You probably already realize this, but, around the 3 minute mark, you say microhenry but you wrote and plugged in millihenry. I was using your videos to test my computer program and found this error.
Can we not find True Power= current squared x resistance? Apparent power =current squared x impedance? Why are you using cos and sin? Power factor=cos thi. where thi is lead or lag
![Yailin La Mas Viral, @kreizyk.official - Dale 2 (Remix) [Video Oficial]](http://i.ytimg.com/vi/JaYHBzgqz94/mqdefault.jpg)
Thank you so much for this series you make it so comprehensible and easy to digest
You're very welcome! Glad it was helpful.
Sir, how could one thank you for your help and support us to understand the subject ❤😊
Thank you too. I appreciate the nice comments very much!
9:55 when he draws the power triangle how come the P vector is shorter than the Q vector despite a lower value? is it just not to scale P:Q ?
Pl make video on phasor calculation
I can look into it.
You probably already realize this, but, around the 3 minute mark, you say microhenry but you wrote and plugged in millihenry. I was using your videos to test my computer program and found this error.
I think I know that already...I believe what is in the presentation is correct.
Yes, your numbers match my computer program, but only if I use millihenries.
Could you also do about complex numbers in AC circuitry
Hi, First of All, thanks for such helpful content, do you have same clips for pi and T models in an RLC circuit
Nice one, can you do parallel RLC-circuit?
I've thought about it....
Hi! Nice video. For parallel circuits I think we can use the kirchoff laws right?
Great idea! I love this method of learning.
Gr8 explanation
Thx so much!
at 3:12 you state that the inductance is 750 micro henry's 10 to -6 power when the -3 power is actually milli. am i correct?
I should have said milli-. It is a 750 millihenrys
Hi! Great video. You really explain these subjects so moothly I've made an habit of wathing them during my free time.
Thank you so much for letting me know that you like the videos.
Sir can you make more videos about power consumption AC RLC
I think I did that already.
Search Step by Step Science, AC Power....
Very clear and precise explanation
You meant the inverse cosine of the pf to get phase angle.
A nice, positive comment :). By the way, can you address an RLC circuit with time constants and stuff and equations.
Awesome, you're like the first person to get it right....."a nice positive comment". The thanks.
thanks and God bless you
Can we not find True Power= current squared x resistance? Apparent power =current squared x impedance? Why are you using cos and sin? Power factor=cos thi. where thi is lead or lag
It's the same, Use whatever equation you comfortable with
Nice video!
BTW, The impedance is calculated as so:
Z=R+XLJ-XCJ
J being the phase angle of 90°
This can be calculated with complex numbers
; )
Very well explained! Thanks!
You are very welcome and thanks for commenting.
Super helpful!
Great that you found the videos to be helpful.
it is milli henry instead of micro henry @2:54
Thanks, I may have misspoken.
The video is really helpful though, thank you
Nice👍👍
Shty Chaka KURDISTAN Thank you.
Tommorrow have exam thank u for the others really helped me
But i didnt saw pascal law ?