06-10-2006, 01:15 PM
Ok, I altered the equations.
![[Image: 32273-r.png]](http://fileanchor.com/32273-r.png)
Which gives us our new Force equation. As you can see, the new equation is logarithmic, and while it is indeed somewhat less linear than the nice one before, the forces upon each unit of mass remain within their expected quadrants -- that is, despite the extreme reduction in gravity, gravity continues to point "down" until the zero crossing. This, continued to be paired with the reduced, but still massive pressures caused by the entire earths core moving "down", indicates that the scientific world is still in good shape.
Code:
m1 = m1*b(Theta) ' Because in this model, the mass increases with the circumfrence.
theta = 0.1 'But we can actually ignore this because it's just part of the constant.
F = Gm1m2theta S b/b^2 = Gm1m2theta S 1/b
F = K ln(r + b) - ln (r - b)Which gives us our new Force equation. As you can see, the new equation is logarithmic, and while it is indeed somewhat less linear than the nice one before, the forces upon each unit of mass remain within their expected quadrants -- that is, despite the extreme reduction in gravity, gravity continues to point "down" until the zero crossing. This, continued to be paired with the reduced, but still massive pressures caused by the entire earths core moving "down", indicates that the scientific world is still in good shape.