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8 answers

This formula relates to the special theory of relativity and it is applicable throughout the universe.

If an isotope power source or nuclear reactor were installed on the moon, it would apply in practice to it as well as in theory.

The sun and other stars produce energy in accordance with this relationship.

2006-12-24 12:42:37 · answer #1 · answered by Anonymous · 0 0

nope, that's ideal to all elements of ability. take kinetic ability for an get at the same time, the extra efficient kinetic ability an merchandise has relative to you, the extra efficient huge that's than at the same time as that's at loosen up (this comes from the multiple circumstances forgetten lorentz element). it in some circumstances facilitates to imagine of the relation not as a predictor of ways plenty ability you receives out of a reaction, yet to view it as an equivalence between mass and expertise. what it extremely says is meaning and mass are the same element, in truth at the same time as calculating with particular relativity we frequently use instruments the area the speed of light is a million and the formula then reads E=m (plus the lorentz element, yet you get the idea).

2016-12-01 03:49:25 · answer #2 · answered by Anonymous · 0 0

E=mc squared is a universal constant...

Although there may be areas where it ceases to apply (black holes for instance) - the general theory of relativity applies everywhere.

-dh

2006-12-24 12:15:47 · answer #3 · answered by delicateharmony 5 · 0 0

Yes, applies universally. Everywhere but blackholes. They did not call Einstein as the genius for nothing.

2006-12-24 12:54:46 · answer #4 · answered by Nightrider 7 · 0 0

Uhhhhh..... yeah. It applies to evrything except for irregular activity such as black holes, wormholes, etc.

2006-12-24 12:17:25 · answer #5 · answered by Mrs. Timberlake 2 · 0 0

yes, it applies everywhere

2006-12-24 12:38:44 · answer #6 · answered by kemchan2 4 · 0 0

it applies everywhere

2006-12-24 12:14:00 · answer #7 · answered by Matt 3 · 0 0

Yes, it applies everywhere. . .

And welcome to Yahoo!Answers and Merry Christmas. . .

2006-12-24 12:14:06 · answer #8 · answered by Walking Man 6 · 0 0

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