Introduction to Theoretical Physics
by John C. Slater, Nathaniel H. Frank
Publisher: McGraw-Hill 1933
Number of pages: 597
Two general principles have determined the order of presenting the material: mathematical difficulty, and order of historical development. Mechanics and problems of oscillations, involving ordinary differential equations and simple vector analysis, come first. Then follow vibrations and wave motion, introducing partial differential equations which can be solved by separation of variables, and Fourier series. Hydrodynamics, electromagnetic theory, and optics bring in more general partial differential equations, potential theory, and differential vector operations. Wave mechanics uses almost all the mathematical machinery which has been developed in the earlier part of the book.
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by Clarence E. Bennett - Barnes & Noble
The purpose of this book is to summarize the essential features of first year college physics. The subject matter is divided into the classical branches of mechanics, properties of matter, wave motion, sound, heat, electricity, magnetism, and light.
by Royal M. Frye - Prentice Hall
This textbook is designed to meet the needs of schools where a more concise course is given. The orthodox arrangement of, first, mechanics, then sound, heat, electricity, and light is followed. Numerous problems are completely worked out.
by Henry Smith Carhart - Allyn and Bacon
Contents: HEAT: Temperature and its Measurement; Expansion; Transmission of Heat; Radiation and Absorption; Thermodynamics; Kinetic Theory of Gases; ELECTRICITY AND MAGNETISM: Electric Charges; Electrical Potential; Capacity and Condensers; etc.
by Christoph Schiller - motionmountain.net
The physics textbook written for the curious reader. It is surprising, entertaining and challenging on every page. It covers fascinating parts of mechanics, thermodynamics, relativity, electrodynamics, quantum theory and unification theories.