The Feynman lectures on physics. Volume 1, Mainly mechanics, radiation, and heat
Material type: TextPublication details: New Delhi: Narosa Pub., 1963Description: Vol.I; xxvi, 1pp-665ppISBN: 9788185015828 ; 8185015821Subject(s): Mechanics | RadiationDDC classification: 530Item type | Current library | Collection | Call number | Vol info | Status | Date due | Barcode | Item holds |
---|---|---|---|---|---|---|---|---|
Reference Books | Main Library Reference | Reference | 530 FEY (Browse shelf(Opens below)) | Vol.I | Available | 010591 |
Annexed Index
Atoms in motion --
Basic physics --
The relation of physics to other sciences --
Conservation of energy --
Time and distance --
Probability --
The theory of gravitation --
Motion --
Newton's laws of dynamics --
Conservation of momentum --
Vectors --
Characteristics of force --
Work and potential energy (A) --
Work and potential energy (conclusion) --
The special theory of relativity --
Relativistic energy and momentum --
Space-time --
Rotation in two dimensions --
Center of mass; moment of intertia --
Rotation in space --
The harmonic oscillation --
Algebra --
Resonance --
Transients --
Linear systems and review --
Optics: the principle of least time --
Geometrical optics --
Electromagnetic radiation --
Interference --
Diffraction --
The origin of the refractive index --
Radiation damping. Light scattering --
Polarization --
Relativistic effects in radiation --
Color vision --
Mechanisms of seeing --
Quantum behavior --
The relation of wave and particle viewpoints --
The kinetic theory of gases --
The principles of statistical mechanics --
The Brownian movement --
Applications of kinetic theory --
Diffusion --
The laws of thermodynamics --
Illustrations of thermodynamics --
Ratchet and pawl --
Sound. The wave equation --
Beats --
Modes --
Harmonics --
Waves --
Symmetry in physical laws.
As a fundamental aspect of our knowledge of the physical world, quantum mechanics remains a vital subject in physics. This is a collection of the late Richard P Feynman's lectures. It is suitable for students of physics and those seeking an introduction to the field from the inimitable Richard Feynman
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