Derivation Of Mass Energy Equation Mcc

[TonyYuan2020]

The mass energy equation does not need relativity as the basis.

Using classical Newtonian mechanics to derive the mass energy equation.

 

 

(Because I can't upload the picture, you can download the attachment to read it)

 

 

1. It is assumed that it takes time t0 for a substance with mass m to accelerate from v=0 to v=C, and then it is assumed that this process is a process of uniform acceleration.

 

 

2. But in fact, it's not accelerating evenly, but like this:

 

 

3. The displacement can be approximately s = C * t0.

 

 

4. The acceleration is nonlinear, which is a function of time t.

W=F*S = m*a(t)*S=m*a(t)*C*t0=m*C*a(t)*t0

 

 

5. The cumulative effect of acceleration on time is the final velocity C, a(t) * t0 = C.

 

 

6. therefore:

W=F*S = m*C*a(t)*t0 = m*C*C

Edited February 25, 2020 by TonyYuan2020