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|a AR-BaUEN
|b spa
|c AR-BaUEN
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|a xxu
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|a 530.145
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|a Feynman, Richard Phillips
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|a The Feynman lectures on physics /
|c Richard P. Feynman, Robert B. Leighton, Matthew L. Sands
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260 |
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|a Reading, MA :
|b Addison-Wesley,
|c c1963-1965
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300 |
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|a 3 v. :
|b il., diagrs., fotos, gráfs., tablas
|c + 3 cuadernillos de ejercicios
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|a La biblioteca posee: Vol. 1: Mainly mechanics, radiation, and heat; Vol. 2: Mainly electromagnetism and matter; Vol. 3: Quantum mechanics.
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|a Acompañado de: un cuadernillo de ejercicios por cada volumen: "Feynman Lectures on Physics : Volume 1, Exercises / 1964"; "Feynman Lectures on Physics : Volume 2, Exercises / 1964"; "Feynman Lectures on Physics : Volume 3, Exercises / 1965".
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|a Índice analítico de materias al final de cada tomo.
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505 |
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|t Volume 1
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505 |
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|g Chapter 1.
|t Atoms in Motion
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505 |
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|g Chapter 2.
|t Basic Physics
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505 |
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|g Chapter 3.
|t The Relation of Physics to Other Sciences
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505 |
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|g Chapter 4.
|t Conservation of Energy
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505 |
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|g Chapter 5.
|t Time and Distance
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505 |
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|g Chapter 6.
|t Probability
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505 |
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|g Chapter 7.
|t The Theory of Gravitation
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505 |
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|g Chapter 8.
|t Motion
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505 |
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|g Chapter 9.
|t Newton's Laws of Dynamics
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505 |
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|g Chapter 10.
|t Conservation of Momentum
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505 |
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|g Chapter 11.
|t Vectors
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505 |
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|g Chapter 12.
|t Characteristics of Force
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505 |
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|g Chapter 13.
|t Work and Potential Energy (A)
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505 |
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|g Chapter 14.
|t Work and Potential Energy (conclusion)
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505 |
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|g Chapter 15.
|t The Special Theory of Relativity
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505 |
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|g Chapter 16.
|t Relativistic Energy and Momentum
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505 |
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|g Chapter 17.
|t Space-Time
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505 |
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|g Chapter 18.
|t Rotation in Two Dimension
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505 |
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|g Chapter 19.
|t Center of Mass; Moment of Inertia
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505 |
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|g Chapter 20.
|t Rotation in Space
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505 |
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|g Chapter 21.
|t The Harmonic Oscillator
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505 |
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|g Chapter 22.
|t Algebra
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505 |
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|g Chapter 23.
|t Resonance
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505 |
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|g Chapter 24.
|t Transients
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505 |
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|g Chapter 25.
|t Linear Systems and Review
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505 |
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|g Chapter 26.
|t Optics: The Principle of Least Time
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|g Chapter 27.
|t Geometrical optics
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505 |
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|g Chapter 28.
|t Electromagnetic Radiation
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|g Chapter 29.
|t Interference
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505 |
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|g Chapter 30.
|t Diffraction
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505 |
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|g Chapter 31.
|t The Origin of the Refractive Index
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505 |
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|g Chapter 32.
|t Radiation Damping. Light Scattering
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505 |
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|g Chapter 33.
|t Polarization
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505 |
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|g Chapter 34.
|t Relativistic Effects in Radiation
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505 |
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|g Chapter 35.
|t Color Vision
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505 |
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|g Chapter 36.
|t Mechanisms of Seeing
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505 |
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|g Chapter 37.
|t Quantum Behavior
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505 |
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|g Chapter 38.
|t The Relation of Wave and Particle Viewpoints
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505 |
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|g Chapter 39.
|t The Kinetic Theory of Gases
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505 |
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|g Chapter 40.
|t The Principles of Statistical Mechanics
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505 |
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|g Chapter 41.
|t The Brownian Movement
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505 |
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|g Chapter 42.
|t Applications of Kinetic Theory
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505 |
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|g Chapter 43.
|t Diffusion
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505 |
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|g Chapter 44.
|t The Laws of Thermodynamics
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505 |
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|g Chapter 45.
|t Illustrations of Thermodynamics
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505 |
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|g Chapter 46.
|t Ratchet and Pawl
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|g Chapter 47.
|t Sound. The Wave Equation
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505 |
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|g Chapter 48.
|t Beats
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|g Chapter 49.
|t Modes
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|g Chapter 50.
|t Harmonics
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505 |
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|g Chapter 51.
|t Waves
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505 |
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|g Chapter 52.
|t Symmetry in Physical Laws
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505 |
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|t -----
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505 |
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|t Volume 2
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505 |
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|g Chapter 1.
|t Electromagnetism
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505 |
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|g Chapter 2.
|t Differential Calculus of Vector Fields
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505 |
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|g Chapter 3.
|t Vector Integral Calculus
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505 |
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|g Chapter 4.
