Quote:
Originally Posted by Trexller
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even the most obscure physics has its foundations in something tangible
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lol thats hilarious, because i can explain physics to you too! i can explain HOW relativity is just a derivation of the Trigonometric Identity Property, wanna see?
here's the mass-energy-equivelence formula:
E^2 = (mc^2)^2 + pc^2
Let Sin(x) = mc^2
Let Cos(x) = c*sqrt(p)
Let E = 1
1^2 = Sin^2(x) + Cos^2(x)
there you go. The mass-energy equivelence formula is just a sum of two squares. and if you wanna get really specific, what is the relationship between mass and momentum?
F = (mass)*(accelleration)
and
p = (mass)*(velocity)
so, if you triple a mass that has a force being applied to it, without changing the strength of the force acting upon it, the momentum of the object that has increased in mass by a coefficient of 3, has a momentum increase of the square root of the coefficient increase of the mass; (the square root of 3), so there is a direct correlation between mass and momentum that is related by a square root function and ultimately form an outside obsever observing us moving through space our momentum is the square root of our mass, which, if that observer is a photon, sees "us" as a beam of light with no mass and a momentum of the square root of our mass. thats where the "pc^2" part comes from. whatever the observer doesnt see as mass, they see as momentum because their frame of reference is "at rest" from their own perspective.