QUOTE(Wolves @ Sep 4 2015, 07:51 PM)
and you think by you having that statement she would comply? =.=" sigh... no maths nor physics can help you now.... maybe you need some algebra or alakadabra.. and a spark some chemistry between her and me.. and who knows with the charms of some hocus pocus calculus.... you might defy the law of gravity with physics and give me a momentum... hmmm.....
okay okay alright...

but you know i cannot have the power to unite you both right??? not calculus, kinematics, dynamics, nor general relativity of space time quantisation can make her to come to you....she's not the most open woman in the world either, that's for sure...
alright, based on the equation of force of gravitation, F=-G(Mxm)/r^2,
where;
F=gravitational force between two objects/bodies of size M and m,
G=gravitational constant, 6.67x10^-11,
M=mass of body/object A,
m=mass of body/object B,
r=the distance between body/object A and B.....
assume that body/object A is
Wolves, and body/object B is
miromiro, where mass of Wolves is 45kg, while mass of miromiro is 30kg...and let's assume that the distance between Wolves and miromiro is 30km, so, by substitute the respective value into the equation:
F=-G(45x30)/(30)^2
F=-(6.67x10^-11)(1350)/(900)
F=-(9.00x10^-8)/(900)
so, gravitational force between you and miromiro is, F=-1^-10ms^-2......
the negative "-" sign in front of the value 1^-10 shows that the 2 objects are going in the same direction towards each other because gravitational force is indeed an attracting force between two bodies, so in this case, the 2 bodies are miromiro and Wolves are attracting each other at a force of only 1^-10 Newton......
this means that the attraction force between you 2 is only 0.0000000001 metres per second square........
dayum, ido this whole calculation on my handphone, damn tired
P/S: Wolves, if the mass of either of you is wrong, then just use your real mass to substitute into the value M and m respectively... the same goes to r, which stands for the distance between you 2, which means the length between where you both are at a given point in time....
the above is just examples of calculation, since idk both of your masses and distance between you both.......
that's all folks
This post has been edited by Kanan Jarrus: Sep 4 2015, 08:40 PM