Supernode Analysis

Supernode Analysis is discussed in this lecture.
When a voltage source is connected between two non-reference nodes then it is called supernode.
In Supernode Analysis we identify the supernode and apply KVL and KCL to find the node voltages.
Solved examples of supernode Analysis are discussed in this lecture video.

[@Himanidatcha]

All possibilities from Super nodal analysis has been solved!Thank you so much!!!

[@ksai9706]

That was super explanation I ever watched..
I watched many channel here is the top most explanation... I got.
Thank you sir

[@YousufAliMoiz]

Excellent video, appreciate for taking all different scenarios. That really helped the concept in solving Super Nodes circuits.

[@giovanna010203]

Wow i got it now. You chose the best examples. Covered all cases, no doubts left.

[@Sprout-hi9sr]

this should be the best video on this topic. Thank you, Sir. Good Day.

[@karuppaiyamaruthapillai1907]

What a fabulous explaination about supernode.thank very much sir.please do more about circuit theory sir.Thank you very.

[@musainanc2315]

Thank you so much for the video. The video helped a lot, sir.

[@paraxrr3624]

Very unique questions explained very good 👍👍

[@midrees1286]

this looks great :)

[@abrahamlegesse7290]

Thanks so much your example is clear

[@MustafaAnsari-iy2xr]

Thanks a lot sir!💜💜

[@APNavya]

Thank you sir .it's really useful

[@7ujjolahmed380]

Sir,you are great❤️❤️

[@nickelnc7296]

For the 3rd example; why didn’t you have the currents flowing through the 3 Ohm resistor and 6 Ohm resistor into the second super node; because initially you made the currents flow outta the first supernode ( V2 -V1)/ 6; meaning the current was flowing from v2 to v3 out of the first supernode and going into the 2nd supernode. Likewise, at supernode 1, you had the current flowing from V1 to V4 across the 3 Ohm resistor; but doing the KCL for supernode 2; you did it the other way round. Can you explain this ?

[@edgarelevadojr.3181]

Thank you very much sir!

[@viharika2212]

Thank you so much sir 😍

[@mdmamunkhan604]

Excellent presentation

[@sumithsulebhavikar3903]

Sir, thanks a lot.

[@eternalmonk1481]

Thank you so much sir ❤

[@Prassana_moorthy]

Thanks a lot....✨

[@Rakibul-Hasan-Mahin]

Is there any mistake in last one?
in KCL1 how did he get V4/3??
im not understanding it, can anyone explain

[@cemileceylan1017]

Sie sind der Beste, Sir.

[@KishoreKashyap]

Thanks

[@simpzic772]

thank you

[@preethamraj8322]

Best explanation

[@humairatasnimoishi5584]

Sir can u tell me please when voltage is dropping and when it is rising

[@hemapriya780]

Awesome 👌sir

[@kalaivasanths4569]

thank you sir...

[@HungPham-cz6pn]

thank you very much

[@poorneshpavansai5140]

THANK YOU SIR.

[@addankilikhitha4539]

Thanking you sir

[@raviteja-sw3yk]

in ex 2; why can't use of 10 ohm resistor

[@BibhuPrasadDas]

Thanks

[@sowjanyak6078]

Excellent explanation 👏👏👏👏👏

[@KishoreKashyap]

Thanks

[@saynefitness1032]

Thank u sir🙏🙏

[@ariefsaferman]

sorry just want asking why on tbe previous video the current that connect 2 supernode can we neglect but in last one we count on it??

[@harikrishnasivaji1588]

th-cam.com/video/WT1d02TdlhM/w-d-xo.html

[@aengineerthought9856]

Sir 2 loop Vali condition vala questions solv kijiye yeh sb 3loop vale the

[@mkwriterchannel1375]

sir if i get a dependent current source and circuit in same branch then what i should do tell me please sir

[@KishoreKashyap]

Then voltage relation remains same Vx = V1 - V4 and if I have to apply KCL then for current I will write the value of dependent current.

[@ephraimbsevilleii5885]

In the 3rd equation .. is node V2 not a reference node??

[@uetean7270]

All my numericals are present in this video

[@wisebadman2664]

i don't understand how u got the second supernode equations

[@abdurrehmanafzalwarraich9210]

in third section when there was 6ohm resistance common in two supernodes you said no need to write current in that resistance...... But in last section there is 3ohm resistance common in two super while you wrote it in your 1st KCL equation???Why??

