Ummm. No. It is not. Even if you use all caps.... it still is not.
“Ummm. No. It is not. Even if you use all caps.... it still is not.”
YES it is. E=MC^2 is a universal equation.
http://www.phys.unsw.edu.au/einsteinlight/jw/module5_equations.htm#where
“I am in danger here of giving the impression that this quantification of energy conversion is only important in nuclear reactions. Not true: it is just as applicable to ordinary chemical reactions as well. In chemistry, however, the energies involved are so much smaller that the change in mass is difficult to measure. In principle, we would expect it to apply wherever work is done: when you do work W on an object by lifting it, one would expect its mass to increase by W/c2. However, because c is so large, this mass would be much smaller than other effects (e.g. the mass of your fingerprints) and would be impossible to measure. To see some values, follow this link.”