Nodal Analysis (Solved Problem 1)

[@ganavpandey2601]

You really deserve appreciation sir... Thankyou V3/r4 - I +(v3 -v1)/R5 =0

[@yadindinen1633]

is this the correct ans?

[@mdshadab364]

Yes

[@qemmm11]

​@@yadindinen1633Yes

[@vigorousvenkat4186]

Yes​@@yadindinen1633

[@sayan486]

(V3-V1)/R5 -I +V3/R4=0

[@durgathanniru6603]

Yes i too got same equation

[@waleed8861]

👍🏻

[@moazelsawaf2000]

Yes, that's correct

[@kodungaiyurchristianassemb4914]

i too got the same

[@ABDULNAYEEMUDDINRASHED]

correct answer

[@franctiekam3008]

Wow 😮, a KZbin channel with almost all engineering courses and titles and there’re well detailed I feel like am dreaming where as it’s reality Thank you very much sir 🙏🏻

[@sahilmahajan428]

you'll get all subjects on youtube '

[@saitamapreetsingh3057]

This is the beauty of Indian Teachers 🇮🇳

[@CHAOSTECH]

This guy has a unique way in teaching. His videos are really helping. Thanks!

[@francisalbin1729]

yeah

[@isaacmusokota2660]

(V3-V1)/R5-I+(V3-0)/R4

[@SaiyaraLBS]

You're saving me. Wish you a lot of success in life

[@thisguyispeculiar]

Super useful video, was having a lot of trouble understanding how to write the equations before this. It makes much more sense now!

[@abhishekjachak2002]

Thankyou Sooo Much for this❤️ Videos...YOU have helped me to successfully Pass College semesters (2,3rd)☺️ and Thnx again for making my Understanding better in this subject...more bright Future to you Sir🤗❤️...!!!

[@saadahmed688]

Thanks man. I couldn't understand it previously but with the given set of rules and steps to follow, every complex problem seems easy.

[@obaidbaba2848]

Kcl at node 3: V3-V1÷5 +V3÷4 -i

[@waleed8861]

Man you are a legend ! Thank you so much

[@Umarfarook20]

V3-V1/R5-I+V3-0/R4=0 😊 good teacher ❤ LOVE FROM TAMIL NADU,INDIA ❤

[@varshakamboj7294]

Sir ji.......you are the God gifted person..........😊

[@thivagarmudaliaalanandaraj2151]

You are so good at teaching! Thank you so much for helping sir!😍😍

[@moinansari6988]

Sir...Can you please make videos on superposition ,thevenin,maximum power transfer, and resiprocity theorem.

[@qemmm11]

Thanks Sir 😊 (v1-v/r1)+(v1-v2)/r2+(v1-v3)/r5=0...(1) (v2/r3)+(v2-v1)/r2=-I..(2) (v3/r4)+(v3-v1)/r5=I..(3) (30 secs)

[@crazyhopper9366]

Sir you are really awesome. I just found your video today For my supplementary exam Huh i should have watched your videos for my main examination December

[@pial2461]

holy cricket. this cast is just gold, mate

[@atharvambokar6187]

You are so good at teaching! Thank you so much for helping sir!

[@bellanaswapna8332]

Very nice 👍👍I got clarity... Nicely and clearly explained... Superb..

[@manibharathi8060]

(v3-v1)/r5-I+v3/r4

[@venkannamay1246]

Thank u very much sir..Literally, u cleared all my doubts🤩

[@alvindhlamini2953]

i have an exam next week , this really helped

[@448ecelipika6]

U r way of taching is simple n awesome toooo

[@hritiksingh7802]

Best way of teaching

[@OnlyOne1Dee]

They is no better explanation than this explanation, thank u sir

[@eStudyHack]

Your video is very helpful. You cover all small conditions. Thanks✌

[@francisalbin1729]

((v3 - v1)/R5) - I1 + (v3/R4) = 0 sir is it correct

[@shahidparvez8712]

You are awesome sir. Great teaching skills 🥰

[@josephtraverso5355]

Thank you from America!

