LEARN advance type of KCL , SUPER NODE in 15 min

[@shivaram2338]

Your videos are like helping hand. How i feel while watching your videos you know, a friend who explains the whole topic in few minutes just before the exam..

[@ZarrarKhan]

Thanks a lot for such wonderful comment Happy to receive such comments Blessed to get motivated by such words

[@JF59122]

Kal mera exam hair 🤣🤣🤣 lekin phy bohoth pasand hai...

[@amaljohnsont8439]

Suddenly it seems simple 😅😅 Thanks a lot Dude. Keep on the good work

[@ZarrarKhan]

Your most welcome thanks for such wonderful comment

[@Liamlefe]

I am from cs branch very confused in all these things but now it is crystal clear thankyou very much for this lecture none of the video on you tube can beat this

[@ZarrarKhan]

That's the one of the best comment I have received on KZbin I am really happy and excited to see such comments Thanks a lot for so much appreciation 💗

[@ApostleTO]

Thanks a lot! Our lecturer didn't teach us nodal analysis, which is said to be the easiest method to solve kcl/kvl. Looked up on KZbin and saw ur channel. Surely a life saver! Thanks again

[@ZarrarKhan]

Your most welcome Thanks a lot share it with your friends

[@rodericksibelius8472]

You are a great Teacher Sir, Please continue on to make videos of the most fundamental principles to master the basics of Electrical Engineering. Thank You.

[@ZarrarKhan]

Thanks a lot for such generous comment Yes will make more video

[@pankajbarman6277]

In the 1st equation v1-6 I get it but why the v2 is in subtraction. As high is connected to high so - but then the low portion of 6v is going to v2 means at high so it will be like this right v1-6+v2.

[@hereim6268]

So many videos on the same topic on KZbin but your presentation is awesome.

[@ZarrarKhan]

Thanks for such wonderful comments Thanks a lot once again

[@muttasairakesh6707]

Sir, what if there is only voltage source between two nodes??? PLEASE HELP ME.....

[@sameer-py5jv]

zarrar sir you are totally diffrent from others . ap tough chezu ko bhi simple bana dete ho with comsumtion of time ... keep going on sir

[@ZarrarKhan]

Thanks a lot Happy to see such comment I will work more hard to bring more better content

[@Gymblonski]

Amazing video sir, thanks a lot u just made super node very easy to understand ❤️

[@Ashu11453]

4:00 Sir why you did not applied source transformation????? Here current source to voltage souce . Plz tell when to use source transformation in nodal analysis questions and when not becoz sometime answer comes different.

[@sivagoram8208]

my sir said that you have to solve the problem on board on tomorrow but i don't no how to solve. after seeing this video it looks very easy thank you for this videos sir your well explaining well very easy . once again thank you so much sir now i am having more confidence to solve the problem on class room board before all the students.

[@ZarrarKhan]

Thanks to you for giving respect by writing such detail comment. Once you done with your explanation Share this with your friends so that everyone can be help with understanding the concept

[@govinddixit13]

This guy needs justice.Hit the like button just don't view and leave when you can get nice concept explanation for free.

[@ZarrarKhan]

This is awesome comment Thanks for such wonderful comments and appreciation.

[@Jitul-l2q]

It was so simple I realised today 😂. Thank you sir

[@hudemohammed5341]

how did u calculate the numbers after finding the lcm? for ex: at 5:40 how did u get -5, 17, and -10?

[@bdtechelectrical5324]

Bro if the 2ohm resistor doesn’t exist in battery which is series connected then how we solve this problem????? Please make a video on this topic

[@ZarrarKhan]

Ok good suggestions I will make a video on such different aspect

[@Shogun507]

I have a fundamental doubt. While analyzing each node, you'd have to consider the currents that come in and go out right? So why is it that in your first example, you considered the currents in node 2 to be going out? And why did you take v2 to be greater than v1 while analyzing node 2? Would it be possible for you to clarify this?

[@safwdp]

14:14. Here in node v2, v1 is in lower potential and 6v is in higher potential,so we add the voltage.Then why did you subtracted it. PS: your class is so use full...thank you.

