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Equation under Galilean Transformation 4 13 Einsteins Postulates of Special
Ex 3 line 7 for hz read Jt
Line 7 for he last element of the first cQlunjn of the detemirtant i
21 other sections not shown
aether angle angular momentum antisymmetric antisymmetric tensor axes called charge classical mechanics coefficients collision components condition of orthogonality constant coordinate system corresponding decay defined density direction electromagnetic field electron energy and momentum equa equations 1-29 equations of motion event expression formula four-dimensional four-tensor four-vector four-velocity free particle frequency function Galilean transformations given Hence inertial frame integral interaction interval invariant under Lorentz kinetic energy Lagrangian law of conservation Lorentz frame Lorentz group Lorentz transformation magnetic field matrix Maxwell's equations meson Minkowski moving with velocity neutrino nucleus observer obtain orthogonal transformation parity perpendicular photon Phys physical postulate primed system propagation quantities reference system respect rest mass rotation scalar Show space special theory spin tensor theory of relativity tion unprimed vector potential velocity of light wave equation wavelength world line x-axis zero