Einstein's General Theory of Relativity | Lecture 1

I have better teacher and more interresting lessons :D

I would suspect force [F] to always be increasing in value in higher proportion to [a] ; as the mass [m] continues to accellerate higher.
If the laws of contraction are true; then what limit of mass would be impossible to put any more force upon it, to accellerate it any longer?

In F= ma
If F has 0 value.
Can I conclude that a is 0 value?

@EGMAG

If there is no force and therefore no accelleration
How can any mass or particle in the universe travel along with the expansion or contraction theories?
I would calculate ther must always be a quantity of force because there is always movement of all masses in the universe.
Although accelleration is not always a quantity.

@EGMAG
Consider a photon of light. Its inital force motivates its unaccellerated uniform motion; yet it has a mass value, a force value and no accelleration value.
How then can F=ma be true in this case?

Actually!!! My theory fills in all the missing links of the string theory and other theory's! Also providing a way to test string theory!!!!!! Wow. This is cool :) It's so obvious!! But difficult to grasp.

I'm sure everyone finds this hard to believe lol. You'll believe it when I create the proofs for it, and publish a paper.

30:37 amazing

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jsuresh1:

My bad then...