Norton's theorem problem solution |2024

Norton's theorem Example with solution.
Norton theorem with example in urdu/hindi
Norton's Theorem - Electrical Circuit Analysis
Norton's Theorem 2021
Norton's theorem with solved examples
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[@teamtraders4570]

better than 2hour Unacademy video from gate topper faculties!

[@wanderlust_0520]

U do watch their videos 😂😂

[@hmmmm9174]

True af

[@normieking8151]

@@wanderlust_0520 reported

[@chakriy5494]

I wonder u really listen to them

[@grkmessi]

Fuckkk.... u joking bro? She wrote 27/2 as 3.5 instead of 13.5 😂

[@jahanzaibali7852]

thanks a lot! only thing i can do is just pray for you may Allah give you success in every field of life

[@sajeelhassan1949]

ap ki is vid ki wjha sa mry ghw ma bijli ah gae ha..bhtbhht dany waad jazakallah

[@niloysworld5204]

you need to correction the value of v1=13.5

[@menglimarrero4296]

5:08

[@intelligence6743]

indeed

[@lonelymoon9678]

I think it's correct 13.5!!!

[@aniket0757]

Yess bro teacher he galat he ab

[@vanitiwari1611]

Video uploader, you're a gem!! 🙏🙂

[@ikramullah5872]

I would like to say thank you so much for this video, i am speechless.Thank God for you and for whoever post videos that help me and other people to be able to solve these kind of problems. Thank you and God bless you

[@Ahmad-dk8uu]

thank you so much, i needed to revise for my finals and you saved my 27+hours that wouldve went to online class recordings. youre a life saver. god bless you

[@srimani4621]

Woah it helped me thanks for today's exam lol

[@vishwahalagajjar22]

The combination of soo hum and oham works good me... well explained mam....tq

[@gulbaharali8752]

i love your these easy methods and understanding voice

[@ashutoshkumaryadav5952]

Thanks mam for such great explanation

[@ShubhamMishra-jz4so]

Best video for Norton's theorem on yt

[@merischrnv]

i didnt understand word she said yet still she taught me very well

[@ADropofWisdom]

Easy n nice way to explain, just loved it

[@f0tis92]

At 5:03 the value of R in the division is the Rn we found or the resistor from the circuit? Because they have the same value and got a bit confused

[@bettercallabhinav]

Rn

[@ajaysawant9191]

Please upload more videos on circuit analysis and problems of theorem

[@EATW]

sure

[@ajaysawant9191]

@@EATW thank you mam

[@livewithmesadlife1234]

Best question explained in Less time.

[@shashankthakur1105]

This vdo very effective 👍👍

[@geraldmtetwa9636]

How can you start with English and shift like that, that was frustrating

[@decentmemer]

Last time preparation is the best preperationin in whole year 😎😅

[@amanmaurya8385]

Thanks for this video ☺️

[@poorneshpavansai5140]

THANK YOU SO MUCH MAM.I UNDERSTOOD A LOT.

[@they_call_me_noob]

I've watched so many video...but now I can figure this out. Thank you!

[@gokulakumarang4268]

Wahhhhhhhhh......what a explanation mam ❤️

[@emergingengineer3007]

Amazing skills of teaching

[@rameshkumarthayyil]

Very simple explanations , really great mam. but a little doubt about Rn, when the load is removed the resisters 20& 10 will be series?? you have calculated it as if they are parallel. similarly the other 25& 5 ohm resistors , kindly reply

[@xyzmangohere333]

Because your Ramesh Babu

[@LorenIpsum99]

Thanks for a informative lecture ma'm ❤️

[@YashwantKumar-hi3dv]

Thank you ma'am 3000 ♥️

[@DilipKumar-zp7jg]

Can u make more vedios and solve some more complex problems

[@EATW]

Sure.

[@pilkittiwari0103]

In current division rule we multiply Vx by RN/RN+RL but you use IN in place of Vx. You don't know I×R=V but you are calculating IL so how you can make the new formula I=i×r

[@amitverma3587]

wow what a voice! better explain

[@VictoR_Daada]

Very good 👍🏻

[@emergingengineer3007]

I love this methode of teaching

[@exploreworld1171]

Easier way. Great job

[@addictionforphysics8509]

Voltage to the 6 ohm resistors is 0 then how it is possible that current through it is equal to current flowing through 3 ohm according to ohms law ❓

[@kamyagupta4030]

thank you very much ❤️

[@YOSHI_MITSU12]

Really informative 👌👌

[@maityev]

You are genius.👍🏼

[@physicsworld2628]

During the calculation of Rn why u use resitance of load resisitor ? Because in statring you write a point in step 1 tha rmeove the load resistor ,

[@abhirajput8393]

Mam whts the value of RL

[@jeevankumar7353]

Amazing...👌

[@rocky-babu890]

Mam good teaching

[@bestofncs6861]

Ma'am I can understand what you are teaching even I don't know Hindi But it would be even more clear if you can speak in English....

