Supernode Analysis

[@sirhuman560]

I'm not exaggerating but you're amazing! Your step-by-step approaches and recalling of previous explanations all combined together are so clear. Thank you!

[@shreedharshah1148]

Any student can top the class by attending your classes....Thank you sir your videos always make my concepts crystal clear!!

[@engineerscare4865]

yes.... me too

[@anzarmax]

If you are the best in your class, then you are in the wrong class.

[@Justy402]

If everyone is a topper no one is

[@swayamswastiksahu1387]

But i can't

[@star.4375]

U are such a gem of person,who explains to understand effortlessly.ur videos are really very helpful to a lot of people.thank u so much sir

[@rainasajid6678]

Thank you so much! I wish all teachers could teach like this. Respect from Pakistan.

[@cretstone2736]

Sir i solve this question from super node concept combination Of KVL AT super node and KCL At V1 AND V2 BUT my answer is V1 = -0.33 V2 = - 1.33

[@abanerjee3704]

This is the best explanation so far in YT....Thanks a lot.

[@abanerjee3704]

@Kenneth Saint wtf bro🤣🤣

[@KishanSingh-vi5tp]

sir you are amazing . your lectures are the best 😍

[@qemmm11]

Thanks sir 😊 (V1/1)+2+(V2/1)+((V2-2)/1)=0......(1) V1+2+V2+V2-2=0...(1) 2V2+V1=0....(1) So. 2V2+1+V2=0 V2=-1/3v,V1=2/3v V1=1+V2.....(2)

[@RajkumarMeena-fm8ow]

Sir please explain why we assumed a common node in place of supernode with 4 outward currents. Please explain concept behind that.

[@k_EC_ANURAGPAL]

ending music is very soothing...la la la ...lalala..lala..la la la..lalala.

[@Decleiades]

Hello sir, in your current at node 2 (with the voltage source of 2), since the source is supplying voltage to 1 ohm resistor, then the flow of the current from that source must go towards the V2 node. There should be 1 flow entering the V2 node and 2 flow leaving that node. Should we assume that if we have a node then the flow must all be leaving? Thank you very much

[@The_studified_classes]

Thank you for the video

[@syedmuhammadtaqishah2634]

Very good sir Love you great concept 💓💓💓

[@Revathitejavath23]

Thank you sir helpful video and explanation super

[@priteshsingh5695]

no videos on thevenins norton or superposition!!BTW thanks for all the extremely helpful videos! best channel!

[@UECAshutoshKumar]

Thank you sir ❤️

[@shashwat_o28]

thank you so much sir

[@smartengineeringeee4990]

Perfect lecture..💙

[@sachinthanimesh7097]

THANK YOU SIR! 📈

[@prem6748]

Why resistance of 2V source is not considered?

[@bilalabo-taleb1490]

sir, what if the two terminals that the Vth will be in between them , if this Vth was also the super-node between two unknown voltages!? what will be the value of Vth in this case. i mean here that i will have only one equation (because that Vth will be deleted from the two equations as it is considered super-node) with two unknowns !? how to solve it ! the idea here is that the thevinin voltage is putted in-between two terminals and it will be super -node if we use the nodal analysis. i will be grateful if you made a video on this focus point, it will be really helpful, thanks!

[@شیداعسکری-ل5ل]

Thanks❤

[@mugiwara-no-luffy]

What if there is both a resistor and a voltage source between the two non-ref nodes? Like a resistor in between 1V Source and V1 node?

[@aadityakafle2261]

It will be normal wont be supernode

[@lokeshanusha9548]

Sir,I m totally confused with supernode ..when voltage is in between the two non reference node,but some times... between two non reference node,there many be presence of dependent voltage or depended current,..voltage or current.......why at that part ,in supernode analysis,the path of voltage between , two references node..it voltage is removed,the apply kcl at total loop..

[@viewocity9840]

So In that case u have to neglect the current or voltage source present between two non reference nodes and then apply KVL and solve it

[@nitinsharma2418]

Keep it up

[@gowthamgorle8680]

Play at 1.25x

[@rayedriasat8]

playing at 2.75x

[@sujalkumarsingh18]

V1 would be 4/3 V not 2/3 V

[@qemmm11]

Yes😊,V2=-1/3v,V1=4/3v

[@moazelsawaf2000]

Thanks a lot sir

[@nicky9841]

kirchoff law states that, current entering a node is equal to current leaving a node. and i am confused with your current assignment, anybody can explain?

[@abhijithanilkumar4959]

Thank you so much

[@josephregalario704]

Hey sir, you forgot (2) in your eq. 3

[@koyoteck237dajnbl7]

Waaarh good 🎉🎉😊

[@mauroaramrodriguezflores8235]

Thanks for the video tiutorial! They have been very helpful to me!

[@Awesomekid2283]

Isn't there a node between the 2V source and the 1Ω resistor?

[@viewocity9840]

Yess that node is called as reference node

[@vinaypatel4237]

I loved this

[@DayangSofea-h1q]

How do you get 3v2 = -1?

[@MuhammadBilal-us5ic]

mind blowing

[@manojithalder7448]

thank you so much, sir.

[@thankyouforwatching-o7g]

Thankyou sir

[@ahwanpradhan2303]

Nicest explanation 😘😘

[@olaayman1900]

thank you

[@shaikshabbir2058]

Ur website is not working. It displaying error page for next page of HW problems. Please fix it 😏😏

[@hanumanais3692]

Please help me

[@hanumanais3692]

@naaavi 9 help me

[@pranavmishra17]

Sir some videos are not playing properly

[@dheerajbaghel1383]

Anybody here from Nsut???.

[@eceatchaya.r6977]

Why current is +2..

[@susantakumarbehera8171]

tutorial line hides the figure and calculation

[@HenilKayastha]

Sir how did v1-1=v2 came?

[@syedismail1849]

🔥🔥🔥🔥🔥

[@uttikranthitejajaifybzlub6873]

Sir only 2 nodes in circuit ?

[@Awesomekid2283]

There are four nodes in total with one being the reference node (the ground node) at 0 potential (or 0 volts).

[@viewocity9840]

@@Awesomekid2283 I think a node is nothing but where three or more elements are connected to one point So in that case total node including reference node is 3

[@Awesomekid2283]

@@viewocity9840 A node is a point where two or more circuit elements are connected.

[@nandishumapathy4457]

where to find the starting of this playlist

[@jpeanes]

kzbin.info/aero/PLBlnK6fEyqRgLR-hMp7wem-bdVN1iEhsh

[@241ramanna6]

❤️

[@SleepyArchaeology-vk1il]

Iam tamil medium so 0.5x is comfortable

[@spacedocyt]

apdi pode pode pode

[@s.m.senses7199]

🙏❣

[@kiran23kadali]

How -i

[@official_DJ838]

42

[@clubni8885]

i love u

[@adamsebti8686]

U naughty naughty

[@kajalmishra3045]

Thanks sir