[@ZarrarKhan]

Whenever we are at any node we consider it to be at higher voltage And regarding 6 V when V2 is higher 6V negative is connected so.we add it Thanks a lot for your doubt And most welcome

[@safwdp]

@@ZarrarKhan thank you👍

[@ZarrarKhan]

@@safwdp most welcome

[@pragyadubey8486]

@E -23 manasa K YAHI SAMJH NAHI AA RAHA HAI..PLZ KOI CLR KR DO ESSE

[@mathematicsandscienceclini4563]

You are the best sir,you explain very well🥰🥰🥰🥰

[@ZarrarKhan]

Thanks a lot for such appreciating words

[@beldwinlagahit3093]

Sir may I ask if i can transpose 2 on the other side and make it -2 since its current is moving away from the junction?

[@ZarrarKhan]

Make sure you consider only one direction throughout your circuit.

[@ScimitarGaming]

Amazing, I watched other tutorials but stumbled on minor details of the questions bcoz they weren't teaching in detail like you did, Thank you

[@ZarrarKhan]

You're very welcome! Thanks for such detail comment

[@Rozaa-g2r]

Dude u save my exam thank god I found your video

[@sruthisrinivasan3622]

I have a question. At 4:40 (super node), you mentioned the outward direction for the V2 node. However, earlier, you already indicated the current flow from V1 to V2, which implies that for V2, instead of an outward direction towards V1, the current flow should be inward. The same should apply for V3 as well. Is that a mistake?

[@anandkumar-lt6dt]

very nice session bro ,thankyou.

[@ZarrarKhan]

@@anandkumar-lt6dt your most welcome

[@danishfactpoint007]

walkm asslm sir thanks a lot love from U.P India

[@kumarapillay3122]

excellent sir....best explanation

[@ZarrarKhan]

Thanks a lot

[@rammanojreddy7248]

Very much helpful for us sir (nice explanation)

[@ZarrarKhan]

Thanks a lot 💓

[@r.abishiek2062]

Thank you sir doing this wonderful teaching this method sir

[@ZarrarKhan]

Your most welcome Happy to see such appreciating comment and it motivates me to do more

[@ismailshaikh8508]

Thnx sir I was waiting for this🎉🎉

[@ZarrarKhan]

Your most welcome Done with ur request

[@liv2.9]

with this formula you dont need kvl right?. or remove the non-reference voltage and make a whole new diagram to solve the question

[@ZarrarKhan]

Sorry I didn't got your question

[@liv2.9]

@@ZarrarKhan like in supernode analysis. Most people redraw the diagram and remove the non - reference voltage and solve it. But you don’t seem to do that here. And is pretty easy

[@ZarrarKhan]

@@liv2.9 yes you can follow my way it is 100% correct And thanks a lot

[@liv2.9]

@@ZarrarKhan ok thank you

[@stinger9740]

tnx sir... u helped me memorise my 4yr earlier course topic...

[@ZarrarKhan]

Thanks a lot for such generous comment

[@asman9671]

First time understood sir

[@ZarrarKhan]

Thanks a lot

[@srimathis2715]

i got it sir.. thank you so much for this flawless lecture.. is there any shortcut to save time sir?

[@ZarrarKhan]

THANKS FOR SUCH wonderful comments Will upload soon

[@mahmudurrahman2700]

So helpful,. Thanks

[@ZarrarKhan]

Your most welcome

[@pawanbalgi7004]

Very Nice👌👌

[@ZarrarKhan]

Thanks 😊

[@kunika3282]

Thankuuuh sir♥️ You nailed it🙏

[@ZarrarKhan]

Your most welcome And thanks for such wonderful comment

[@mdsaad1080]

Sir what if there is voltage source b/w 2 nodes without resistance what will be the constrain equation

[@ZarrarKhan]

Awesome question the answer is simple We will either add those voltage or subtract voltage

[@PrettyCharm_MFAHH]

How i can get it that where I've to use kcl and where kvl?

[@Md.FahimAlNahiyan]

if I romove 3A and 2A , how many nodes in this circuit?

[@Darkknight9035]

Pls give a lecture on how to find this using determinant method

[@ZarrarKhan]

I will upload video It is known as cramers rule

[@srij2061]

Sir what will changes will happen if we assume that current is incoming towards the junction point ??

[@amrutatatwadi160]

Thanks a lot . Helped a lot . Mast 👍🏻

[@ZarrarKhan]

Your most welcome Awesome comment

[@shwekutty4507]

Excellent teaching sir really great

[@ZarrarKhan]

Thanks a lot so much for great appreciating words

[@shwekutty4507]

@@ZarrarKhan ❤

[@chelseodende3211]

Nice explanation, thank you sm

[@SANTHOSHKUMAR-ey7kg]

in the second question what will be the equation if there is no resistor present in between both nodes V1-6-V2/?

