Thevenin's theorem circuit problem solution easy steps

[@miggzcervantes3792]

I never understood a word you said, yet I understood everything you taught. What a great teacher!

[@vinodhemsworth9379]

😀😂

[@tejassharma5404]

Lol

[@princeff-wf3td]

Lado

[@anonymous-im8zp]

Suiiii

[@designer_mdazad]

😂

[@priyankasarkar8389]

Thank you so much for simplifying it...... our offline teachers teach like we already know everything......

[@Prandeep54.]

❤

[@princesoni7371]

In world there are many teachers but your way of teaching is fabulous like we can say diamg mai ghus gya pura kbhi nhi bulenge

[@shadowgaming4530]

Lemon rice 😋😋

[@sudeepc2481]

Shatanu illa

[@makeachange157]

Brother last movement tution dekh apni coment dlt kar dega

[@Imrankhan14378]

Thank you sooooooo much mam bht easily samjaya ap ny kisi ki b video se smj nhi aarha tha but now. I got it

[@sajeelhassan1949]

thank you ap ki waja sa shahid meras paper pass hu jay baghwan ap ko hamesha kush rakhy

[@SaadmanAongkon]

Pass hu ya kya

[@AnkurBochiya]

mene bahut sare video dekhe lekin kuch samj nahi aya lekin aapne bahut ache se sab samja diya thx you so much mem

[@jjsingh9838]

bhaut he wadiya tarike naal samjhaya hai mam tusi , keep up the good work

[@anikemajumdar4504]

You have solved it beautifully..❤️ And your voice is so sweet 💞💞

[@_smit5736]

Sare video me yahi comment karega kya 😂

[@saiaranawarsilikavlogs]

Thanks, for give us such a easier example... I understand your all lectures that i need to see

[@kishorebhosley2148]

Thank u so so much !! after watching so many videos your video made all my doubts clear!

[@DilipKumar-zp7jg]

I wish i could give more than 1like.you broke down to so simple terms made it really easy to understand thanks a lot

[@animemafia99]

I understood this at perfection I was really poor in this concept thanks

[@DSEE-ShashikumarHanagi]

6666

[@DSEE-ShashikumarHanagi]

6

[@THE_REAL_THING_]

6666666

[@aryanpandey1310]

66

[@zaffi_vibes]

Thanks mam its really exceptional during online classes god bless you🎉🎉

[@abhaypratapsolanki6308]

Thanks mam for having us a great lecture that we wouldn't forget in our whole life.

[@korleparayajat2202]

thank you so much didi you saved my grades

[@riyadh_syah]

You help me understand this easily ...you deserved it👍

[@shashankthakur1105]

Best teaching award gose to you🙃 really mam.

[@inocentkhans2107]

Nice simple way of teaching

[@srisaroja7301]

Superb understanding video❤

[@ChoNandiHlaing-f8j]

I don’t understand your language but I finally understand the theorem. Good luck to me on my circuit exam 😂🎉

[@EATW]

All the best to you :)

[@siddhartharyanf2-616]

Very informative and less time consuming...thankyu for this video

[@anuragdubey5619]

Your explanation is to the point,nice explanation 👍👍

[@ramakrishnakadiyala3014]

You really a saviour 😇thankyou so much 😄

[@sbindra3682]

बहुत ही अच्छा मैडम,धन्यवाद आपका

[@thendimension4816]

Thank you mam for such a easy explanation

[@adzeemaqmalhakim]

It is really helpful.. i solve 3 problem using ur guide.. but it might be better if u can speak english clearly.. overall good video

[@Faheemsnotes]

I was solving this problem from last two hrs, i found Rth but is not able to determine Vth, niw i hope mam vl clear my doubt This problem is from Fundamentals of Electric Circuit

[@ElectricalEngineeringApp]

*“Work hard in silence. Let success make the noise.”*

[@amstudio2359]

Madam your way of teaching is absolutely amazing.... BUT ... Please explain more in detail & step by step. Plz don't write the lecture congested.

