35. V2 Ch25 Electrodynamics in Relativistic Notation.mp325.53MB
36. V2 Ch16 Induced Currents.mp325.44MB
37. V1 Ch33 Polarization.mp325.36MB
38. V1 Ch45 Illustrations Of Thermodynamics.mp325.29MB
39. V2 Ch40 Flow Of Dry Water.mp325.26MB
40. V2 Ch06 Electric Field in Var Circumstances.mp325.24MB
41. V2 Ch26 Lorentz Transformations Of The Fields.mp325.07MB
42. V3 Ch10 Other Two State Systems.mp325.06MB
43. V1 Ch36 Mechanics Of Seeing.mp325.06MB
44. V1 Ch48 Beats.mp324.92MB
45. V2 Ch30 The Internal Geometry Of Crystals.mp324.9MB
46. V1 Ch35 Color Vision.mp324.86MB
47. V2 Ch11 Inside Dielectrics.mp324.84MB
48. V1 Ch44 The Laws of Thermodynamics.mp324.84MB
49. V2 Ch15 Vector Potential.mp324.82MB
50. V2 Ch32 Refractive Index Of Dense Materials.mp324.82MB
51. V3 Ch08 The Hamiltonian Matrix.mp324.74MB
52. V1 Ch16 Relativistic Energy And Momentum.mp324.74MB
53. V3 Ch06 SpinOne-Half.mp324.63MB
54. V1 Ch22 Algebra.mp324.59MB
55. V1 Ch20 Rotation in Space.mp324.51MB
56. V1 Ch13 Work and Potential Energy 1.mp324.49MB
57. V2 Ch39 Elastic Materials.mp324.37MB
58. V1 Ch50 Harmonics.mp324.34MB
59. V1 Ch30 Diffraction.mp324.27MB
60. V2 Ch18 Maxwells Equations.mp324.24MB
61. V1 Ch49 Modes.mp324.23MB
62. V1 Ch39 The Kinetic Theory Of Gases.mp324.09MB
63. V1 Ch47 Sound - The Wave Equation.mp324.02MB
64. V1 Ch32 Radiation Damping and Light Scattering.mp324.01MB
65. V1 Ch06 Probability.mp324.01MB
66. V1 Ch34 Relativistic Effects In Radiation.mp323.99MB
67. V2 Ch34 The Magnetism Of Matter.mp323.97MB
68. V1 Ch09 Newton's Laws of Dynamics.mp323.92MB
69. V1 Ch31 The Origin Of The Refractive Index.mp323.87MB
70. V1 Ch18 Rotation in Two Dimensions.mp323.75MB
71. V1 Ch01 Atoms in Motion.mp323.67MB
72. V1 Ch27 Geometric Optics.mp323.61MB
73. V2 Ch10 Dielectric.mp323.59MB
74. V3 Ch20 Operators.mp323.56MB
75. V1 Ch10 Conservation of Momentum.mp323.4MB
76. V1 Ch08 Motion.mp323.37MB
77. V1 Ch46 Ratchet and Pawl.mp323.37MB
78. V2 Ch20 Solutions to Maxwells Eqns in Free Space.mp323.32MB
79. V1 Ch19 Center of Mass Moment of Inertia.mp323.32MB
80. V1 Ch51 Waves.mp323.3MB
81. V1 Ch11 Vectors.mp323.21MB
82. V1 Ch42 Applications Of Kinetic Theory.mp323.14MB
83. V1 Ch03 Relation of Physics to other Sciences.mp323.12MB
84. V1 Ch05 Time and Distance.mp323.09MB
85. V3 Ch18 Angular Momentum.mp322.83MB
86. V1 Ch14 Work and Potential Energy 2.mp322.81MB
87. V3 Ch16 The DependenceOfAmplitudesOnPosition.mp322.68MB
88. V1 Ch41 Brownian Movement.mp322.52MB
89. V1 Ch04 Conservation of Energy.mp322.23MB
90. V1 Ch26 Principle Of Least Time.mp321.89MB
91. V3 Ch03 Probability Amplitudes.mp321.7MB
92. V1 Ch28 Electromagnetic Radiation.mp321.65MB
93. V3 Ch07 Amplitude Dependence On Time.mp321.31MB
94. V1 Ch40 Statistical Mechanics.mp320.99MB
95. V1 Ch21 The Harmonic Oscillator.mp320.46MB
96. V1 Ch07 Theory Of Gravitation.mp320.46MB
97. V3 Ch01 Quantum Behavior.mp320.45MB
98. V1 Ch37 Quantum Behavior (also V3 Ch01).mp320.45MB
99. V3 Ch02 Wave And Particle Viewpoint.mp320.43MB
100. V1 Ch38 Wave and Particle Viewpoints.mp320.43MB
101. V3 Ch14 Semiconductors.mp320.16MB
102. V2 Ch36 Ferromagnetism.mp319.53MB
103. V3 Ch13 Propagation In A Crystal Lattice.mp319.12MB
104. V1 Ch24 Transients.mp318.73MB
105. V2 Ch35 Paramagnetism And Magnetic Resonance.mp318.67MB
106. V3 Ch15 The IndependentParticleApproximation.mp318.39MB
107. V3 Ch05 Spin One.mp318.29MB
108. V3 Ch04 Identical Particles.mp317.54MB
109. V3 Ch17 Symmetry And Conservation Laws.mp317.18MB
110. V1 Ch52 Symmetry In Physical Laws.mp317.02MB
111. V3 Ch21 The Shrodinger Equation In A Classical Context.mp316.63MB
112. V3 Ch12 Hyperfine Splitting In Hydrogen.mp316.35MB
113. V3 Ch19 Hydrogen Atom And The Periodic Table.mp316.02MB
114. V1 Ch00 Preface and Introduction.mp32.42MB
115. Torrent downloaded from demonoid.ph.txt46B