RLC Circuit Analysis (3 of 8) Voltage, Current, Charge

RLC circuit analysis for determing the voltage, current and charge. You can see a listing of all my videos at my website, www.stepbystepscience.com

[@nansonspunk]

great problem solving tactics and i whole heartdly wanna thnk u for uploading vedios with so much of clear concepts

[@towe02225]

Extremely helpful. Thank you so much for the detailed teaching and it really helped me with understanding the RLC circuit.

[@stepbystepscience]

You are very welcome, thanks for watching and commenting.

[@helloo8828]

i like this video series, instructor speaks slowly and clearly and the circuit drawings are very clear. good job.

[@stepbystepscience]

That is me, thank you very nice comment.

[@HipHopFan1654]

Super helpful! Thanks for wording out some equations in this one too (eg. Q=CV, I=V/R, etc.). Ik they are basic, but it’s very helpful to hear them again as RL circuits are a lot to handle (at least for me).

[@stepbystepscience]

Yes the concepts can be a little complicated. You can see a listing of al my videos at www.stepbystepscience.com

[@tonwm1961]

This is incredibly helpful and easy to understand. Thank you.

[@stepbystepscience]

You are very welcome and thank you so much for taking the time to comment.

[@briantambaco1626]

Excellent well explained youtube video. This saved me in my circuit analysis class test and finals

[@stepbystepscience]

Thanks for the comment, hope the final go well!

[@oam1990]

I like the way you describe the answers ... thank you

[@liamhyde4771]

Man, you're the best!

[@ch..rendon8265]

Great explanations and very clear. Easy to understand and follow.

[@stepbystepscience]

Thank you that is my favorite comment.

[@PunmasterSTP]

RLC? More like "This has gotta be"...one of the best series (pun intended) on this topic. Thank you for making all of these videos!

[@stepbystepscience]

Glad you like them! Thanks for the nice comment.

[@PunmasterSTP]

@@stepbystepscience You’re most welcome! And if you ever need a pun for any reason, you know where I’ll be…

[@ryanjames5340]

Your the man! Thank you.

[@nta699]

Again, nicely done

[@KenMMark]

I had a similar circuit that involved diodes. One branch was a backward regular diode in series with a R, the cathode on the V+. Not sure what the voltages across them would be at steady state.

[@alokkumar-ki7wp]

Woww...what an outstanding clarity...love from india...keep uploading

[@stepbystepscience]

You are very welcome from Berlin Germany.

[@alokkumar-ki7wp]

Woww it feels amazing

[@atharvas4399]

great channel thank you very much!

[@srdpham3677]

Please comment if my analysis is wrong. At t = infinitive and the switch opens, the inductor will resist any change in the current and will produce a back EMF to maintain the current of 1.25A pointing downward, and the capacitor resists any sudden change in voltage and is 10V. KVL, this is where i'm lost. if you could help and explain how to derive KVL at this point. many thanks.

[@rajeshranjan1406]

very helpful video... so concisely and amazingly explained

[@stepbystepscience]

Thanks, very nice of you to say so. Thanks for the comment.

[@dms7642]

Finally I got it .thank you so much

[@stepbystepscience]

You are very welcome, thanks for commenting.

[@ramblejungle5552]

thank you .... very helpful

[@elifakkaya2620]

Thanks for video, it is understandable and so clear

[@stepbystepscience]

Very nice of you to say so.

[@fewshun]

Good explanation 👍

[@shyngysnurzhan5732]

Very good explanation!!!

[@stepbystepscience]

Thanks for the comment.

[@TwinkyEnterainment]

Thank you very much for these excellent videos, do you mind adding also the electric power(Watt) to these equations please.

[@stepbystepscience]

Thanks for the comment, power is high on my list but right now I am trying to get the a series on gravitation. You can see a complete listing of my videos at www.stepbystepscience.com

[@morningstarbbm]

I like it sir, it was awesome

[@MrHrh747]

Great job.

[@stepbystepscience]

Thanks!

[@claudemontezin911]

Thank you, very much!

[@stepbystepscience]

You're welcome!

[@irethoronar34]

Excellent

[@3rKoPlaysMinecraft]

Thanks

[@tacharamakanza8107]

Awesome stuff

[@stepbystepscience]

Thanks for commenting.

