The Foundations of Einstein's Theory of Gravitation |
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acceleration according assume assumptions B-stars B.Sc body of reference centrifugal forces classical mechanics co-ordinate system COLLOIDAL CHEMISTRY Crown 8vo D.Sc Diagrams differential equations dimensions distance Doppler effect earth Edition Einstein Einstein's theory electrodynamics energy equality of inertial equations of transformation ether Euclidean geometry expression fact finite Fizeau's experiment formulated gravitational field gravitational mass HERBERT FREUNDLICH hypothesis inertial and gravitational inertial mass inertial system law of inertia line-element Lorentz mathematical matter measure measure-relations Michelson-Morley experiment motions of bodies moving uniformly Newton's numbers observer ORGANIC CHEMISTRY Ph.D phenomena PHYSICAL CHEMISTRY physical laws planet point-mass possible postulate principle of relativity radial velocities ray of light rectilinearly with respect regarded result Riemann rigid body rotation simultaneity space space-time special theory stars straight line surface system of co-ordinates system of reference theory of gravitation theory of relativity time-measurements tion tional Translated uniformly and rectilinearly University velocity of light vide Note