[@successandthought]

Sir whts a problem with you ????
Why did not you simplified Quest 03

[@santoshupadhyay3103]

Sir , in last example there are 4 unknowns I am not understanding how to solve 4 simultaneous equations .. please sir reply and help me

[@KishoreKashyap]

I used Casio mobile app to solve equations with 4 unknowns. You can solve it by substitution method or elimination of variable method.

[@santoshupadhyay3103]

@@KishoreKashyap Ok thank you sir

[@sadiislam2794]

9.46 . Those results are incorrect. Check Page 93 Fundamentals of electric circuits

[@Mr.Stalin116]

In the last example would it be more efficient to use mesh analysis?

[@mahmoudhossam6449]

Could i know the reference of this EX pls?

[@KishoreKashyap]

You can follow the book Electric circuits by James W Nilsson for reference.

[@syazmiroslan6523]

noice

[@successandthought]

Sir wht is this???

[@10.krishnapratapsinghbaghe4]

Sir I have one doubt in second question,
Why we are not considering 10 ohm resistance

[@KishoreKashyap]

Because 10 ohm resistance is connecting the two nodes of a supernode, so no need to consider the current through 10 ohm resistor while writing the KCL for that supernode.

[@10.krishnapratapsinghbaghe4]

@@KishoreKashyap thank you so much sir

[@RAHULTIWARI-gc8hx]

Sir last question ki equation solve ni hopara hi hai mujhsae , please sir guide .

[@KishoreKashyap]

Simultaneous equations solve karne ke liye aap calculator use kar sakte ho.

[@RAHULTIWARI-gc8hx]

@@KishoreKashyap ohk sir .

[@arvincimafranca1750]

How do i solve the two equations?

[@KishoreKashyap]

You can use elimination method or substitution method. I have used my calculator to solve the equations.

[@theindiandaughter]

Sir your last que. Is incorrect i think...

[@eehub6710]

Sir pls tell me , if a resistor is connected between 2 supernodes than we won't consider that resistor??? Am I correct sir pls reply 😀

[@KishoreKashyap]

If resistor is connected between two supernodes without a common node then we have to consider the current through resistor in both KCL.
If resistor is connected between two supernodes with a common node then we don't need to consider current through that resistor.

[@manishapapu5458]

@@KishoreKashyap sir but y v should not consider that resistor with common node

[@shreya2864]

@@KishoreKashyap reason????

[@mkwriterchannel1375]

sir great explanation good work i think in last question Vx=v1-v4/3 instead of v1-v4 can i right sir please reply me sir soon

[@KishoreKashyap]

Let me check

[@KishoreKashyap]

I have used Vx = V1 - V4

[@KishoreKashyap]

For supernode 2, KVL is V3 - 3Vx - V4 = 0

[@mkwriterchannel1375]

@@KishoreKashyap but why sir can i write this equation as v1-v4/3 but you don,t use resistor

[@KishoreKashyap]

I didn't use resistor because I applied KVL which is difference of voltages.

[@naisandeep8399]

Sir last question how to get V1 V2 v3 v4

[@muhdlukmanqayyimkhairi1569]

let me u after subs the eq 3 v1=20+v2 then u sub into eq 1, 2, 4 then u do the simultaneous in your calculator to get v2 v3 and v4...after that u can get v1 by sub v2 into it....i hope it clear...byeee from Malaysia

[@naisandeep8399]

Are you used crammer rule sir how it

[@KishoreKashyap]

I used my calculator to solve the equations.

[@muhdlukmanqayyimkhairi1569]

it just other method to solve it...it easier using calculator

[@rafaymalik389]

I think your last problems solution is wrong, I'm getting (52/3, -8/3, 128/3, -28/3)

[@manojthatipigari8176]

Set your speed to 1.5x....thank me later

[@satyamjangra3273]

Kuch smjha to nhi rhe uncle ji aap khud hi solve krre ho sb kuch kuch smjhao b

[@KishoreKashyap]

Yes sir

[@purv_vlogs]

Galat galat solution kiya ha bhai... Ye harr barr uupar ka resistance ko kha ja rha hai le hi nhi rha ha sare sol. Galat ha iise mat padho faltu ma fail ho jaoge

[@KishoreKashyap]

Supernode ka logic hi wahi hai ki supernode wale nodes ke bich lage components ko equation mein consider mat karo.

[@purv_vlogs]

Really sry Q ki hamko clg ma kuch samjaye ha par vo galat ha ap sahi padhe ho really really sryyy😔😔

[@tee7465]

🥲been struggling buh now I understand everything thank you SIR

[@learnwithraiyan4815]

Thank you so much for the video. The video helped a lot, sir.