G F=Gm^2/r^2

G= gravitational constant
F= GmM/r^2=Gm^2/r^2
r=distance beteren masses
F(Phi, QR, W)= Gm^2/r^2(r/r)(t/t)=Gm^2t/x^3x/t=Gm^2Phix/t t=Q/i F(Phi, QR,W)=Phi/QixGm^2 i=V/R m=E/v^2=W/v^2 F(Phi, QR, W)=Phi/Q/RVoltxGm^2=Phi/Q/RW/velocity^2mVoltGx by Flo, Quatre Whorls of the genius spermabank AKA PhD Alborz Seddigh Afshar 26 juli 2015 23:10 PM Amsterdam time.