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The Thevenin equivalent for an AC circuit network consists of an AC voltagesource'
in series with the Thevenin impedance.

The Norton impedance for AC circuits is equal to the
Thevenin impedance.

Source conversion transforms a voltage source in series with an impedance into
a current source in parallel with an impedance

For a series RLC circuit at resonance, the impedance:
is minimized.

For a parallel resonant circuit, the parallel combination of a capacitor and inductor is:
an open circuit

TF wth certain assumptions met for parallel resonant circuits, the resonant frequencycalculation for parallel and series resonant circuits is the same.
True

TF source conversion in an Ac circuit to simplify Loop or Nodal analysis is related toThevenin or Noton equivalency
True

TF Maximum power transfer in an AC circuit occurs when the load impedance is equal to the Thevenin impedance.
F

TF The complex conjugate of an impedance value produces a new impedance value with a negative real part
F

TF Resonance in either a series or parallel circuit can occur at more than onefrequency
F