[@salmanfaris5405]

i was about the same quetion , but try putting zero there and lets seee

[@01mdmoksedurrahamanansari15]

وعليكم السلام ورحمة الله وبركاته 🌹🙋‍♂Sir🙋‍♂🌹 💐جزاك الله خيرا في الدنيا الاخره 💐

[@ZarrarKhan]

Ameen May I know your country

[@01mdmoksedurrahamanansari15]

@@ZarrarKhan India Sir

[@01mdmoksedurrahamanansari15]

And you?

[@ZarrarKhan]

@@01mdmoksedurrahamanansari15 same

[@GrindOne69]

Sir, ur a rockstar

[@velmurugank7693]

Very useful. Thanks 😊

[@ZarrarKhan]

Your most welcome

[@utkarshsingh96]

Sir why do we need to subtract the higher potentials?

[@ZarrarKhan]

It depend on polarity

[@Market_Majnu]

Awsm sir ji

[@ZarrarKhan]

Thanks a lottt For your comments

[@dinivanchhawng6518]

Thank you Sir, your channel is a blessing to us

[@ZarrarKhan]

Your most welcome Happy to receive such comments Thanks a lot

[@saurabhkarki3504]

So helpful!

[@ZarrarKhan]

Your welcome

[@rubanaali3360]

Walekum assalam ✨ & Thankyou so much ✌️

[@ZarrarKhan]

Your most welcome Just remember me in your prayer

[@rubanaali3360]

@@ZarrarKhan 💯😊

[@UcoK0007]

Thanks a lot Regard from Indonesian

[@Happysunshine-f6b]

What if there is no resistor near the 6V

[@radeon789]

after we claculate the node voltages, what happens to the 6v sources?? does it dissapear?

[@abinashyadav2519]

Very helpful

[@ZarrarKhan]

Thanks a lot

[@talhajat3301]

how do you do this without resistors in the supernode? seems like it becomes very complicated

[@ZarrarKhan]

It's simple if there is no resistance between two node then it is the same node

[@rojapeyyala5980]

Thank you sir it was so helpful

[@ZarrarKhan]

Your most welcome

[@hodphysics1261]

Sir please put videos related to op amp problem solving

[@shizaalmas]

Sir how to solve node i mean when we apply kvl and make the equation then how we obtain our answer E.g :how to solve V1-V2/2+V1-V2/10=0 In this type of equation how to solve it you tell in this video taking l.c.m then if we take l.c.m then what we can do next?

[@ZarrarKhan]

Will make video and upload it

[@Thadem_kalyani]

Sir can u explain superposition,theveniens,nortons theorems with examples plzzzz sir

[@ZarrarKhan]

Yes will be uploaded within few days

[@Thadem_kalyani]

Tq so much sir

[@ZarrarKhan]

@@Thadem_kalyani i have uploaded NORTON and Superposition theorem

[@vignesha3473]

Thank you so much for your support 😊💞

[@ZarrarKhan]

Your most welcome Thanks for comment

[@Thadem_kalyani]

Sir please make a video on ac circuit problems

[@ZarrarKhan]

I will try asap

[@TheUnmaskedworld]

Super

[@ZarrarKhan]

Thanks a lot for comment and appreciation

[@prasadkumbar7855]

Sir u should show the calculation part also bcz some dk how to calculate this stuff :)

[@ZarrarKhan]

From next video I will make sure

[@cseCSwetha]

Amazing lecture bro

[@ZarrarKhan]

Thanks a lottt

[@467iswaryau8]

sir if there is no resistance b/w two nodes how can we solve it sir

[@ZarrarKhan]

If there is no resistance between the node then both point are same node

[@grd2415]

@@ZarrarKhan MG

[@muttasairakesh6707]

So what is the potential at that node. Is it V+V(between nodes)????

[@_sf_editz1870]

Your lectures are grate sir 🙌🙌🙌

[@ZarrarKhan]

Thanks a lot sir

[@K.nanibabu000]

Good

[@dhruvupadhyay5770]

Bhaiyya when to apply kvl and when to apply kcl, how to understand it ?

[@sudhanshumishra8951]

Ek no.

[@ZarrarKhan]

Thanks a lot

[@billionaire__lifeqx]

Bro...plz keep videos on more complex and so what more loop ..... To solve ....easy...