[@pavanipriyankalanka8195]

Thanku so much mam.... Very nice explanation....

[@M2aheraz]

Ma'am can we apply KVL instead of KCL ?

[@soham5722]

Thankyou itna easy question batane ke liye

[@Mrk63222]

Ma'm awesome video.. Bus ek suggestion hai, sircut mat boliye plz, circuit boliye, isse aapko teaching better ho jaegi

[@AsadKhan-qq5hc]

Thanks mam...it really helped me alot...it’s amazing

[@Doreamon304]

You are a great teacher, Mam 🙏🙏😇

[@vaibhavthapliyal5958]

Thank you mam for this explanation

[@ishworshrestha3559]

Thank you so much from Nepal

[@jai9789]

Thank You I was confused

[@vinayakdubey5284]

Jiske resistor k along current nikalna hoga...ussi ko RL consider krenge?

[@mddilshadakhtar2160]

Well explanation

[@rishusingh6984]

Thnx really helpful

[@adveshdarvekar7733]

you made my life easy

[@uptonogood300]

Mid sem tomorrow . I hope I would pass..

[@HACKINGMADEFUN]

Same

[@76p.geethalakshmi79]

me too

[@Priya77772]

Well explanation..👍👍

[@venkateshbottupalli341]

Nice explanation

[@priyanshu7678]

Amazing session didi 👏

[@aceiconic1703]

Way easier to do source transformation nodal analysis can lead to really easy sign errors/mistakes

[@servermonks5509]

Its really informative topic thanx mam, 😊

[@krupakarreddy1758]

Can we use mesh analysis instead of nodal analysis... If so how?

[@I_am_Anugrah]

You could have but then it will get more lengthy and further complicated

[@AnimeAatma-cc5ov]

@@I_am_Anugrah no answer will become wrong

[@I_am_Anugrah]

@@AnimeAatma-cc5ov Wait... How??

[@intelligence6743]

@@I_am_Anugrah mesh analysis is imaginery current it says currents flow in a loop but not in reality no current flow in loop . But charge does foolow the nodal analysis that is of kcl . So both are not same don't give same result try it now by assuming a simple circuit values.

[@usmanyousaf6863]

Thank you so much mam very easy to understand ❤

[@talhajat3301]

qadyani

[@_AnaghaDeshmukh]

Good for understanding

[@shashidharreddy6803]

Maam why did u stop teaching?

[@allaboutphysics5195]

Very helpful Thanks 😊

[@vergil4835]

Didi apki video 2024 maai bhi kaam Ari haai 😊

[@sunilbabu5831]

6+6 and 4 ohm also in series mam then Rth 16 ohms

[@ShivajiVadikari]

Mam how do we know by seeing a circuit we should apply this that method to find current, voltage.

[@ShivajiVadikari]

And which method is easy & quick to find current (or) voltage

[@muhammadkamran705]

Good and love your lecture

[@chandrajyothibojjapu9566]

Thank you so much msm

[@manishkumarsangeliya]

Thanks mam for your great explanation

[@manishkumarsangeliya]

Mam agar ise question ko Norton s Theorem se kare to kya answer same aaye gaa

[@beingpredator6983]

mam when we calculated current ie= 1.2 A but what about current source -current

[@Mr._Bipin]

As you can see in the step 1, when we remove load resistance, then all current sources and voltage sources will be nil/zero.

[@taposhroy7921]

Thanks a lot ma'am.

