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Feynman Lectures On Physics

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Feynman Lectures on Physics
Size2.6 GB in 99 files
ReleasesAdded on 11/15/11 at 05:14:11 into the Movies category by Unknown.
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iconFeynman Lectures on Physics Volumes 1,2,3 - Feynman, Leighton and Sands.pdf83.2 MB
iconRichard Feynman - Lectures on Physics - Motion of the Planets.mp339.5 MB
iconVolume 1/V1 Ch00 Preface and Introduction.mp32.4 MB
iconVolume 1/V1 Ch01 Atoms in Motion.mp323.7 MB
iconVolume 1/V1 Ch02 Basic Physics 71kbps.mp326.4 MB
iconVolume 1/V1 Ch03 Relation of Physics to other Sciences.mp323.1 MB
iconVolume 1/V1 Ch04 Conservation of Energy.mp348.7 MB
iconVolume 1/V1 Ch05 Time and Distance.mp323.1 MB
iconVolume 1/V1 Ch06 Probability.mp324.9 MB
iconVolume 1/V1 Ch07 Theory Of Gravitation.mp320.5 MB
iconVolume 1/V1 Ch08 Motion.mp323.4 MB
iconVolume 1/V1 Ch09 Newton's Laws of Dynamics.mp323.9 MB
iconVolume 1/V1 Ch10 Conservation of Momentum.mp323.4 MB
iconVolume 1/V1 Ch11 Vectors.mp323.2 MB
iconVolume 1/V1 Ch12 Characteristics of Force.mp326.2 MB
iconVolume 1/V1 Ch13 Work and Potential Energy 1.mp324.5 MB
iconVolume 1/V1 Ch14 Work and Potential Energy 2.mp322.8 MB
iconVolume 1/V1 Ch15 Special Theory of Relativity.mp325.6 MB
iconVolume 1/V1 Ch16 Relativistic Energy And Momentum.mp324.7 MB
iconVolume 1/V1 Ch17 Space-Time.mp327.5 MB
iconVolume 1/V1 Ch18 Rotation in Two Dimensions.mp323.8 MB
iconVolume 1/V1 Ch19 Center of Mass Moment of Inertia.mp323.3 MB
iconVolume 1/V1 Ch20 Rotation in Space.mp324.5 MB
iconVolume 1/V1 Ch21 - The Harmonic Oscillator.mp320.5 MB
iconVolume 1/V1 Ch22 - Algebra.mp324.6 MB
iconVolume 1/V1 Ch24 - Transients.mp318.7 MB
iconVolume 1/V1 Ch25 Linear Systems And Review.mp328.7 MB
iconVolume 1/V1 Ch26 - The Principle Of Least Time.mp321.9 MB
iconVolume 1/V1 Ch27 - Geometric Optics.mp323.6 MB
iconVolume 1/V1 Ch28 - Electromagnetic Radiation.mp321.7 MB
iconVolume 1/V1 Ch29 - Interference.mp326 MB
iconVolume 1/V1 Ch30 Diffraction.mp324.3 MB
iconVolume 1/V1 Ch31 - Origin Of The Refractive Index.mp323.9 MB
iconVolume 1/V1 Ch32 - Radiation Damping & Light Scattering.mp324 MB
iconVolume 1/V1 Ch33 - Polarization.mp325.4 MB
iconVolume 1/V1 Ch36 - Mechanics Of Seeing.mp323.7 MB
iconVolume 1/V1 Ch37 Quantum Behavior.mp320.5 MB
iconVolume 1/V1 Ch38 Wave and Particle Viewpoints.mp320.4 MB
iconVolume 1/V1 Ch39 - The Kinetic Theory Of Gases.mp324.1 MB
iconVolume 1/V1 Ch40 - Statistical Mechanics.mp321 MB
iconVolume 1/V1 Ch41 Brownian Movement.mp322.5 MB
iconVolume 1/V1 Ch42 - Applications Of Kinetic Theory.mp323.1 MB
iconVolume 1/V1 Ch43 - Diffusion.mp326 MB
iconVolume 1/V1 Ch44 - Laws Of Thermodynamics.mp324.8 MB
iconVolume 1/V1 Ch45 - Illustrations Of Thermodynamics.mp325.3 MB
iconVolume 1/V1 Ch46 Ratchet and Pawl.mp323.4 MB
iconVolume 1/V1 Ch47 - Sound, The Wave Equation.mp324 MB
