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Transformation of the Main Quantities Fourvectors
Relativistic Decomposition of Force
14 other sections not shown
acceleration action Amer angle antiparticle applied arbitrary axes C. R. Acad calculations Chapter collision components Compton effect concept conservation consider constant coordinates corpuscle Coulomb Coulomb's law deduced defined definition denote density Doppler effect dynamique elastic collision electric field electromagnetic electron equal equations of motion example expression force four-vector four-velocity function fundamental Galileian system Gauthier-Villars given gives hence impulse interaction invariant Kinematics kinetic energy Laue Lorentz transformation magnetic field mass m0 Maxwell's equations mechanics method moving charges Newtonian notation obtain parallel particle photon Phys physical physicist plane point of view postulate potential pre-relativistic dynamics principle principle of relativity problem proper mass quantity quantum reader reference system relation relativistic dynamics relativity Remark rest scalar scalar potential special relativity stationary system K0 system of reference tensor theorem theory trajectory variable variation vector velocity write zero