[@vijayyadav-kc7ro]

What an excellent way of teaching bro. Thanku so much .

[@compineering]

How do we know that all V1 currents go outward? Sorry! I'm new to this topic

[@hemantkumarlashkar3298]

Yes ,it is really easy method to solve node analysis 😊

[@circuitsanalytica4348]

Nice video, an enhancement in sound level is highly appreciated....

[@francisalbin1729]

very nice

[@mihirmishra289]

God bless you sir😊

[@asadahmadkhan1054]

This person is great 🙏

[@ShreyasDasgupta]

Anyone here from VIT ?

[@padmavathipadmavathi3678]

Many of them😂

[@balagaakhila6839]

​@@padmavathipadmavathi3678😂

[@sunnyvishnu4590]

Yeah bro😂😂

[@prashcreation8895]

Yeah watching one night before exam 🤣🤣

[@Cpp_For_Life]

From Bangladesh 🇧🇩

[@saideepthi2910]

(V3- V1)/R5+I+(V3-0)/R4=0

[@chinthaeswar8978]

Thank you for clear explanation sir

[@pradeepsuvarna8850]

Superb, Thank you so much for your clear explanation 😍

[@prajwal4245]

While applying KCL to v3 u havent considered the incoming current I

[@hamidamandu2513]

Waoo, I have never had a complete and simple video like this one. May I know whether you have videos for engineering maths 3 and amplifier circuits. Thanks so big for the videos

[@jayanthil5725]

Thank you so much sir for sharing ur great knowledge

[@EshetuKase]

I31=V3-V1/R5, I32= I ,I33=V3-0V/R4=V3/R4

[@sureshh-zu2lf]

Thank you it's helpful 😌

[@saicharanmajji972]

Thank you so much sir

[@sreekanth2339]

Good explanation

[@Bikkulove]

More questions on nodal plz

[@EATW]

check nodal analysis problem

[@hitheshnaikh455]

Thankyou for the best lecture sir🙏🙏❤️

[@user-qz6lq4yn8v]

Helps alot ❤

[@violetnyoka3462]

Thank you very much for the clear explanation.

[@sagnikghosh7177]

How will we identify which one is reference and non reference node???

[@keerthanamageshwaran9076]

Do we want to consider that the currents must to be always flowing out from the node ...???

[@circuitsanalytica4348]

No, for a node, current may be incoming or outgoing....

[@bhargavivuggina6966]

How can we say that the current is incoming or outgoing

[@boddepallihanish5757]

This guy is fantastic 😍👌

[@rohith2096]

It is really helped me a lot.

[@killergamer7125]

-i + (V3 - V1)/R5 + V3/R4

[@renupreetham6040]

I wanted equation for 3rd also.. To clear my confusion with sign convention. U told homework 😑😑😑😑

[@suvojitbaidya7470]

thanks man !

[@hitman.mp4]

5:29 starting time thank me later😅

[@praseethavijayakumar1694]

Thank u for the lectures sir, but may I know how the equations will be if I try solving it using mesh analysis?

[@circuitsanalytica4348]

In mesh analysis, all terms will be voltage terms like V1 - VR1 - VR2 - VR3 =0

[@kevinliu4569]

thank u random indian man

[@vikasvicky5903]

(V3-v1)/R5-I+(V3-0)/R4=0

[@HypeWave-now]

(v3-v1)/r5 + (v3-v2-I) + v3/r4

[@ayyappanaidu1701]

V3-V1/R5-I+V3/R4

[@kumardigambar1664]

Thankyou so much sir🙏🙏🙏🙏

[@OptimisticSamina]

Why voltage at a point is maximum if currents are leaving that point.. Only bcz of this reason the whole thing is doubtful for me..

