Understanding Physics

the true nature of physics is not largly understood.theorys abound and i have some of my own. but physics in general is such a large topic that you would have to be a math wiz to understand even the basics of physics laws.gravity: the mathmatical equation that was written for gravity is a window into the stars, with some research youll find that although gravity is understood mathmatically, that the equation is also faulty. einstien attempted to correct the overlooked details in the basic equation of gravity, since the equation was like a 2 d model of a 3d equation, and resulted in what you probrobly know as the theory of relativity.my personal theory is that gravity is a collective sharing of the g-force found in atoms, since atoms collectivly retain mass and weight by the concentration of matter (atoms. gravity is the attraction of mass and on large scale, the force that controls the uniform movement of all great masses in our universe, like the cylce of the planets, the movement of the sun in the galaxy, and the movement of galaxies in the greatness of space by there vacinity to each other.the g-force in atom and nuclear activities are a much more powerful force than gravity, but as i said before, i beleive that these two forces are one and the same, and understanding the smaller will lead to better understanding of the greater.disclaimer: all mispellings and opinions belong to me the writer, feel free to bash meh :/<3

well..if you really want to give the topic poster some help, go ahead and start with the basic math for gravity and then the math for einstiens theory of relativity, and see if the initial poster got enough?according to newtons law: (force)=inertial mass)x (acceleration),the enertia massis a characteristic constant of the accellerated body. , if now gravitaiton is the cause of accelleration, we have(force)=(gravitational mas)X (intensity of the gravitational field)
where thegravitational mass is likewise a characteristic constant for the body. from these two relations as follows:
.........................(gravitational mass)
(acceleration)= _____________________
..........................(inertial mass)
X (intensity of the gravitational field).if now, as we find from experiance, the acceleration is to be independant of the nature and the condition of the body and always the same for a given gravitational field, then the ratio of the gravitational to the inertial mass must likewise be the same for all bodies. by a suitable choice of units we can thus make this ratio eaqual to unity.
we then have the following law:
the GRAVITATIONAL mass of a body is equal toits INERTIAL mass.
(from einstiens special theory of relativity part II)hope that at least points you in the right direction mr poster, although..you might want to hit the library or take some book suggestions from above.Edited by tesla, : elaboratedEdited by tesla, : fixes in typoingEdited by tesla, : No reason given.