Albert Einstein

Albert DeSalvo died on 1973-11-25.

"That's the way, uh-huh, uh-huh, I like it, uh-huh, uh-huh"

rub a hot boys feet

"squared"

in the 19 centeray

'e' = the energy equivalent of a sample of mass

'm' = the mass of the sample of mass

'c' = the speed of light

Einstein proposed a formula describing the relationship between mass and energy -

it is e=mc2

where e is energy, m is mass and c is the speed of light, so the amount of energy (in juoles) is equal to the mass (in Kilograms) multiplied by the speed of light (in metres per second), all multiplied again by the speed of light.

e= energy

m=mass

c=speed of light

Einstein was a life-long pacifist.

The 700-page book "Einstein on Peace" is the most comprehensive record of everything he wrote, during his life, about Peace. It was published posthumously, by his family foundation, to counter the uninformed claims, that he gave up his pacifist convictions.

Einstein never worked on the Manhattan Project. He didn't believe that energy would be released from the atom, during his life-time. When early experiments showed that this might actually happen, Leo Szilard asked Einstein to sign a letter to FDR, telling him about this possibility.

After World War II, Einstein continued his pacifist views, and became a crusader for nuclear arms control, and peace-making through international negotiations.

o.62

E=m*c2

7,883,674 people live in switzerland.(Nov,26,2008.)

No. E = mc2 is not the same as E = (mc)2 which is what the question suggests.

Also, if you know E, why do you need to square anything to "get" E?

he did all his work and he never payed attend to his friends.

your tongue.

This is a Ditloid.

The answer is 535 Members of Congress.

Dr. B R Ambedkar

in 1878

Barrack Obama won.

Saddam hussien came a close second

ahead of josef fritzel

Power.

he invented a refridgirator

The famous equation E=MC2 was devised by one Albert Einstein. The equation means that the energy released when you destroy something is equal to the mass of that something times the speed of light squared, which is quite a lot.

1804

Units

Units of 'E' are kg m^2 s^-2

or

kg(m/s)^2

or

kg m^2 / s^2

or

kg m ( m/s^2)

In words it is a mass(kg) multiplied to distance (m) multiplied to acceleration (ms^-2).

When Basic S.I. units are arranged in this manner they are referred to a Joules.

e=mc^2?

e/c^2 = m