ABC2019 wrote:eclectron wrote:ABC2019 wrote:what is the net work and heat balance in the case you are thinking of, at the end of a cycle (when your resistance has returned to its initial state)?
The answer is given from the beginning in the wikipedia link on thermal noise P = ....
that gives one of the terms, but there are others, such as fluctuations in thermal conduction: the "total balance" is the SUM of the work and the heat exchanged. For example in a fridge, there is a term Q1, a term Q2, and the total balance is Q1 + Q2
Is it clear to you that total Q and total W are worth during a cycle?
if it's clear to you, then why don't you write it down in black and white, like i did when i recalled the thermo principles?
I don't care about calculating and quantifying in thermo, I don't care what you want to take me to, this grocer's calculation without having understood the problem.
What matters to me is first of all understanding the principle, the details we will see later, or not.
Another clue to lead you towards understanding: there are indeed 2 temperatures.
You just have to identify them.
On the other hand, you still do not display your intentions when I asked them in the previous message (type X but free answer allowed. )
Why should I be honest about what I have and don't have mastery with a guy who doesn't play fair?
ABC2019 wrote:You still have to recognize a quality in Obamot, Janic, and you: you are kind enough to fully confirm my analysis with your answers. You only know how to attack others, or make dilatory responses, but never specify what you have in mind; you have just given the proof once again, and Obamot also in the wake.
Red fish friend, will you allow us to call you Maurice? I have already answered you on this subject.
It's you who wears us out (type 1! )