|t Electrostatics
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505 |
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|g Chapter 5.
|t Application of Gauss'Law
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505 |
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|g Chapter 6.
|t The Electric Field in Various Circumstances
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505 |
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|g Chapter 7.
|t The ELectric Field in Various Corcumstances (Continued)
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505 |
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|g Chapter 8.
|t Electrostatic Energy
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505 |
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|g Chapter 9.
|t Electricity in the Atmosphere
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505 |
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|g Chapter 10.
|t Dielectrics
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505 |
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|g Chapter 11.
|t Inside Dielectrics
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505 |
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|g Chapter 12.
|t Electrostatic Analogs
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505 |
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|g Chapter 13.
|t Magnetostatics
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505 |
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|g Chapter 14.
|t The Mangetic Field in Various Situations
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505 |
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|g Chapter 15.
|t The Vector Potential
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505 |
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|g Chapter 16.
|t Induced Currents
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505 |
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|g Chapter 17.
|t The Laws of Induction
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505 |
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|g Chapter 18.
|t The Maxwell Equations
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505 |
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|g Chapter 19.
|t The Principle of Least Action
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505 |
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|g Chapter 20.
|t Solutions of Maxwell's Equations in Free Space
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505 |
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|g Chapter 21.
|t Solutions of Maxwell's Equations with Currents and Charges
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505 |
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|g Chapter 22.
|t AC Circuits
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505 |
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|g Chapter 23.
|t Cavity Resonators
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505 |
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|g Chapter 24.
|t Waveguides
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505 |
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0 |
|g Chapter 25.
|t Electrodynamics in Relativistic Notation
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505 |
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|g Chapter 26.
|t Lorentz Transformations of the Fields
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505 |
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|g Chapter 27.
|t Field Energy and Field Momentum
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505 |
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|g Chapter 28.
|t Electromagnetic Mass
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505 |
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|g Chapter 29.
|t The Motion of Charges in Electric and Magnetic Fields
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505 |
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|g Chapter 30.
|t The Internal Geometry of Crystals
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505 |
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|g Chapter 31.
|t Tensors
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505 |
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|g Chapter 32.
|t Refractive Index of Dense Materials
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505 |
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|g Chapter 33.
|t Reflection from Surfaces
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505 |
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0 |
|g Chapter 34.
|t The Magnetism of Matter
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505 |
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0 |
|g Chapter 35.
|t Paramagnetism and Magnetic Resonance
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505 |
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0 |
|g Chapter 36.
|t Ferromagnetism
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505 |
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0 |
|g Chapter 37.
|t Magnetic Materials
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505 |
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0 |
|g Chapter 38.
|t Elasticity
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505 |
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0 |
|g Chapter 39.
|t Elastic Materials
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505 |
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0 |
|g Chapter 40.
|t The Flow of Dry Water
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505 |
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0 |
|g Chapter 41.
|t The Flow of Wet Water
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505 |
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|t -----
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505 |
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|t Volume 3
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505 |
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|g Chapter 1.
|t Quantum Behavior
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505 |
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|g Chapter 2.
|t The Relation of Wave and Particle Viewpoints
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505 |
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|g Chapter 3.
|t Probability Amplitudes
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505 |
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|g Chapter 4.
|t Identical Particles
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505 |
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0 |
|g Chapter 5.
|t Spin One
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505 |
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0 |
|g Chapter 6.
|t Spin One-Half
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505 |
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0 |
|g Chapter 7.
|t The Dependence of Amplitudes on Time
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505 |
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|g Chapter 8.
|t The Hamiltonian Matrix
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505 |
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|g Chapter 9.
|t The Ammonia Maser
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505 |
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|g Chapter 10.
|t Other Two-State Systems
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505 |
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|g Chapter 11.
|t More Two-State Systems
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505 |
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|g Chapter 12.
|t The Hyperfine Splitting in Hydrogen
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505 |
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|g Chapter 13.
|t Propagation in a Crystal Lattice
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505 |
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|g Chapter 14.
|t Semiconductors
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505 |
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|g Chapter 15.
|t The Independent Particle Approximation
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505 |
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0 |
|g Chapter 16.
|t The Dependence of Amplitudes on Position
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505 |
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|g Chapter 17.
|t Symmetry and Conservation Laws
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505 |
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0 |
|g Chapter 18.
|t Angular Momentum
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505 |
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|g Chapter 19.
|t The Hydrogen Atom and The Periodic Table
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|g Chapter 20.
|t Operators
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505 |
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|g Chapter 21.
|t The Schrödinger Equation in a Classical Conext: A Seminar on Superconductivity
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|t Feynman's Epilogue
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|a FISICA TEORICA
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|a TEORIA CUANTICA
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|a Leighton, Robert Benjamin
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|a Sands, Matthew
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|a DF
|b FISICA
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|a info:eu-repo/semantics/book
|a info:ar-repo/semantics/libro
|b info:eu-repo/semantics/publishedVersion
|