In physics, Albert Einstein's famous formula for mass-energy equivalence defines an object's energy in terms of its mass and the speed of light. The formula is commonly written as
E=MC
2
where E = energy, M = mass, and C = the speed of light.
Rearrange the formula to solve for the speed of light (C).

Question

In physics, Albert Einstein's famous formula for mass-energy equivalence defines an object's energy in terms of its mass and the speed of light. The formula is commonly written as
E=MC
2
where E = energy, M = mass, and C = the speed of light.
Rearrange the formula to solve for the speed of light (C).

anonymous · Answer

well u have e=mc right

anonymous · Answer

u want c alone but m is still with c

anonymous · Answer

soo u would kick m out to get c alone :(

anonymous · Answer

when m leaves c it goes under e cause e dont want any body to be with

anonymous · Answer

soo what do we have now ?

wolf1728 · Answer

E = mc² we want to solve for speed of light so c² = E/m c = square root (E/m) (Here's a good E=mc² calculator) http://www.1728.org/einstein.htm