[@saikeerthanasareddy4961]

Nyc teaching style

[@ajaysawant9191]

Thank you mam....

[@karthikrshetty8532]

4:40 ...V1=13.5 Not 3.5

[@stylestudy9671]

At least she corrected it

[@EATW]

its the same as it was before..nothings changed

[@karthikrshetty8532]

@@EATW Yupp.. I Jst told.. Don't bother about it

[@surya.r3463]

Thanks a lot

[@alokpratap9562]

Keep it up

[@Sohlah24]

Suppose if we are asked to used this theorem to find the voltage thru a given resistor then what should we do after knowing iL?

[@sudhish3138]

VL= iL x RL

[@debajyotibandyopadhyay490]

Just ousm👍👌

[@shafiullahrahat280]

(3+3)=6ohm resistor dusre 6ohm ke sath parallel me kaise aya...wo to series me hona chahiye na?

[@TimeStampTitan]

Phele series & parallel ka definition par ke ayo..uske bad question puch na..

[@KabuorJnr]

How can you start with English and shift like that, that was frustrating

[@thendimension4816]

No competitive exam teachers were harmed during making of this video 😂

[@fardinalam7290]

You should upload more problems why only one??????

[@ElectricalEngineeringApp]

Very good madam

[@GamerBoy-gi2xw]

What is the value of RL?

[@munnirana803]

V1 become 13.5

[@ajitbpasodi5782]

YES 27÷2 is 13.5 answer aatha

[@kdm2022]

💯

[@sajeelhassan1949]

meri job lag gai meri maa mujsy khush hogai

[@AdanKhalid-q5j]

need more videos for electrical engineering

[@harsh9558]

Thx maam

[@MSElectronics-g8g]

Great very helpful

[@_22cultures]

When I use superposition with it don’t have the same solution why ?

[@gabrie-elbrowne7738]

I lost it when i saw nodal analysis

[@Simpleboy328]

👍👍👍👍👍👍

[@Aravind-ns9nh]

Excellent

[@JagdishParmar-eb4pe]

RL kitana he

[@azizaparvin4525]

thanks

[@studyhelp940]

Thanks😊

[@EducatorAdarshkumarchandra]

Mam step 2 me .. by nodal analysis me 6 ohm ko kyon nhi Liya plzz tell me

[@ETCE-SanchitaPanda]

Short circuit kya hai iss liye

[@hala_ak23]

how much is RL??

[@Simpleboy328]

Nice

[@rocky-babu890]

Or bhi video banaiya

[@aishafatima6777]

Will RL= RN??

[@naresh4784]

Mam you Said In Rn Remove RL but you Didn't Removed in Problem 🤔Plz iam facing many problems with these type of Problems explain me mam

[@melusishoko6809]

Isn't that ,by nodal analysis, (15-V1)/3 +4 = (V1-0)/9????? Help me

[@Ojanto226]

please do hard problems

[@varshithn1102]

Is it not series

[@ajitbpasodi5782]

How V= 3.5 Comes u not explained..just silent

[@nobody-motivation]

eywallah abla

[@bibeksinghthakuri8273]

lots of love

[@ENG1NIAR]

mam rl ki value kya h isme il kaise find kre

[@AbhishekKumar-wr3vo]

Mera answer to kuch or hi aa raha h

[@rishikantprasad911]

Parallel me current kb se divide hone lga

[@AbhinavKumar-ri8zi]

parallel main hi divide hota hai , lol

[@rishiprasad4994]

tmhare ghr trf hota hoga 🤣

[@oguzhanyaman2557]

İs this circuit ac?

[@pranjulsingh2688]

How to find the value of Load resistance

[@anumshahzad7655]

Since there are two sources, can we use superposition theorem?

[@manasbhadauria2935]

yes we can and we can also use mesh analysis also

[@karthikrshetty8532]

Ooh.sorry...u corrected it..

[@AbhinavKumar-ri8zi]

why this has 3d voice, !!

[@marcryan658]

If only I knew hindi.

[@chanchalkumargupta2385]

👍

[@ibnuzayn9116]

27/2 = 13.5 right?

[@rafaymemon5407]

Yes

[@jagadishprasadpati6563]

Ham wo ek wrong he video me

[@laxmidharsing1897]

Love you mam

[@birdsunion3294]

good english

[@tsangdynasty6880]

RL is 6ohm??

[@Meme_day_]

V1 = 13.5

[@shivrammajhi4364]

Kuch nai smaj aya 😔

[@Triaro]

ohhhhhhhms!!!!

[@MuhammedBilal-lj8kp]

Love u ho gya

[@nabambida4107]

V1=13.5 V

[@deepanshuujjainia9805]

RL kitna h ??

[@ramgopalpatra9346]

1.56A

[@khandokarmazbauddinmuhamma3226]

But in what way

[@marlonchristianm.custodio6664]

tanaydana