A study of the orbital evolution of 10 short-period comets by solving differential equations of motion obtained on the basis of a new principle of interaction

The research of the orbital evolution of 10 short-period comets on the time interval of 400 years (1800–2200) is made by solving the differential equations of motion based on the new principle of mutual interaction of material bodies. The results are compared with the orbital elements, calculated by solving the motion equations with regard to gravitational effect and relativistic effect. It is shown that the results of calculations obtained by two different methods are in agreement within acceptable inaccuracy.