E = mc^(2)
E ; Energy)
m ; mass
c ; speed of light
c^(2) ; speed of light squared.
Compare to Kinetic Energy.
K.E. = m v^(2)
KE = Kinetic Energy
m = mass
v = velocity(speed)
v^(2) = velocity/speed squared.
The basic idea of Einstein's is that matter disintergrates, by nuclear fission to release a huge amount of energy . So if you had a kilogram (mass) of material and it undergoes nuclear fission, you may end up with 0.000999999... kg of matter. The remaing loss of matter 0.00000000001 kg say has disintegrated and released energy.
E = 0.0000000001 kg X (3.8 x 10^(9) m/s)^(2) =
E = 1.444 x 10^(10) joules of energy (14440000000.0 J)
These are just invented numbers to give you an idea of the vast amount of energy released.
Albert Einstein.
The 2 stands for squared . So in all the formula is : Energy equals the mass times the constant (Speed of light) squared. The 2 squares the formula.
Albert Einstein.
The correct formula is E = MC².
M = mass
Albert Einstein.
I'm pretty sure it was Einstein....
The 2 stands for squared . So in all the formula is : Energy equals the mass times the constant (Speed of light) squared. The 2 squares the formula.
Albert Einstein.
E = mc^2 is Einstein's famous formula from his theory of relativity, which states that energy (E) is equal to mass (m) times the speed of light (c) squared. This formula shows the equivalence of mass and energy, indicating that mass can be converted into energy and vice versa.
Einstein figured out this formula: Energy equal mass * 89,875,517,800,000,000 mtr²/sec²
The correct formula is E = MC².
M = mass
Yes.
1905
Albert Einstein published the Energy formula E equals m times c squared. Energy is equal to mass times the speed of light squared is the basis of measuring the energy released when splitting atoms in a nuclear reaction.
Albert Einstein developed the formula for energy, which is E=MC squared. This enabled the splitting of the atom and subsequent development of the atom bomb.