Recent content by mac_alleb

Pity, I don't know rather it helps you, but all the computer could do is addition... Minus is plus with opposite sign, multiple is many times plus and division is many times minus. That's computer in real.

Consider a = delta v/ delta t where delta's are finit then S = delta v * delta t = a * (delta t)^2 So it seems for a moment.

Not exactly complex numbers, rather trick with I = Sqrt(-1). It appears in both equations and successfully excluded, giving correct answer.

Once, looking through elementary school textbook I have encountered a problem dealing with axis orientation. It was very strange, but without using complex unit this problem couldn't get proper solution.

Seems like 4g enough.

Real lagrangian dimension is not Energy

No derivation or experiment, pure theorie supposition...

There present h/mc value, but if we consider h/mv where v is nonrelativistic then it seems all right.

First say is overall. Second is exasperate. So they mean differ.

Is it the only way for photon to move at c? It's just max possible or?

Possibly photon has some mass, but doesn't interact in gravitation, while it's an electromagnetic transmitter.

Now you simply took from the very beginning that P1 = F12 P2= F21 I.e. P1 = -P2 and then easily concluded P1 + P2 = 0 Seems like it's NOT quite correct.

1) Strange tricking: R = r1 + r2 dR / dt = r1/dt + r2/dt V = v1 + v2 dV / dt = dv1/dt + dv2/dt A = a1 + a2 Proceed? 2) How the j sum become jk sum?

Excuse me, could you explicitly derive momentum conservation equation (don't forget, momentum is vector value). Many thanks before.

I could easily agree with you latest example. Us just wanted to underscore the difference between "definition" and "equation".