Hank Curci, MS Mathematics Stanford University, Derives Einstein’s Energy Equation ( E=MC2.. .C squared ) Using High School Algebra Only

## Hank Curci, MS Mathematics Stanford University, Derives Einstein’s Energy Equation ( E=MC2.. .C squared ) Using High School Algebra Only

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## EINSTEIN’S EQUATION E=MC2

## The algebraic derivation of Einstein’s Energy Equation of E = MC2 for an electron traveling close to the speed of light is as follows:

## The classical energy equation can be written as:

## 1) ENERGY = FORCE x TIME x SPEED E F T S OR E = FTS

## Further, FORCE (F) can be written as: F = SPEED x RATE or F = SR S R

## And

## R = MASS(M) or R = M TIME(T) T

## Substituting M for RATE(R) T In F = SR we have:

## F = S M and From (1) above, E = FTS becomes:

## 2) E = S M x TS FORCE DISTANCE

## Hence the…

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