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Motion of a Body in a Resisting Medium The Specific
The Derivation of a New Kinetic Energy Formula from
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according basic c*dm classical mechanics concept of matter conformity continuous inelastic impact corporeality of matter corpuscular matter derived differential dissipative empty space energy cannot become energy concept energy m0c energy of constitution energy values equation of motion fact finite Fizeau's Hamiltonian kinematics kinetic energy formula Lagrangian equation law of conservation likewise limiting values Lorentz trans Lorentz transformation m(dv/dt manifests mass increasing MATTER ENERGY MECHANICS matter mc matter potential momentum motion with resistance moving system Kt mvdv Newtonian mechanics non-kinetic particle physical happening postulates potential energy preceding chapters principle of relativity purely kinetic radiating energy radiational matter range of validity ray point rectangle relation relativistic kinetic energy relativity mechanics relativity theory represents resisting medium result term terminal velocity theory of relativity tion total work performed transition formula transverse potential v(dm/dt v*dm variable mass velocity dependent inertia velocity value whole world metrics