Mechanics as a Consequence of Energodynamics

It is offered to consider classical mechanics as an equal branch of the uniform theory of transfer and transformation of any forms of energy (energodynamics) based on the principle of discernability of processes. It is shown that such approach demands correction of a number of her basic concepts and the principles. Along with it a synthesis of all three laws of Newton is undertaken: the principle of inertia - on rotary motion; the principle of force – on forces of any nature; the principle of counteraction – on the energy transformation phenomena. The unity of the nature of all forces is opened and the uniform way of their stay is offered. A theoretical conclusion of the world law of gravitation, proceeding from the heterogeneity of distribution of matter in space is given. The conclusion is drawn on a possibility of further synthesis of theoretical fundamentals of modern natural sciences.