[@irfansyarafi800]

thank you very much

[@stepbystepscience]

You are very welcome, thanks for the comment.

[@paramjha6447]

Extremely good but can I ask that current in any time t is i.e^-t/T

[@user-sf1ej8cj4o]

Thank you very very much

[@stepbystepscience]

You are very welcome, thanks for commenting!

[@poopalankalimuthu3380]

Clear explanation and understanding for us,tqvm

[@stepbystepscience]

You are very welcome.

[@pragya4762]

Thank you ....Very very helpful.😸 😘😘

[@stepbystepscience]

Thank you very much for saying so!

[@VIPULSAINI1]

Very helpful thank you

[@stepbystepscience]

Thank you for all of your comments.

[@Electromagic27]

great explanation

[@stepbystepscience]

Glad you think so, thanks!

[@aritramazumder7859]

Thanks a lot!

[@stepbystepscience]

You are welcome!

[@srdpham3677]

Thank you. If you could, please explain what happens at t = infinitive, and the switch is open.

[@GLu-tb1pb]

if the switch had turned from close to open then the reverse occurs and the inductor gains voltage while the capacitor becomes 0

[@nikojames5085]

Thank you

[@stepbystepscience]

You're welcome

[@Hoesph52221]

Hey, I'm doing circular motion in class and I can't do this question: Earth has a mean orbital radius of 1 au. mercury has a mean orbital radius of 0.387 au. What's the radius of mercury in metres?. Plz help, thanks

[@stepbystepscience]

That is not circular motion that is distance...first you have to find out what an au is and how long it is.

[@afrozanaznin1524]

Thank you❤❤❤

[@stepbystepscience]

You are welcome.

[@franciscoampana3656]

Very well explain

[@stepbystepscience]

Thank you

[@divyeshjoshi7581]

thank you so much, I wish you were my professor at Uni. :)

[@stepbystepscience]

That would be nice, where do you go to university? I am in Berlin, Germany.

[@andrewfortus2629]

(@ t=0) You'd have to be an inductor if you think this video wasn't POSITIVELY the best at explaining RLC circuits. Over time (approaching infinity) I hope you'd be AMPED UP - and POTENTIALLY (in)DIFFERENT to future circuit problems. Great fundamental concepts explained, thank you for sharing!

[@stepbystepscience]

You are very welcome and thanks so much for the great comment.

[@edselsantos9740]

Can I see when SW is Open again at t=0?

[@makpalussenbaeva2720]

thaank you!!!!!!!!!

[@stepbystepscience]

No problem!

[@error17.o22]

What is meant by Vo(t) and how to find it

[@stepbystepscience]

probably the voltage at time = 0 seconds

[@KenMMark]

closed for a long time = steady state?

[@stepbystepscience]

Yes

[@migels121]

Thank you. /Positive Comment

[@stepbystepscience]

Thank you for the nice positive comment.

[@altuber99_athlete]

Damn, the capaCITOR

[@stepbystepscience]

That is right!

[@moon2smag474]

thxxxxxxx

[@stepbystepscience]

You are very welcome, thanks for the positive comments.

[@vibrantrakha7397]

Thx im from indonesia

[@stepbystepscience]

You're welcome and greetings from Germany

[@BloodManticore24]

Where is part 4?

[@stepbystepscience]

Here is the link to the playlist. kzbin.info/aero/PLcJ1NYursFxjSS6TifriQCFiQiiZO6qN4

[@IndiangolferUSA]

heres a ++++++POSITIVE++++++ comment cuz you like them so much!!

[@stepbystepscience]

Yes I do, thanks a bunch!!

[@akhmadaudiharvan9709]

wow

[@stepbystepscience]

Just for you!

[@mitchellverhelle3986]

this comment is both nice and positive

[@stepbystepscience]

Thank you so much!

[@edgari4665]

This comment is greater than 0: nice and positive :)

[@stepbystepscience]

Perfect, a nice positive comment.

[@ibrahimalotaibi2399]

CAPACITTTTTTTTOORRRRRR

[@stepbystepscience]

Just so you know I have stopped saying it that way, seemed to be upsetting a few people. capaciteeeeeerrrrr!

[@faraikunaka7357]

You are too much

[@stepbystepscience]

In a good way or a bad way?

[@af049486]

Thanks

[@stepbystepscience]

You are very welcome again!