[@sarvampatel8943]

It's becoz the current flow is always from high voltage to low voltage!!

[@northboy5734]

V3-V1/R5-I+V3-0/R4 So, V3-V1/R5-I+V3/R4 THATS THE POINT

[@princetomar4545]

-I +v3/r4+v3-v1/r5

[@cznburak7916]

@neso academy sir if there was not r1 will there be node v1???

[@sripriyasr1748]

Thank you so much sir 💙

[@MRAXELGRINDER]

Awesome wonderful

[@The_studified_classes]

(v3-v1)/r5 + (v3-0)/r4= I

[@nishitlugun8394]

There's a voltage source just below R1. Current I31 should be (V3-V1)-V/R5?

[@amitmahato4876]

Nope we are writing the KVL equation from V3 to V1 node , so there no chance of coming V in between.

[@tanaya489]

Thank you so much.

[@tanzimesha9726]

so can I randomly take current directions at each nodes?

[@kavyabmallad7786]

Thank you sir

[@jatin201]

(V3-V1)/R5 -I +V3/R4

[@sreekanth2339]

Nice bro

[@latabisht4896]

What if we consider the V2 has highest potential?

[@olaayman1900]

thank you

[@tasneematurash1160]

Hello. Can you plz help me to understand that why is i3 has a direction downward? should not it be i3=i1+i2?

[@EATW]

nodal analysis steps wise

[@prashanthmj8]

V3-v1/r5-i+v3/r4

[@sreekanth2339]

i31=(v3-v1)/r5,i32=-i, i33=v3/r4

[@uthamkumarKorukonda]

Sir I had doubt in taking reference node

[@coganglenchangtrai6521]

Why the between voltage source and R1 no is modes, i'm hesitate it

[@MuhammadAbdullahkhan-n8x]

v3-v1/r5-I+v3-0/r4

[@Manicrover]

8:54 >> (v3-v1)/R5+v3/R4=I

[@anikeshkumar1420]

Sir how many days takes network theory to complete whole syllabus.

[@SanathanDharmaa]

12 days bruh if we work hard a day with 4 hrs

[@vanshkumar7471]

Haha i complete network theory from zero in 10 hrs😂

[@circuitsanalytica4348]

The basics of NT are KVL, KCL, Ohms law, Norton's theorem, thevenin's theorem, superposition theorem etc... you can complete all basic theorems in one day. Within next 3 to 4 days you can gain sufficient knowledge about NT in exam point of view....

[@rajeshg8649]

(V3-0) /R4 +(V3-V1) /R5 - I =0

[@varshasingh4756]

I+(V1-V3) /R5=V3/R4

[@cosmoara4901]

(v3-v1)/r5 -I+(v3-0)/r4👈

[@keerthim7149]

Sir At node 1 actually one current is flowing into and the two currents are leaving why you have mentioned that all the currents are leaving

[@nesoacademy]

Watch the first lecture on Nodal Analysis.

[@armor5019]

he has taken the currents outgoing so that in answer if we get negative ans , we can simply tell the current is in opp direction

[@menglimarrero4296]

i1, i2, i3 how come they are all going out the node?

[@sethkintankwa7818]

(V3-V1/R5)-I+(V3/R4)=0

[@beejaygaming6195]

(V3-v1÷R5 )-I+(V3÷R4)=0

[@joybrar9024]

Answer : ( V3 - V1 / R5 ) - I + ( V3 / R4 ) = 0

[@maquia_drafts]

But can u explain a bit, why did you write -1

[@joybrar9024]

@@maquia_drafts This is because the current is in the opposite direction, so it becomes negative

[@adityakushwahaiiitbh_2005]

HW ANS:--(V3-V1)/R5-I+V3/R4=0

[@awesomearchit111]

Sir is signal and system over from your side?? If not, them please tell the status

[@awesomearchit111]

Neso Academy okay sir, I'm really sorry