What Is Hidden Behind the Gravitational Constant? There Is A Relationship Between Gravity and The Electric Field?

Abstract

Let’s look at Kepler’s, Newton’s, and Coulomb’s laws again. There are a few things that have escaped our attention. Kepler’s and Newton’s laws show that movement is also necessary for the creation of the gravitational force field. Gravity is a force field induced by motion. Therefore, the gravitational constant G depends on the speed, so we cannot measure it precisely. Based on Coulomb’s and Newton’s laws, it can be understood that gravity and the electric force field are related to each other. The gravitational field can be described using the electric field. Let’s ask some questions about gravity. Can the value of G be determined by calculation? Why can’t we measure the value of G exactly? How can you prove that G is variable? Is there a relationship between the gravitational force field and acceleration? What gives the energy of a gravitational force field? What properties do we know of the gravitational force field? Is there a connection between the gravitational force field and the electric force field? What connects the gravitational force field and the electric force field?