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cleared the concept in just 7 minutes.. hats off man
very good explanation. helps me a lot!!
Current lags voltage for lagging pf loads. (Rotation is ccw by standard convention.) Your headings for leading and lagging are backwards.
The labels have since been fixed, in case anyone was going to skip the video because of this previous mistake.
Man you should have been my college professor. Thanks for the amazing explanation!
Great explanation.
very good
The First Eq. of Phi under LEADING graphically as drawn is PHI = Theta V - Theta I ... (did I miss something unless you mean the magnitude are same for Leading and Lagging. Please help me understand better. Thanks in advance.
Disregard - I watched PART 2 !!! hahaha.
A good intro. Hard to read the small writing toward the end in the lagging/leading example.
![Electrical PE Exam - The Conjugate (S=VI*) [part 2]](http://i.ytimg.com/vi/XD36hh7mWLk/mqdefault.jpg)
![Electrical PE Exam - The Conjugate (S=VI*) [part 2]](/img/tr.png)
cleared the concept in just 7 minutes.. hats off man
very good explanation. helps me a lot!!
Current lags voltage for lagging pf loads. (Rotation is ccw by standard convention.) Your headings for leading and lagging are backwards.
The labels have since been fixed, in case anyone was going to skip the video because of this previous mistake.
Man you should have been my college professor. Thanks for the amazing explanation!
Great explanation.
very good
The First Eq. of Phi under LEADING graphically as drawn is PHI = Theta V - Theta I ... (did I miss something unless you mean the magnitude are same for Leading and Lagging. Please help me understand better. Thanks in advance.
Disregard - I watched PART 2 !!! hahaha.
A good intro. Hard to read the small writing toward the end in the lagging/leading example.