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..
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...
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.......
@@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
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🙏🙏
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..
YOUR AN AMAZING HUMAN BEING! I’ve been struggling understanding these concepts and it all clicked now:) thank you
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...
It seems Vr is greater than I, not lesser than it. Because Vr equals I multiplied by R.
Amazing 😍
You are good Sir
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.......
Thanks so much for the wonderful demonstration!
Fantastic and quick. Thank you!
Thank you best explanation👍👍
Is RLC series circuit an active circuit, as it amplfies the voltage obtained at capacitor and inductor, at resonance?
Inductance lags and capacitance lead
may god bless you sir
Thank u sir
Thank you so much sir
I hope you see this, what changes if Vc > VL, is there a lecture on that?
Please make vedioes series on data structures and algorithms
@@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
why magnitude of voltage phasor will be less than the current phasor in resistor
I am having the same doubt
Can u explain me please if u got the answer?
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🙏🙏
Thank U Sir..
What is the j in jXL of VL
J is unit vector which represents the direction of VL along x axis
Nice
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Why is capacitance taken as -jxc
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)
Why you subtract Xc from Xl why not Xc-Xl
Can anybody say what is 'j' in the equation
j is an imaginary no as we have in a complex no
Sathyabama university❌NESO Academy ✅
I HAVE NO IDEA WHY WOULD I STUDY THIS IN HIGH SCHOOL
+12 exam question 👍
Sir I request you to take lecture in Tamil because I can't understand English
Explain its funtion and application
Can u explain further why VL is greater then VC?