NORTON THEOREM within 10 min with only 3 steps

[@suramnishkala9387]

it is very easy to comprehend because of your explanation.

[@ZarrarKhan]

Thanks a lot for such crisp comment

[@21-663]

Finally found something which is very clear nd neat . Thanks for the video

[@ZarrarKhan]

Your most welcome Thanks for such kind words

[@vikasrai2194]

Great Explanation. Thank you so much for such great effort❤️❤️❤️.

[@ZarrarKhan]

Your most welcome And thanks for such appreciating words

[@ruchunjuguna]

How can I express my joy Thank you sir

[@ZarrarKhan]

Just share it with people who need it This would be the best way to express Your most welcome 😊

[@emmanuelyahi8906]

Sir You are a life saver 🥰🥰🥰🙏🏾💯💙🤝🏾

[@ZarrarKhan]

Thanks a lot for such wonderful comment Share it with your friend

[@manikumarrongala3856]

tqqqqqqqqqqq sirrr u made my DAY❤❤👍👍👍👍👍👍👍👍 TOMARROW i have my exam really thanks sir

[@ZarrarKhan]

Your most welcome Thanks a lot for such wonderful comment

[@thegazedmedia]

From Africa 🦧🙌🏾🙌🏾💐thanks master

[@ZarrarKhan]

Your most welcome from 🇮🇳 🇮🇳 INDIA Thanks for comment

[@thegazedmedia]

@@ZarrarKhan thanks I wrote you on Twitter but you blocked ...maybe cause you don’t know it’s one of your student here

[@vyshnavks6505]

bro do make a video on maximum power transfer theorem, millman's theorem and reciprocity theorem

[@ZarrarKhan]

Yes why not did u watch all the other video any suggestions for that

[@vyshnavks6505]

@@ZarrarKhan yes i have watched all other videos

[@vyshnavks6505]

@@ZarrarKhan all videos are good, informative and easy to understand 🙂

[@ZarrarKhan]

@@vyshnavks6505thanks and I will make more video

[@AnanomousRex]

You made it look easy thank you very much sir😍❤

[@ZarrarKhan]

Your most welcome Thanks for your comment ✋️ 🙌

[@samuelewetaoke]

please a have a question on asking for current and voltage in a circuit please how do i tackle it using this very amazing trick sir.

[@clumsycookie3659]

Your videos are really amazing to begin with. Keep the good work bro

[@ZarrarKhan]

Thanks a lot And I am very happy to see it help people actually

[@sandhya9322]

Can you please tell me why 20 is +ve in the right side ? It should be negative if we take +ve from LHS to RHS

[@naturelovergamer399]

Thank u very much❤ I will pass my circuits exams 😮

[@ZarrarKhan]

You're welcome 😊 And how does it went

[@naturelovergamer399]

@@ZarrarKhan I will pass in circuits exam tnx

[@ZarrarKhan]

@@naturelovergamer399 your most welcome

[@afnanaffu2906]

Sir I understood this topic crystal clearly

[@abhiramsrinivas9467]

In step 2:-I don't know that how to solve parallel and seires and i can't understand that how 2.926 ohms was came Please explain sir

[@AbdulKareem-sx2pu]

🖐 same question

[@ad..2238]

bro you dont know series parallel and learning norton's theorem 😶

[@AnanomousRex]

To calculate In why did you not use nodal analysis? Is it possible to use nodal analysis for that circuit?

[@kiranchukka1324]

Simply super bro...

[@ZarrarKhan]

Thanks a lot

[@nabeelasayeeda6970]

asalumualaikum sir, can you please show how did you solve nortons resistance, i aint getting the correct answer

[@AbdulKareem-sx2pu]

🖐 Same question

[@ganeshbankar1945]

Best sir for electric subject

[@ZarrarKhan]

This is one of the best comment

[@nyiko5164]

I have a big question some teachers solves that 20v as -ve coz it's transferring from LHS to RHS where as some do not which one should I follow?

[@abdullahchoudhari7814]

Ek number sir

[@ZarrarKhan]

Thanks a lot sir

[@chilukotinavyasri3008]

Thank you so much sir it was quite helpful keep making more videos like these

[@ZarrarKhan]

Your most welcome Thanks for your valuable suggestion

[@naturelovergamer399]

How to calculate nortons resistance in parallel values plz tell

[@AbdulKareem-sx2pu]

🖐 same question?

[@T1s_kashyap]

I don't know you are reading it or not but thankyou so much 😄 from bottom of my heart ❤️.

