Notices by 🎓 Dr. Freemo :jpf: 🇳🇱 (freemo@qoto.org), page 113

@Sphinx there arent too many things that end in the word pie that arent good.

@zeccano

I presume you agree with the two axioms you already stated earlier for our derivation (you provided):

\(E = {m}_{rel} \cdot {C}^{2}\)

and

\({E}^{2} = {p}^{2} \cdot {C}^{2} + {{m}_{rest}}^{2} \cdot {C}^{4}\)

Correct, if so I will be happy to use these as our axioms for the derivation.

@CCoinTradingIdeas

@zeccano

I presume you agree with the two axioms you already stated earlier for our derivation (you provided):

\(E = {m}_{rel} \dot {C}^{2}\)

and

\({E}^{2} = {p}^{2} \cdot {C}^{2} + {{m}_{rest}}^2 \cdot {C}^{4}\)

Correct, if so I will be happy to use these as our axioms for the derivation.

@CCoinTradingIdeas

@zeccano

I presume you agree with the two axioms you already stated earlier for our derivation (you provided):

\(E = {m}_{rel} \dot {C}^{2}\)

and

\({E}^{2} = {p}^{2} \dot {C}^{2} + {{m}_{rest}}^2 \dot {C}^{4}\)

Correct, if so I will be happy to use these as our axioms for the derivation.

@CCoinTradingIdeas

@zeccano

I presume you agree with the two axioms you already stated earlier for our derivation (you provided):

\(E = m_{rel} \dot C^2\)

and

\(E^2 = p^2 \dot C^2 + {m_{rest}}^2 \dot C^4\)

Correct, if so I will be happy to use these as our axioms for the derivation.

@CCoinTradingIdeas

@zeccano

Ok I now have some time to help you understand the real positive value of relativistic mass.

Which equation would you like me to derrive from? I believe you had a math question, it got lost in the thread, what was it?

@CCoinTradingIdeas

@zeccano

Not exactly what he said, only that it is a way of thinking about it that doesnt lead to good intuition. It is real and positive mathematically and works if you know how to use it. But it is not real mass it is perceived mass (it acts as if it has tat mass when in motion).

This is pretty much all that he was saying.

By the way you asked for the equation for relativistic mass that gives a real positive value, I already provided this equation to you:

https://qoto.org/@freemo/103217266114575812

@CCoinTradingIdeas

@zeccano
I just watched it, he never said relativistic mass was 0 in that video,

@CCoinTradingIdeas

@design_RG No, which is how I know the treatment is working!

@zeccano

If the professor literally said "Photons do not have relativistic mass" then yes, he was wrong, Though I am skeptical he said this.

@CCoinTradingIdeas

@zeccano

I'm saying nothing of the sort, didnt even hear what he said yet. I am simply telling you that **you** are wrong, That may be due to you misunderstanding the professor

@CCoinTradingIdeas

@zeccano

I will show you the derrivation to relativistic math, at that point I wont really continue with much more absurdity. But since your willing to work through the math ill give you one last enefit of the doubt

@CCoinTradingIdeas

@CCoinTradingIdeas

Infinity is not a number, it is something you approach, undefined is the result of an undefined equation.

@zeccano

@zeccano

I already showed you that equation earlier, now you want me to derrive it from a new equation, which I will do once I have a chance and am by a computer to look.

@CCoinTradingIdeas

@zeccano

All credible scientists claim photons have relative mass but no rest mass. I dont know what this random guy says, I didnt look yet.

@CCoinTradingIdeas

@zeccano
I mean thats wrong, but hey it sounds all nice and sciency atleast, lol. Ill show you the actual equation when im near my conputer

@CCoinTradingIdeas

@zeccano
I did t read it in detail yet, as i said im not near a computer, but i have solves the equation for relativistic mass before and it ia nonzero. So i will show you that aokution when i get home.
@CCoinTradingIdeas

I feel a bout of malaria coming on, better safe than sorry.

More Sinterklaas epicness.

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