Thanks for the great video. One question: At 8;20 you say the capacitive dominant circuit is " lagging" , and the inductive dominant circuit is "leading".. Isn't this reversed from true. Aren't capacitive dominant circuits said to be leading, because current leads voltage?
Usually we think in terms of whether the voltage is leading or lagging the current, not the other way around. Consider that impedance is voltage over current. If the voltage is lagging, then the impedance must have a negative phase angle (based on Ohm's Law).
Thank you! Really well explained and underrated video!
Yes, resonance can be a little tricky. There is a similar video covering parallel resonance.
Thanks for the great video. One question: At 8;20 you say the capacitive dominant circuit is " lagging" , and the inductive dominant circuit is "leading".. Isn't this reversed from true. Aren't capacitive dominant circuits said to be leading, because current leads voltage?
Usually we think in terms of whether the voltage is leading or lagging the current, not the other way around. Consider that impedance is voltage over current. If the voltage is lagging, then the impedance must have a negative phase angle (based on Ohm's Law).
Thanks again for the reply! Really appreciate it.