[@ZarrarKhan]

Thanks a lot for such comment Your most welcome

[@shwethas4827]

Is resistance calculation is 4.75 or 2.9

[@numamadiwale3863]

Amazing

[@ZarrarKhan]

Thanks a lot

[@ramchowdary162]

Sir ,can u pls send the process of by using kcl in the circuit .pls pls

[@ZarrarKhan]

KCL is already uploaded on the channel

[@Tanayvardhan]

Understood sir but step 2 norton's resistance i will get answer is 2.869 ohms

[@_itz_sHaD_]

i2=(in*Rn)/(Rn+R10) ------- current division rule

[@KartikDubeyINC]

accha pdaya aap ne

[@ganeshy.ganesh5315]

Sir step 2 calculation how??🤯

[@suramnishkala9387]

thanks a bunch sir .

[@ZarrarKhan]

Your most welcome

[@nickloterono2676]

sir how about if there is a current source how to solve using norton?

[@red3369]

In current divider rule shouldn't RT be on top of the fraction?? Pls answer

[@ZarrarKhan]

Nope sir

[@21-663]

Wt is RT?

[@meetparmar5774]

Sir u tell find the value using calculator at 4:49 but how in calculator please someone tell how to find ans in calculator 😭😭😭

[@ZarrarKhan]

You have to use scientific calculator

[@meetparmar5774]

@@ZarrarKhan But how

[@rexdambamuromo731]

@@meetparmar5774 do you still want help?

[@laughwithme360]

Calculator won't be provided in competitive exam

[@ZarrarKhan]

@@laughwithme360 yes u r ryt Then we have to use crammers rule

[@urs_truly_bhavana]

Hii sir great explanation but clarity is less in vedio pls make sure that vedio clear plzz.....

[@ZarrarKhan]

Thanks a lot Yes will make sure

[@AbdulKareem-sx2pu]

In step 2:-1 don't know that how to solve parallel and seires and i can't understand that how 2.926 ohms was came Please explain sir

[@vikaschavan3655]

Virey Good sir

[@ZarrarKhan]

thnks a lot

[@nsuresh3695]

Sir one doubt in i3 u can take In I(n)value sir should be take i2 or i1

[@shivasankar8117]

Because RL present in i3 we don't take i2 Or i1

[@rajmoinasaikia]

previous video kvl ?

[@yaswanthyashu6400]

Sir how to equation in casio calculater sir plz tell me sir

[@ZarrarKhan]

I have already uploaded many video You have to use scientific calculator Then go to equation and solve simultaneous equation using it

[@manganglamhenba7]

how to find Amp

[@sareddyrohithreddy6449]

nice explaination

[@ZarrarKhan]

Thanks and welcome Do share

[@muraharibhuvanesh1276]

Like i1=2.5A i2 and i3 pls explain

[@laughwithme360]

Isn't it In=14.166 is the answer???

[@ZarrarKhan]

yesss

[@Goripporiberboy1]

​@@ZarrarKhanJoy Shree Ram sir❤

[@muraharibhuvanesh1276]

How to calculate i1 i2 i3 on Casio pls explain it once

[@harshsingh3290]

what is the formula used in step 3?

[@ZarrarKhan]

Which formula

[@ZarrarKhan]

Ok it's current division rule You can find it on my channel

[@mohdsahilali6251]

Best EEE engineer i got 30/30

[@ZarrarKhan]

Thanks a lot

[@trainlovers6576]

Where is the shortcut method video

[@amulya3041]

thank you sir

[@ZarrarKhan]

Your most welcome

[@MdArifKassana-ERE-]

Wa alaikum slam

[@ZarrarKhan]

Shukriya

[@poojabansode8785]

How to calculate Rn

[@manassahu5840]

i1=0.5 i2=-6.5 i3=-13.16

[@lalboihaokip5005]

Show me how you get Rn= 2.926

[@jaysonbautista8424]

its just 12 ohms and 2 ohms are parallel then the value you got will be added to 4 ohms and the final answer will be parallel to 6 ohms.

[@R_neeraj.r]

Rth is 3.4

[@sufiyan____________05dz]

How to find Rn plz formula bolo

[@ZarrarKhan]

You have to analyze using series parallel combination

[@Kotte_animation-c2]

Sahi se to pda leya kro 🙄 pta nhai kaha kha se kya aaraha tha 🙄

[@motivationtalk315]

jay shree ram

[@andrewasamoah6187]

You are not making it understandable

[@mankiratbedi5754]

bhot gandi classes not a6t all worth it

[@MaxxYT-uj2vz]

jai shree ram