Sequence Networks - 1 | Power Systems | Lec 44 | GATE EE/ECE 2021 Exam | Ankit Goyal

[@KreatryxEE_EC_IN]

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[@farhanasultana1394]

sir you r such a good teacher...thank you very much of giving such type of content on KZbin...i fully understood the tropics...nd i like you very much sir....

[@nithishkumar8509]

Sme here

[@eagle5852]

Tropic😂😂🤣🤣

[@manrajsinghbhatia6750]

i love you

[@moonknight1040]

You are too beautiful to handle ❤❤❤

[@dineshmohapatra1355]

You can skip to 10:45 😇

[@kauryapujavats3658]

Super teaching style sir

[@rawnakbansod4286]

Wow....aj tak itna best ye topic kabhi kisi ne nahi padhaya....thanks alot Ankitsir

[@PiyushKumar-xb3dy]

Sir your lecture delivery is excellent .....haven't seen any faculty like this who makes everything so easy...

[@swarnlatakumari5675]

Excellent explanation sir nd very attractive representation..thankyou so much sir🙏

[@agjhv3835]

38:51 but in neutral grounded during zero sequence also Vn not = 0

[@digitalmarketingtipps]

Excellent teaching and thanks a lot Ankit Sir❤

[@zezo2895]

Thank you sir ❤

[@harendrakamat6101]

excellent session. thank you guru ji

[@subrataghosh1814]

At (01:02:21) if the rotor start rotating in anticlockwise then the negative sequence emf will be present {only zero sequence can not be there}... So is the question wrong or there is some more logic to it...?

[@gagansingh-gf5ne]

Thank you sir🙏🙏🙏

[@sharadendutripathi2960]

Emf produce = -d(phi)/dt. So the maximu flux change will be occour in the phase perpendicular to the pole so how maximum induce voltage could be in the phase lying under the pole 🙄

[@Kitabi_muslim642]

Because emf lags by flux 90 degree

[@saraswatirathore3933]

Sir, positive sequence circuit me aap dikha rahe he current neutral se flow ho Raha he but neutral to ground se attach he to fir iske through current different Branch me kese gaya

[@ronakbhatt5402]

Thankyou sir 🙏☺ 😊

[@VillayatAli-hu1pi]

Very helpful session sir ...

[@KiranDevi-lz8oq]

Thank you sir g

[@birajaprasaddas3335]

Great Sir

[@aamermirza9428]

Thanx a lot sir❤️

[@smirtagusain3886]

Tq u sir 🙏

[@TajUddin-qk1ty]

Sir diagrams are not clear in your lectures please magnify the font size.

[@mukeshjaiswal9940]

Thanks sir great

[@LALITKUMAR-dg7cw]

sir series fault and shunt fault k bare m bhi thoda clear krna...problm hoti h

[@vinaykumargautam2036]

Sir UPPCL JE AND SSC JE ke liye Power system ke liye ye lecture watch kar sakta hun???

[@digvijaysinhmbarad1193]

Why not??

[@arvindkumarrawat2366]

THANKS sir ji

[@makeitsimple247]

video start at 10:43

[@Entertainment_912]

Tx

[@onefact3875]

11:45,17:29,19:18

[@nithishkumar8509]

Sir why did you take the current direction reverse becoz in load current enters but you took current leaving

[@nandkumarkushwaha2232]

I also same doubt

[@akhilsm6840]

I have the same doubt

[@mokariyanaresh7511]

You can take any direction for kvl Or kcl, here voltage is negative means there voltage is opposite to the given polarity

[@ajendrasingh1492]

lets crack it

[@Yalla_Balaji]

why neutral carries zero sequence network ?

[@digvijaysinhmbarad1193]

Bcz +ve and -ve sequence current is zero and zero sequence current is non zero

[@Vincenzobiky]

🍿

[@maithiliprasantentertainme1529]

❤❤❤❤🇳🇵🇳🇵🇳🇵🇳🇵

[@piyushjoshi1939]

Aajkl sir ACP Pradyuman jaise bolne lg gye h!

[@sanchitathombare6622]

❤❤

[@aamermirza9428]

G👍❤️

[@n.p.9997]

Sir. Aap promotion kar karke thakte nahi ho kya? Matlab har video mein staring ki 10-20 minutes to promotion mein hi chali jati hai. Good teaching btw.

[@DharmendraKumar-qf4fz]

Student bolyie šir ya or kuch study se jayda to beta, beta bahut jayda

[@arvindkumarrawat2366]

Bal.system

[@profsvpatil3987]

Lecture me jyada ghumiye mat.. its difficult to concentrate

[@shatrunjaykumar4037]

Worst lec of power system

[@electrical1775]

Thank you sir

[@harmeetkaur9960]

❤❤❤❤

[@ankandey9949]

Thank you sir

[@divyanshubhagat3461]

Thank you sir