Phasor Diagram of Series RLC Circuit

[@unknowntoall604]

YOUR AN AMAZING HUMAN BEING! I’ve been struggling understanding these concepts and it all clicked now:) thank you

[@bobyburman6763]

sir you can assume vL>vC and draw the phasor...so in this case xL>xC...inductive effect is more than capacitive effect..hence we can conclude that current will lag the voltage by some angle...so hence pf will lag... simillarly if we can take Xc>XL then pf lead...and in case of Xc=xL...it will behave like a pure resistive circuit...pf=1..

[@nnharshini5839]

Sir as you said in the lecture 152 pf laggs for Inductor and Leads for Capacitor, in this at 3:55 i want you to please check once and give explanation on it.......

[@Akash_Balamurugan]

and also another two conditions are there ,
*Xc>Xl (Vc-Vl, Xc-Xl & Qc-Ql).
* Xl=Xc(this is cancel out each other and gives the result of pure resistive load)
please verify it those results...

[@hawinet103]

Thank you best explanation👍👍

[@casmirAdyo]

Amazing 😍
You are good Sir

[@PunmasterSTP]

Thanks so much for the wonderful demonstration!

[@TuberKMT]

Fantastic and quick. Thank you!

[@RiaziMohandesi]

It seems Vr is greater than I, not lesser than it. Because Vr equals I multiplied by R.

[@sabirabi8795]

Yes

[@anuragguptamr.i.i.t.2329]

Is RLC series circuit an active circuit, as it amplfies the voltage obtained at capacitor and inductor, at resonance?

[@jeevanbarik9751]

may god bless you sir

[@sheesh9210]

Inductance lags and capacitance lead

[@chandrajyothibojjapu9566]

Thank you so much sir

[@saikrishnathota5972]

Thank u sir

[@LetterpantsFTW]

I hope you see this, what changes if Vc > VL, is there a lecture on that?

[@mayankverma8989]

Please make vedioes series on data structures and algorithms

[@mayankverma8989]

@@nesoacademy please make as soon as possible... By the way your vedioes are very good each and every topic is covered in depth... U guys are doing great job

[@shaafamarriyappan2113]

Sathyabama university❌NESO Academy ✅

[@anindita5saha]

why magnitude of voltage phasor will be less than the current phasor in resistor

[@vikasgautam3674]

I am having the same doubt

[@vikasgautam3674]

Can u explain me please if u got the answer?

[@tarunsahu2266]

Thank U Sir..

[@sciencestruck9698]

Nice
.

[@hrishikamahto6388]

What is the j in jXL of VL

[@saheemKU77]

J is unit vector which represents the direction of VL along x axis

[@sandeeptiwari3655]

Please help me sir
Actually I am very weak in AC ciruits....
And I want to understand every concepts with starting ...
Please tell me any lecture series available NESO Academy...
Please tell me🙏🙏

[@much_tunsia]

I HAVE NO IDEA WHY WOULD I STUDY THIS IN HIGH SCHOOL

[@poornaseshasai]

Why is capacitance taken as -jxc

[@bobyburman6763]

Xc/j is the standared form..in case of ac supply...if u can multiply j with uper side and lower side then you will get (-jXc)

[@fully_joy_09]

Sir i request you to take lecture in Bhojpuri because I can't understand English

[@adharshkm1173]

+12 exam question 👍

[@mdaman3611]

Why you subtract Xc from Xl why not Xc-Xl

[@P.CHANAKYAVARMA-m2t]

Tomorrow sem exam😅

[@sayanimukherjee]

Can anybody say what is 'j' in the equation

[@anikateghosh7607]

j is an imaginary no as we have in a complex no

[@GK...0007]

Sir I request you to take lecture in Tamil because I can't understand English

[@JudeUdoji]

Learn English then

[@nungbear1398]

I suggest you learn english then

[@Eeng-4bee]

Can u explain further why VL is greater then VC?

[@vandam7656]

Explain its funtion and application