You should present the formula in its general form, that is, you should not use the numbers but the constants corresponding with the appropriate unit of measure, as in the following example.
... Ansonsten, mit der Flut von Zahlen, du verrückt wirst ...= Otherwise, with the flood of numbers, you go crazy
As an aside, you should not use the float keyword to control the precision of the displayed results (which is what I assume you are using it for). It controls the precision of the entire calculation, not just the results, so float,4 gives very low precision arithmetic.
This is part of the design process for arc mitigation effect upon aircraft wiring caused by ordinance damage,maintenance mechanical damage or weapon release. It is something that I have picked up again since my retirement from the JSF program office EMC work; prodded by a friend at Raytheon. I will be 80 in a few days and have more time to think and play.
I have completed the full algebraic solution of the non-quiescent transmission line equations for the problem, designed and built the magnetics and I expect a patent to be granted on or before Apri 30 of 2016.
My aim is a full solution of Zin(0,s) and I(x,s) rather than the approximation that I have used to get the physical design started.
Perhaps I have to solve for parts of A1(s) and add them.
You can get a series expansion for both the numerator and denominator using the collect keyword. You can also get the coefficients in a vector using the coeffs keyword..
