Introduction | |
01 Feb 2023 | |
The first piece of this book consists of beginning part of
Chapter 1 entitled "Basic concepts describing motion" with a subchapter "General equations of motion". This part demonstrates that many of issues (related to motion) usually described in a complicated way have simple explanations. For example, the principle of energy conservation, is described and presented simply as it is the result of the definitions of velocity and acceleration. It is not necessary then to invoke Emmy Noether's symmetry theorem. | |
22 Feb 2023 | |
The section “Orbital Motion:” presents new approach to orbital motion physics
by introducing two radii rk and rE,
which seems to be more advantageous (more clear and simple) than using the LRL vector. The same approach will be used later for better description of the atom model. |