All students are familiar with the equation of Newton’s equation for gravitation, but a few of them are completely understood about this equation. I can prove it, just look that the equation of gravitation.
The gravitation force,
R2
Where M1, M2 are the mass of two bodies and R is the distance from the centre of mass (c.m) one body to another.
I take two rings 1,2 of different size(1>2) and mass M1 and M2 respectively. First I placed them into same axial line shown in fig.1
In this figure, we can calculate the force of attraction using Newton’s equation which is same in above equation. But, the real problem is I decrease the distance R up to zero, that is now the two rings are in same plane and coincided its centre. Therefore according to Newton’s equation the force of attraction to be infinite or strong force.
Is it happening yes of course it is not. Then where is the mistake if you said it is on Newton’s equation surely you are a fool because Newton is not a fool, then where is it?
If you couldn't find, I sorry because it is not in the part of this equation, But you should understand it because it give the completeness of Newtons law of gravitation.
There is an important equation in Newton's gravitation that is
F = M2 (-dV/dr)
If you couldn't find, I sorry because it is not in the part of this equation, But you should understand it because it give the completeness of Newtons law of gravitation.
There is an important equation in Newton's gravitation that is
F = M2 (-dV/dr)
Where V is the gravitational potential produced by the ring 1 on ring 2.The term (dV/dr) also known as gradient. You must know that the newton's equation only valid at varying gravitational potential with respect to 'r'. Inside of a body the gravitational potential to be constant.Here the radius of ring 1 is r' then gravitational potential to be,V = GM1/r’2
I only say that the gravitational potential is a constant why it is constant? this question is for you, if you get share it!
Most of the teacher were ate this section, they are only try study and teach for exams. Every fool can study theorems and law, but only student has applied and analysis. So be a student.
I only say that the gravitational potential is a constant why it is constant? this question is for you, if you get share it!
Most of the teacher were ate this section, they are only try study and teach for exams. Every fool can study theorems and law, but only student has applied and analysis. So be a student.
"Make sure that, it is true"
