1.No problem, solved.
2.I can't say that I understand fully either. But I can say that it's much faster than emf because can't see the propagation delay between electrolytes. Distance between them is 6cm so it would take 200ps minimum, I have a scale of 40ps on my scope but still get a phase...
That's what I was talking about but didn't wanted to push more after I observed that I could'nt express myself to majority efficiently.
The main phenomena responsible is;
http://wikipedia.org/wiki/Proton_coupled_electron_transfer
And it's being driven sequentally, but they overlap as you say...
I am sorry, trying again.
When you connect a resistive load across terminals of a battery, a direct current will start flowing ; meaning specific amount of electrons propogating per crosssection but how about the repetition rate of this process? Inside the battery ions are being transported...
If you study a DC signal under an appropriate scope, you can see the switching transitions ; a pwm signal.
But if you examine a battery, no matter how high temporal resolution you reach, you see a dc signal.
What might be the explanation for this? electrons are being generated by a chemical...
Hi All,
Assume we have a package that we want it in an orbit with highest possible speed. In which orbit (low,mid,high) the package will rotate faster ? Due to smaller distance, low Earth orbit should allow more speed but there is also more air friction there. What would be the mathematical...
Thanks for all suggestions and sorry for late reply. State model will require very high amounts of sampling points to reach a certain precision but it seems that it's the only way of doing actual calculation. Rather then defining/generating each point I want the output derived from a time...
I considered trying to write lagrangian of it but no luck.
Programming is easy no problem,i want to write equations to describe the system(continious not discrete).
Hi all,
Consider a simple gear system. I want to learn to model this system and write equation for it that any information/state regarding system can be extracted from.
thanks