Physics Principles With Applications
Giancoli, Douglas C.
Physics Principles With Applications - 5ta - United States of America : Prentice Hall, 1998 - 1096 páginas
1.Introduction. 2.Describing motion: kinematics in one dimension. 3.Kinematics in two dimensions; vectors. 4.Motion and force dynamics. 5.Circular motion; gravitation. 6.Work and energy. 7.Linear momentum. 8.Rotation motion. 9.Temperature Bodies in equilibrium: elasticity and fracture. 10.Fluids. 11.Vibrations and waves. 12.Sound. 13.Temperature and kinetic theory. 14.Heat. 15.The laws of thermodynamics. 16.Electric charge and electric field. 17.Electric potential and electric energy; capacitance. 18.Electric currents. 19.Dc circuits. 20.Magnetism. 21.Electromagnetic induction and faraday’s law; ac circuits. 22.Electromagnetic waves 23.Light: geometric optics. 24.The wave nature of light. 25.Optical instruments. 26.Special theory of relativity. 27.Early quantum theory and models of the atom. 28.Quantum mechanics of atoms. 29.Molecules and solids. 30.Nuclear physics and radioactivity. 31.Nuclear energy; effects and uses of radiation. 32.Elementary particles. 33.Astrophysics and cosmology.
fcnm1417
530.1I/G42
Physics Principles With Applications - 5ta - United States of America : Prentice Hall, 1998 - 1096 páginas
1.Introduction. 2.Describing motion: kinematics in one dimension. 3.Kinematics in two dimensions; vectors. 4.Motion and force dynamics. 5.Circular motion; gravitation. 6.Work and energy. 7.Linear momentum. 8.Rotation motion. 9.Temperature Bodies in equilibrium: elasticity and fracture. 10.Fluids. 11.Vibrations and waves. 12.Sound. 13.Temperature and kinetic theory. 14.Heat. 15.The laws of thermodynamics. 16.Electric charge and electric field. 17.Electric potential and electric energy; capacitance. 18.Electric currents. 19.Dc circuits. 20.Magnetism. 21.Electromagnetic induction and faraday’s law; ac circuits. 22.Electromagnetic waves 23.Light: geometric optics. 24.The wave nature of light. 25.Optical instruments. 26.Special theory of relativity. 27.Early quantum theory and models of the atom. 28.Quantum mechanics of atoms. 29.Molecules and solids. 30.Nuclear physics and radioactivity. 31.Nuclear energy; effects and uses of radiation. 32.Elementary particles. 33.Astrophysics and cosmology.
fcnm1417
530.1I/G42