THE ENERGY OF MUTUAL UNIFICATION OR KINETIC ENERGY OF TWO PARTICLES (BODIES) WHEN COMBINED
Keywords:
theory, level, speed, time, particle, reflections, mechanical motion, axiom, system, patterns, diagram, formula, proof, mass.Abstract
The energy of mechanical motion of a body is considered. The energy of mechanical motion of a body is connected with its kinetic energy, which in turn depends on the speed of the body. In the work of mechanics, absolute and relative speeds are distinguished. Accordingly, both absolute and relative kinetic energy are distinguished. The relative kinetic energy of two particles (bodies) when combined, unlike the absolute kinetic energy of a body, depends simultaneously on the mechanical parameters of the two particles, such as the masses of both particles and the absolute velocities of these particles associated with them, as well as on their relative velocities. Relative kinetic energy is considered when two bodies (or particles) interact and is determined based on their relative motion. In this case, the energy depends on the mass of both particles, their absolute speeds, and the relative speed between them. When two bodies combine, their relative kinetic energy is converted into other forms of energy.
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