Analysis of Kepler's law to the movement of celestial bodies

Abstract

Unity of planetary movement theory from Newton's law and Kepler's law shows the orbiting motion of the planet to the sun. Kepler's law illustrates the movement of planets orbiting the sun, assuming the sun is silent, thereby exposing the path of the orbits of planets that are often encountered so far. In fact, the sun also moves towards a certain center, so that the form of a planetary orbital path that is so closed is not a reflection of the actual movement of the planet. When the sun moves then the movement of the planet is not an elliptical but rigid. In addition the earths movement orbiting the sun is not as simple as it is described, because it is not just the earth that orbits the sun but there are other celestial bodies that also orbits the sun. So it is necessary to show the relationship of the movement of other planets to the movement of the earth around the sun. The purpose of this study is to find out the relation between the movement of other planets to the earths motion orbiting the sun and to know the true orbit path of the planets as the sun moves too. From this study, it can be seen that the use of Kepler's law equations and Newton's laws that have existed so far is not for the actual movement of the solar system, because many factors influence. During this time, the use of Kepler's law and Newton's law for the movement of the earth and the sun always considered their physical conditions ideal, assuming the sun was silent. The actual conditions of the sun moving, the shape of the trajectory of the movement of celestial bodies is not elliptical but rigid.