-10-

Adding equation (X), (XI) and (XII) we get

Or

Force of attraction between the objects B and C is

 

   

Here RHS is multiplied by 2 which is constant.

Here is equal to which is the angle formed by the two intersecting tangents common to both the objects B and C, and  are their respective masses and K is a constant.

I have assumed that all the push rays passing through the spherical objects will get the uniform resistance, rays passing near the edges will get less resistance compared to the centre of the spherical object. The formula worked out will get some percentage of error. But the percentage of deviation of force value can be considered to be same for same shape of objects and constant 'K' will neutralise the error effect. Also, we can eliminate which is very small compared to .

 

 
 
      
  © Copyright 1983