Recent content by John Clement Husain

Oh! right, that was a typo.

Hello everyone! I have been looking for a general equation for any regular polygon and I have arrived at this equation: $$\frac{nx^{2}}{4}tan(90-\frac{180}{n})$$ Where x is the side length and n the number of sides. So I thought to myself "if the number of sides is increased as to almost look...

I want to know an object's (in this case, the plastic) "tolerance" to being pierced until it gets pierced.

No it isn't. Like the force of a punch or a rocket

can we get Force with velocity and mass only?

Shouldn't we find it? we are curious creatures, after all

What causes Strong and Weak Forces? I know that they bind certain things around in our universe but what causes them?

oh, I see... also in my formula, force increases due to it's velocity. The faster the object, the greater the force? but the formula does not contend with reality though, I shall take a note on that, thanks

yeah, I just stated that I don't have to go to a=v/t anymore

It seems so, yes

I found a new way to calculate force without getting the acceleration when you have velocity, mass, & time. F = (m/t)v I just find this more efficient than getting the acceleration, why not use one formula.

you mean Kepler's Third law?

something like this: An object, with a distance of 1300 km, in space is moving in 100 km in 10 s towards Earth, find it's mass.

Is it possible to find the mass without force/density/momentum but with velocity only?

hmm, let me put that as 1.17x1010 kg