RLC Circuits (6 of 19) Series RC; An Explanation, Voltage, Impedance, Phasor Diagrams

[@kabandajamir9844]

The world's best teacher

[@stepbystepscience]

Thanks, very nice of you to say.

[@march11stoneytony]

So good! I lost all of my notes from years ago. This catches me up quick

[@stepbystepscience]

Fantastic, glad it helped you catch up!

[@hemaethossain3086]

Thanks a lot. You are best!

[@stepbystepscience]

You're very welcome!

[@rawrrawr4357]

wow great job

[@stepbystepscience]

Thanks a lot!

[@mirandanavaneeth1352]

Thank you sir. மிக்க நண்றி

[@stepbystepscience]

You are welcome.

[@iark1]

@ 10:43 it should be tan phi, not arctan phi.

[@rydercreed8609]

This video is from 2016 still pretty damn worth it.

[@stepbystepscience]

Thanks, I've been making videos for a long time!

[@redmanmain2204]

I will totaly recomend your chanel.. your explanations are superb. great stuff ..

[@jeco0357]

I love how both capacitive and inductive videos are released simultaneously it's sort of symbolic.

[@stepbystepscience]

One of the great mysteries of the universe, thanks for commenting.
You can a listing of all my videos from my website, www.stepbystepscience.com

[@SamSam-fc5ml]

thanks a lot very clear and helpful

[@glennbeagle991]

Well done!

[@jalal76]

thanks clear and simple

[@stepbystepscience]

Step By Step, you are very welcome.

[@mrk9231]

sir, i really appricate what your doing and it really helped me !!!! thank you

[@stepbystepscience]

You are very very welcome. Glad that you found the videos helpful.

[@jdoodle178]

Thank you very much!! Teachers often try to explain fast which results to confusion so videos like this really helps students like me..there's so many out there haha..thank you so much!!!!

[@stepbystepscience]

Thanks for watching and the great comment.

[@minijginger1718]

Well explained sir, in class we been using phasor notation and time domain 👍👍👍

[@TheSharingarMaster]

Thanks from Iraq. You're saving my ass real time here. I watched all the RLC vidz

[@ramshankarsankhwar3158]

TheSharingarMaster ranu

[@robynstark3561]

That was such a help, thanks :) Didn't know Vince Vaughn taught Phasor Diagrams.. you're great.

[@stepbystepscience]

Gotta do something when I am not crashing weddings! Thanks for commenting.

[@kisaflwr]

@ 7:40 and 10:04 isn't it tan(phi) and not arctan(phi) ??

[@stepbystepscience]

probably.

[@jaimepatricio1869]

Phi = arctan (Xc/R)

[@shep7484]

or Phi = arctan(Vc/Vr)

[@jefwowes1607]

Thanks from Czech :)

[@ahmedhatem786]

you rock

[@stepbystepscience]

Thank you very much!

[@brandontaylor2169]

Hey man, awesome work dude. Include the trig which is rise over run for the newbs lol

[@revaldosualin4080]

Thank you

[@stigkinnerup]

Great video!! really helping me through a hard electromagnetism course. I believe the Tangent Relation is Tan(phi)=opp/adj and not with tan to the minus one? pls correct me if im wrong :)
Cheers from Denmark!

[@stepbystepscience]

Yes, you are right.

[@shep7484]

At 10:54 to nit pic and be accurate Capacitors have reactance but no resistance should actually be capacitors have negligible resistance. However, for an introductory discussion, This is not an important point to include.

[@267BISMARK]

in a parallel rlc circuit. left branch has an inductor and a resistor.right branch has a capacitor. what would the formula be. thanks

[@duongnphong]

would you to a "Parallel RC and Parallel RL; An Explanation, Voltage, Impedance, Phasor Diagrams? it would be helpful

[@stepbystepscience]

I will try, thanks for the suggestion.

[@vyomhansjournals]

Its great idea to put video and capacitors together, if someone to buy it...how is it possible...can you share...please. Thanks

[@stepbystepscience]

Thanks for the comment. You want to buy the video? You can watch it for free on UA-cam. I you promise not to use it for commercial purposes I could try to email you the .mov file. Let me know.

[@vyomhansjournals]

Thanks Prof. ...No actually I don't want to buy...I mentioned it for viewers who watch and can buy the products from the given link......how it is possible together with your videos it was the request....

[@josiahmutuma9907]

I think there is an error in the resistor phasor diagram at 1.58
The voltage should be ahead of the current since voltage has a higher value than the current
V=IR while I=V/R

[@physicswithmureedjilani2515]

you beauty
very nice

[@stepbystepscience]

Very nice comment, thanks!

[@Humzah5571]

Why tan-1¢??? Why not tan¢??