[@ZarrarKhan]

Sure

[@sujithkumar1542]

Sir, Please make a video of dc response to transient circuits

[@ZarrarKhan]

I will try to upload asap

[@BoyaNarasimha-kv8rl]

How to loop is coming explain

[@mersalinneet5034]

Super node and super mersh is important for neet

[@ZarrarKhan]

Yes thanks a lot

[@yashchavan7384]

Nice 🙂

[@ZarrarKhan]

Thanks a lot

[@yashchavan7384]

@@ZarrarKhan no actually I am thx , teachers don't teach us these short cuts 🙃

[@ZarrarKhan]

@@yashchavan7384 your most welcome for such appreciation

[@priyanshuranjansahoo]

Is laptop is compulsory for b tech engineering student.

[@ZarrarKhan]

Depends But according to me It should be compulsory and to explore job and other required skills

[@utkarshsingh96]

Sir your voiceeeeeeee 😭💖💘

[@ZarrarKhan]

Thanks a lot 🙏 💓👍

[@smdrahimunnisa3587]

U r awesome sir

[@ZarrarKhan]

Thanks a lottt

[@rajvemuri4095]

Thank you very much sir!🙏

[@slayer793]

What if there is no resistance between the node ?

[@ZarrarKhan]

Then both are same node

[@YEE-qn1kv]

Super bro 🥳

[@ZarrarKhan]

Thanks a lot 🙏

[@YEE-qn1kv]

How do we know resistors are connected in series or parallel and how to combine them and connect in circuit again

[@ZarrarKhan]

@@YEE-qn1kv while calculating resistance make sure voltage source are short And current source are open And if resistance are connected to each other at both the terminal then it is parallel If it is connected to one terminal then it is series

[@hoshitanikuro7340]

salam sir, at 8:16 shouldn't (V3-V1) have a negative symbol since it is the only one entering the node whereas the others are going away from the node. I hope you clarify this asap. Your videos have been so helpful for me i really appreciate it

[@ignknight5699]

sir has taken it away from the junction ...if u listen carefully..

[@hoshitanikuro7340]

@@ignknight5699 thank you for pointing it out!

[@araghnibanerjee8510]

kindly take up complicated circuits. easy ones won't be coming for any exams either way, thanks and good work btw!

[@kaushleshbhalla]

12:10 wrong lia voltage ka sign

[@bhanusharma9995]

Plz also show how to find v1 v2 v3 because in exam we don’t allowed to use calculators

[@divyaanu2981]

Sir u saved me 😍😍😍

[@ZarrarKhan]

Thanks a lot for such comment and appreciation 👐

[@Average_Turkish]

Thank you so much again, sir !

[@ZarrarKhan]

Your most welcome Happy to see such comment again Thanks for commenting again 👍 😊 May I know u are from which country

[@Average_Turkish]

@@ZarrarKhan I'm from Azerbaijan :)

[@ZarrarKhan]

@@Average_Turkish happy to hear that I am from INDIA 🇮🇳

[@Average_Turkish]

@@ZarrarKhan Nice :3 👍👍

[@ZarrarKhan]

@@Average_Turkish thanks a lot

[@priyanshuranjansahoo]

Thank you so much sir

[@ZarrarKhan]

Your most welcome Thanks for the comment

[@anything4u978]

Who is watching in 2024?😂😅

[@apsingh7181]

Brother app bohat acha samja rehe ho but last me sub youtuber ko calculater ke jurrat kyu padti hai..... brother kuch kuxh exam me calculater nei use karne dete Kryipa kar ke app question ke till end tak solution kar ke video ko end kar 🙏

[@ZarrarKhan]

Ok bhai Koshish karuga Cramer rule se equation ko end karke final solution du Thanks for such wonderful comments

[@Neerajkumar-fx9nq]

Bro super poistion u said nxt vedio in nodel but no did a vedio on it

[@ZarrarKhan]

I will that within this week

[@Neerajkumar-fx9nq]

@@ZarrarKhan thank you

[@nquanta1548]

Awesome work sir👍👍👍

[@TheMustafaC]

thank you brother

[@ZarrarKhan]

Your most welcome

[@mdsami205]

Thanks sir ❤️🇧🇩

[@ZarrarKhan]

Your most welcome ☺ 👍

[@Galaxygazer-ind]

Thanks man ❤❤

[@JakeEdits-c3o]

Plz solve the whole question..It's seems easy but when u start doing it then the answer is not same

[@mathavan5919]

Sir can u please explain why u r taking -v2 in first equation

[@parthosanyal4318]

Thanks

[@ZarrarKhan]

Welcome

[@su-ze7427]

Thank you sir❤️