iconVolume 1/V1 Ch49 - Modes.mp324.2 MB
iconVolume 1/V1 Ch50 - Harmonics.mp324.3 MB
iconVolume 1/V1 Ch51 - Waves.mp349.4 MB
iconVolume 1/V1 Ch52 - Symetry In Physical Laws.mp329.1 MB
iconVolume 2/V2 Ch01 - Electromagnetism.mp328.1 MB
iconVolume 2/V2 Ch02 - Differential Calculus Of Vector Fields.mp326.1 MB
iconVolume 2/V2 Ch03 - Vector Integral Calculus.mp326.7 MB
iconVolume 2/V2 Ch05 - Application Of Gauss' Law.mp326.6 MB
iconVolume 2/V2 Ch06 - Electric Field In Var Circumstances part 1 of 2.mp325.2 MB
iconVolume 2/V2 Ch07 - Electric Field In Var Circumstances part 2 of 2.mp326 MB
iconVolume 2/V2 Ch09 - Electricity In The Atmosphere.mp325.9 MB
iconVolume 2/V2 Ch10 - Dielectrics.mp323.6 MB
iconVolume 2/V2 Ch11 - Inside Dielectrics.mp324.8 MB
iconVolume 2/V2 Ch12 - Electrostatic Analogs.mp325.8 MB
iconVolume 2/V2 Ch13 - Magnetostatics.mp325.9 MB
iconVolume 2/V2 Ch14 - Magnetic Field In Various Situations.mp325.6 MB
iconVolume 2/V2 Ch15 - Vector Potential.mp324.8 MB
iconVolume 2/V2 Ch16 - Induced Currents.mp325.4 MB
iconVolume 2/V2 Ch17 - Laws Of Induction.mp326.8 MB
iconVolume 2/V2 Ch18 - Maxwells Equations.mp324.2 MB
iconVolume 2/V2 Ch20 - Solutions Maxwells Eqns Free Space.mp323.3 MB
iconVolume 2/V2 Ch22 - AC Circuits.mp325.9 MB
iconVolume 2/V2 Ch23 - Cavity Resonators.mp325.9 MB
iconVolume 2/V2 Ch24 - Waveguides.mp325.7 MB
iconVolume 2/V2 Ch25 - Electrodynamics In Relativistic Notation.mp325.5 MB
iconVolume 2/V2 Ch26 - Lorentz Transformations.mp325.1 MB
iconVolume 2/V2 Ch27 - Field Energy And Momentum.mp326.2 MB
iconVolume 2/V2 Ch30 - Internal Geometry Of Crystals.mp324.9 MB
iconVolume 2/V2 Ch31 - Tensors.mp327.5 MB
iconVolume 2/V2 Ch32 - Refractive Index Of Dense Materials.mp324.8 MB
iconVolume 2/V2 Ch33 - Surface Reflection.mp326.5 MB
iconVolume 2/V2 Ch34 - The Magnetism Of Matter.mp324 MB
iconVolume 2/V2 Ch35 - Paramagnetism And Magnetic.mp318.7 MB
iconVolume 2/V2 Ch36 - Ferromagnetism.mp319.6 MB
iconVolume 2/V2 Ch37 - Magnetic Materials.mp328.4 MB
iconVolume 2/V2 Ch38 - Elasticity.mp326.5 MB
iconVolume 2/V2 Ch39 - Elastic Material.mp324.4 MB
iconVolume 2/V2 Ch40 - Flow Of Dry Water.mp325.3 MB
iconVolume 2/V2 Ch41 - Flow Of Wet Water.mp326.8 MB
iconVolume 2/V2 Ch42 - Curved Space.mp335.3 MB
iconVolume 3/V3 Ch01 - Quantum Behavior.mp320.5 MB
iconVolume 3/V3 Ch02 - Relation Of Wave And Particle Viewpoints.mp320.4 MB
iconVolume 3/V3 Ch03 - Probability Amplitudes.mp321.7 MB
iconVolume 3/V3 Ch04 - Identical Particles.mp317.5 MB
iconVolume 3/V3 Ch06 - Spin One Half.mp337 MB
iconVolume 3/V3 Ch07 - Amplitude Dependence On Time.mp321.3 MB
iconVolume 3/V3 Ch08 - The Hamiltonian Matrix.mp324.7 MB
iconVolume 3/V3 Ch09 - The Amonia Maser.mp327.1 MB
iconVolume 3/V3 Ch10 - Other Two State Systems.mp325.1 MB
iconVolume 3/V3 Ch11 - More Two State Systems.mp328.5 MB
iconVolume 3/V3 Ch12 - Hyperfine Splitting In Hydrogen Atoms.mp316.3 MB
iconmessage to yt.txt766 B