The impedance of the capacitor cannot have the same impedance as the inductor - it can have the same magnitude of impedance but the impedance polarity is negative compared to an inductor. So, assuming that is what you meant, those two impedances will cancel out leaving ...
Reactance occurs only in inductors and capacitors during a change of current. Hence, reactance depends on the frequency of the alternating current through an inductor or capacitor. In the case of a capacitor, it accumulates charges when a voltage is applied to the two terminals until the ...
• A convention is made to measure the pure resistance value and the imaginary resistive value parallel to each other; complex algebra is used to solve the impedance. • Resistivity cannot change the phase of the signal, but induction can change it....
the power (or the energy delivered per unit time) is not a constant throughout the time. Both voltage and current, corresponding to their sinusoidal waveform, have a peak value (VP) and a minimum value.