> Basic electromagnetics question: A parallel RLC resonant circuit formed by
> a flat aircoil of inductance L and its parasitic capacitance C is
> connected through a switch to a DC voltage source U. After the current in
> the coil reaches its limiting value Imax determined by U/Rcoil, the switch
> is opened within negligible time. Describe the waveform of the current in
> the coil, knowing that Rcoil << Zl at the resonant frequency of the
> circuit.  Analyze the current and voltage in the time and frequency domain
> over time (Bode plot). Analyze the energy equation of the circuit knowing
> that the wavelength of the self resonant frequency of the circuit is very
> large wrt. the physical dimensions of the circuit.

Vcoil ~= sin(wt) * e**(-Kt)

> PS: There is a lot of chaos in more than one place.

This system is not chaotic.  If all the parameters were well known, it would
be reasonably predictable.  The whole point of chaotic systems is that there
is more than one possible response, and the choice of response can not be
predicted in any one instance.  At best, each response can be given a
probability.


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