Wow 😮, a UA-cam 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 🙏🏻
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🤗❤️...!!!
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
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
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....
Because we consider that potential is higher than other node...if we consider V3 than we assume that V3 is higher than V2&V3. & As per rule current always goes from higher potential to lower potential....
You really deserve appreciation sir... Thankyou
V3/r4 - I +(v3 -v1)/R5 =0
is this the correct ans?
Yes
@@yadindinen1633Yes
Yes@@yadindinen1633
@yadindinen1633 yes bro
This guy has a unique way in teaching. His videos are really helping. Thanks!
yeah
(V3-V1)/R5 -I +V3/R4=0
Yes i too got same equation
👍🏻
Yes, that's correct
i too got the same
correct answer
Wow 😮, a UA-cam 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 🙏🏻
you'll get all subjects on youtube '
This is the beauty of Indian Teachers 🇮🇳
Super useful video, was having a lot of trouble understanding how to write the equations before this. It makes much more sense now!
You're saving me. Wish you a lot of success in life
Thanks man. I couldn't understand it previously but with the given set of rules and steps to follow, every complex problem seems easy.
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🤗❤️...!!!
(V3-V1)/R5-I+(V3-0)/R4
You are so good at teaching! Thank you so much for helping sir!😍😍
Man you are a legend ! Thank you so much
Sir ji.......you are the God gifted person..........😊
Sir...Can you please make videos on superposition ,thevenin,maximum power transfer, and resiprocity theorem.
Very nice 👍👍I got clarity... Nicely and clearly explained... Superb..
V3-V1/R5-I+V3-0/R4=0 😊 good teacher ❤ LOVE FROM TAMIL NADU,INDIA ❤
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
You are so good at teaching! Thank you so much for helping sir!
Kcl at node 3:
V3-V1÷5 +V3÷4 -i
Your video is very helpful. You cover all small conditions. Thanks✌
Thank u very much sir..Literally, u cleared all my doubts🤩
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)
U r way of taching is simple n awesome toooo
You are awesome sir. Great teaching skills 🥰
holy cricket. this cast is just gold, mate
(v3-v1)/r5-I+v3/r4
Best way of teaching
((v3 - v1)/R5) - I1 + (v3/R4) = 0
sir is it correct
Thank you from America!
Superb, Thank you so much for your clear explanation 😍
They is no better explanation than this explanation, thank u sir
What an excellent way of teaching bro.
Thanku so much .
Thank you it's helpful 😌
How do we know that all V1 currents go outward? Sorry! I'm new to this topic
Nice video, an enhancement in sound level is highly appreciated....
very nice
i have an exam next week , this really helped
Yes ,it is really easy method to solve node analysis 😊
Thank you so much sir for sharing ur great knowledge
Helps alot ❤
Thankyou for the best lecture sir🙏🙏❤️
God bless you sir😊
Thank you for clear explanation sir
This person is great 🙏
Thank you so much sir
Thankyou so much sir🙏🙏🙏🙏
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
Thank you very much for the clear explanation.
How will we identify which one is reference and non reference node???
While applying KCL to v3 u havent considered the incoming current I
thanks man !
Do we want to consider that the currents must to be always flowing out from the node ...???
No, for a node, current may be incoming or outgoing....
How can we say that the current is incoming or outgoing
Good explanation
This guy is fantastic 😍👌
It is really helped me a lot.
(V3-V1)/R5 - I +V3/R4=0 is answer for node3
More questions on nodal plz
check nodal analysis problem
Thank u for the lectures sir, but may I know how the equations will be if I try solving it using mesh analysis?
In mesh analysis, all terms will be voltage terms like V1 - VR1 - VR2 - VR3 =0
@neso academy sir if there was not r1 will there be node v1???
I wanted equation for 3rd also.. To clear my confusion with sign convention. U told homework 😑😑😑😑
Why the between voltage source and R1 no is modes, i'm hesitate it
Thank you so much sir 💙
so can I randomly take current directions at each nodes?
There's a voltage source just below R1. Current I31 should be (V3-V1)-V/R5?
Nope we are writing the KVL equation from V3 to V1 node , so there no chance of coming V in between.
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..
It's becoz the current flow is always from high voltage to low voltage!!
Thank you so much.
Anyone here from VIT ?
Many of them😂
@@padmavathipadmavathi3678😂
Yeah bro😂😂
Yeah watching one night before exam 🤣🤣
From Bangladesh 🇧🇩
8:54 >> (v3-v1)/R5+v3/R4=I
Thank you sir
thank you
What if we consider the V2 has highest potential?
Awesome wonderful
5:29 starting time thank me later😅
Hello. Can you plz help me to understand that why is i3 has a direction downward? should not it be i3=i1+i2?
Sir I had doubt in taking reference node
Nice bro
legend thank you very much for detailed explanation
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
Watch the first lecture on Nodal Analysis.
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
i1, i2, i3 how come they are all going out the node?
Sir how many days takes network theory to complete whole syllabus.
12 days bruh if we work hard a day with 4 hrs
Haha i complete network theory from zero in 10 hrs😂
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....
v3-v1/r5-I+v3-0/r4
Sir is signal and system over from your side??
If not, them please tell the status
Neso Academy okay sir, I'm really sorry
(V3- V1)/R5+I+(V3-0)/R4=0
Tanqu 🎉🎉🙏
thank u random indian man
v3-v1/r5 -i+v3/r4=0
is it ok or not
V3-v1/r5-i+v3/r4
(v3-v1)/r5 + (v3-v2-I) + v3/r4
-i + (V3 - V1)/R5 + V3/R4
I don't understand the current direction through nodes
nodal analysis steps wise
(V3-v1)/R5-I+(V3-0)/R4=0
V3-V1/R5-I+V3/R4
(v3-v1)/r5 + (v3-0)/r4= I
Sir please deliver other remaining videos of the network theory fast air
I31=V3-V1/R5, I32= I ,I33=V3-0V/R4=V3/R4
OMG!! All I want is how to solve the F$&@en equations after founding all nodes 😡
You just have to separate each numerator out over 1 and then plug know values in and convert to decimal then rearrange for the value you need
Use Cramer's rule or simply using a scientific calculator would do it
Why are you watching this video . Go watch how to solve 3 variable equations
(v3-v1)/r5 -I+(v3-0)/r4👈
Why do we always consider that current is leaving from node..
Because we consider that potential is higher than other node...if we consider V3 than we assume that V3 is higher than V2&V3. & As per rule current always goes from higher potential to lower potential....
i31=(v3-v1)/r5,i32=-i, i33=v3/r4
I LOVE YOU