AC Example : Nodal Analysis ( Hard )

[@reubenwilliammpembe667]

you are the best Sir you have been there for me from Circuit Theory 1 and I am in Circuit Theory 2 and from all the methods they gave me YOURS is the best and more useful - keep up the good work Sir
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[@bizarreworld8617]

Thank you bhai!!!!!!!!! kal subha exam hai aur aapke iss lecture ne sab clear kar diya

[@abdullahnasir8535]

You saved my assignment brother.

[@jajajimajames677]

You're the best engineer! thanks, big help and now I know how to solve it in a much better way!

[@maymoment3307]

Thanks i was searching for it and it was the only video

[@narxx00]

at 6:39 how did you get the right side ? whats the steps ?

[@ThOtherzz_]

You need to convert the denominators into polar since it is on rectangular form. You need to convert it to polar so that you can now divide both polars and get the answer.

[@georgegithinji935]

Try going step by step and not skipping some important steps there are some of us who are finding it hard to follow when you just present the solution........as a teacher you need to address the needs of everyone not the ones who already know the steps

[@avnishmaurya854]

Sir I'm unable to solve the equation with calculator sir make videos for solving equation with calculator

[@captainloop7159]

Please any one tell me how to simply 😭 that types of equations

[@adityalote9058]

Use complex equation formulae which include rationalizing the denominator...then you cis theta format to get the magnitutde and angle...you can learn them in complex number chapter

[@hasankvanc6067]

bro thank you for that video it helped me to much for my course

[@yuhui9556]

Awesome explanation! Thank you for your great help!

[@jelaniherbert8904]

How did you get the right side of equation 1?

[@zilluette13]

I also don't have much knowledge about this topic and that part has been bugging me

[@jajajimajames677]

just use the calculator to complex mode

[@matttikar4053]

does this have mesh analysis tutorial?

[@mtopangaprimo2556]

I got an A for my DC . Thanks to you !

[@sbonelobonengcongo2262]

sir can you please explain for me that how come that we can say V1-12/Z1 while current is flowing from lower potential to high potential. and direction we are give from the supply

[@sbonelobonengcongo2262]

if i may sir that V2-V2/Z3 is not supposed to be negative because the current is leaving the point??

[@jeromeexyz9923]

That’s my problem too while watching this. I’m now confused if my professor is wrong or this tutorial is wrong. Fuck 😩😩

[@jhonloydyubac7781]

@@jeromeexyz9923 actually i think it is correct as long as you stay consistent with how you do it.

[@michaelangelolagman9738]

you can assume that your nodal voltage is always higher when doing nodal voltages or you can do it this way. As long as you're doing it right and consistent with the signs, you'll arrive at the same answer or the signs will only differ. Different in signs just indicate that the current goes the other way.

[@zoiloblanco3413]

yeah this whole process is wrong, current leaves which means negative . if you make the current positive he should not equate it to zero. then potential should flow from highest to lowest potential . how could v1 - 12V? .

[@shaafahmed5984]

Good video....helped alot

[@easynavigation847]

Why is it v1-12

[@naqibrosli]

u flipped the direction of V1-V2/4 to V2-V1/4 in the 2nd nodal .

[@altuber99_athlete]

True. I don't know if that's correct, because then you wouldn't have _simultaneous_ equations to solve for.

[@derpmeowslurp1593]

in nodal analysis you can assume the current is always leaving the node unless you have a direct current source. what he did in the video is correct, if he did it your way, he would have needed different equations for the first node due to the current flow. which is why if you just assume current is always leaving out of a node, you don't need to know the real direction of the current unless you have a direct current source, like at V2, where you would say the the current from the current source is negative since the current leaving node V2 is going in the opposite direction from the current source.

[@julianaakello]

Some one plz help me y he is subtracting v1-12

[@en.amardaharwal]

Are sir sirf ye imp tha ki matrix form me solve kaise kiye

[@RakibulIslam-vl9kt]

Sir i'm unable to solve the equation 1

[@fatinishtiyaq1095]

how u find eqution no 1 tell me in details

[@NMPVevoOfficial]

Thanks for the video! but are we going to do the same thing when we have 2 different voltage sources (1 DC voltage source and 1 AC voltage source)?

[@RANGER_Rajat]

Have you got the solution for this ??

[@priyachauhan613]

sir, which software are you using for making this video? can you please tell me?

[@rhrabiul7563]

Very useful.. ❤️

[@DJ-Amit87]

Thanks vi god bless you 🙏 vi mesh analysis AC circuit video jode detan

[@pickyprincess1364]

Your calculation for D is wrong

[@ShahabAhmad-wv4ng]

Very helpful thanks

[@hakimalhasan8168]

phase formea kmnea holow

[@mandisa7356]

anyone know how he minused the inverses?

[@ozkang654]

How did yu detemine the subtration direction is it important

[@salmanfarshi5019]

Thanks a lot..

[@Revanth2344]

super ,thank u very much

[@karolymyagual6036]

Gracias, despeje mis dudas =)

[@gauthampracharya9592]

despacito

[@EATW]

nodal analysis circuit problem solved steps

[@alihani6909]

Thank youu so much!!!!

[@romelelectronics]

thanks

[@petergregoric1019]

thanks mate.

[@qamilharith]

Thanks !

[@sagarraj4521]

Tnx sir

[@SajjadFilms]

ভাই বাংলা তে কিছু আপ দেন ।

[@himanibasu4171]

Please watch out our channel Electrical Learning Aids

[@noriddin1685]

Ez

[@coding_bro4158]

Itna ghatiya explanation khi nhi dekha...rata rataya hi dekh kr likh diya