Relativity.
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Mass-energy equivalence
if you have a regular triangle u have to use the paythagorem theory A squared plus b squared equals c squared and than u have to take half the base of the triangle and the number of one of the sides and substitute into the equation and solve the b squared should be the height of ur triangle :)
In 1905, where it was published in Einstein's theory of relativity.
Well then, the theory is that John cook has a beard. hope that helps x :) you could also use the Pythagorean theorem which is a squared plus b squared equals c squared
E=mc2 was correct, according to various sources. This theory represents that a small amount of matter can release a large amount of energy. An example to prove the answer to this question is a nuclear reaction, or explosion. This equation stands for Energy equals the mass of an object times the speed of light (299792458 m/s) squared (represented by c2). Because even a small mass times the spped of light squared is a unit of energy beyond imagining.