[@edn570]

Current internal resistance = infinite Voltage internal resistance = zero

[@sajeelhassan1949]

deepak barwy chup kr

[@sajeelhassan1949]

geeta parhi b ha kya tm na...eca parhny chala

[@haiderkazmi7621]

do saal ho gae hei mei abhi bhi check karne ata hou kei is bharway sei ye kis nei pocha tha@@sajeelhassan1949

[@RaniKumari-rk7vf]

Di, plz suggest me y tube channel from started from bee of DC circuit,bcz I missed own my classes upto 7 lecture .so,fastly suggest me

[@rahulbhaskar474]

Thanks mam👍

[@pediredlayaswanthkumar6832]

Excellent madam

[@deepakrajgupta1177]

great video Thanks for making it so simple.

[@ranakamran381]

Asslam alaikum Ap problems ki bhe video upload kr deti plzzzz

[@aku7681]

@Engineering around the world.. Mam can we solve it without nodal analysis? By some other method. I found it very complicated 😔 Vth=IR3 kr k value kesay nikly gii?

[@aku7681]

Please do reply if anyone know about it

[@I_am_Anugrah]

Actually Nodal is the best we can apply here. You can't apply anything else or it will get more complicated than this

[@02_aviralhirpara96]

Nice method

[@shivdayalgupta6508]

Mam 4 ohm series me hai naa

[@usamazahid1]

very well explained....good work

[@amstudio2359]

You can stretch this video to 10 min by explaining more in detail which will benefit your channel & also the students

[@aryanpandey1310]

Kyu be..jada time hai tumhare paas

[@prashantabanerjee1170]

Why voltage source is short-circuit whole calculating Rth/Rn ?

[@evilnightbot3131]

Becuz R = V/I

[@chaitu1365]

3:04 of a and b are open circuited 4 ohms should be in series with 12 ohms no

[@user-ng1km5kg4c]

mem u are awesome 😍😍

[@sudiptanag8600]

Mam यदि 2 Amp जगह में 2 Ohm resistance अगर ऐसा है तो क्या करें?

[@physicsdiva1871]

Well explained

[@naresh4784]

Well explained mam

[@mjm1366]

Can u plz do it with mesh analysis

[@bhavanapal6034]

Can you telll me how can we find RL I. Eload resistance when you have Vth and Rth

[@AliAhmmedBhuiYan]

Love from bangladesh

[@adityaroy2409]

Is there no other way exception node analysis????

[@mohitr2538]

Mam what will happen if there in no resister between v1 and v2

[@I_am_Anugrah]

Then V1 and V2 will be same

[@lakshmipriyanka4490]

Thanks mam

[@akashchaudhary6877]

Good teacher

[@reviewerbibhuti5100]

Thanks my memory back

[@tayeebasiddiq675]

Thank you so much

[@sumasrigoshike7727]

Super explanation mam.Can u explain some more problems on superposition theorem

[@EATW]

sure

[@shehabnayeem1781]

Why 12 ohms and 4 ohms in parallel? I did not get it.

[@Vkooklover_]

Because the current is divided so they are in parallel

[@fayazahmad4215]

Keep it up

[@Ashishkumar-vb7qh]

Nice mam😍

[@ADropofWisdom]

Awesome videooooo❤❤

[@jan-st6gq]

why is it v1-v2 and not v2-v1?

[@shivalingeshhavalad9673]

Superb

[@itz_gokuu8824]

Fabulous 👌

[@sudarsuns5871]

At node 2, won't it be v2-v1/6 pls clarify my doubt

[@Contemelia]

Current flows from higher potential to lower potential. Since the arrow was towards v2, that makes v2's potential value lower than v1. Current = (Higher Potential - Lower Potential)/Resistance across the potentials... Hence, Current at note 2 = (v1-v2)/6. Hope that cleared your doubt :)

[@TheRisingSun-INDIA]

Thank you mam

[@viditgarg1329]

useful for jee advance ??

[@arvind3656]

Nice video 👍

[@bibhutigampai9229]

How it will 2V1 ma'am? Please reply

[@I_am_Anugrah]

Multiply this equation by 6 at 4:30 And you will find 12-V1+12=V1-V2 24=V1-V2+V1 24=2V1-V2 Hope it helps:)