AC Electrical Circuit Analysis: Thevenin's Theorem

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Thevenin's theorem allows us to convert any single port linear bilateral network into an appropriate voltage source (Eth) in series with an appropriate impedance (Zth). Norton's theorem is similar, except that the equivalent consists of a current source (In) in parallel with an impedance (Zn).
Reference: AC Electrical Circuit Analysis, Chapter 5 Section 4.

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In same circuit if L and C would be in parallel then how can we solve it

vaibhavpatil-mjzj
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Does the Thevenin equivalent circuit still work for a non ideal voltage source? Say your source is a battery, who's voltage output may vary a bit with different loads applied to it. I'm guessing that the Thevenin equivalent may not work if there are dependent components/sources in the substituted part of the circuit.

Chris-hihn