TF#2 EMF equation of a transformer in hindi

[@Electricalpaathshala]

Get Written material of this video here :- electricalpaathshala.com/2019/06/emf-equation-of-transformer/

[@divyasawlani603]

Isse acha khi nhi milega boss😎

[@swagatadas7046]

Sir u r just amazing. I didn't understood this thing from my prof. But after seeing your video I really understood 😊😊😊😊

[@electrical_engineering24]

Gawar

[@damonsalvatore4191]

Sir you are an impeccable teacher....thank you for teaching this topic so efficiently ....kahi se chi samajh nahi aa Raha tha.....lekin ab aa gaya.

[@Paplu4949]

Sir ji aap bahut achhe se smjhate aapke smajhane ka tarika bahut badiya hai

[@kumawat1106]

Sir tq so much muje book me bilkul hi samaj nhi aa rhi thi pr aap ne jo padaya hai bus ek baaar mehi samaj me aagyi

[@vanshking9479]

Bhout hi acha smjaya sir ne ❤or bhout hi easy trike se thanku sir ❤

[@minhajulislammahin123]

thanks for this video . keep that up bro

[@prayagrajresult]

Wav kya bat hai Nice vedio, good.

[@Electricalpaathshala]

KINGCROF NETWORKING thank you so much 😊

[@prayagrajresult]

Good, & do hard work.

[@Electricalpaathshala]

KINGCROF NETWORKING yes i will

[@paritoshsuthar2475]

I loveee u broo Apneee bht bht achaa smjaya h yrrr Actually mairaa kal paper h orr mujee kuc smj nhh aa rhaa t Orr mujee Emf Eq.of 1phase and 3 Phase bilkul smj nhh aa rhaa t too m yhii Smj rhaa huu yrr Any ways I m your New Subscriber Lovee u

[@kesavtiwari4220]

5:26 sir yha jo E1and E2 h vo peak value h ya fir rms

[@nitindhuliya678]

Thank you 🎉🎉🎉😊

[@TechnicalPahadiTP]

Really appreciate your effort.... Good job 👌

[@shubhamsingh-ur7gp]

mst samjhaya h, or videos jaldi upload karo

[@tarunkapoor3502]

Well explained sir..❤

[@Pabitra_Gorai]

Aap ka samjny ka technic bhut pasand aya sir👌👌

[@TechnicalHamTumTips]

Sir fyi ka value lets karenge kya

[@SunilKumar-fv2cx]

Mast smjayaa ❤❤

[@damonsalvatore4191]

Sir is it applicable for electrical AKTU exam?

[@aryanwankhadevlogs8944]

Thank you so much sir ❤

[@Nitesh_Kumar872]

thankyou sir so much sir♥

[@khushiyadav6138]

you teach awesome :)

[@amrutparajannavar9151]

Superb ☺☺🙆

[@Electricalpaathshala]

Thanks a lot , kindly subscribe my channel and watch other videos i hope it will be helpful also 😊

[@sujoyghosh9728]

The camera condition is too bad.. please improve..btw concept is clear.. good job👍👍

[@Electricalpaathshala]

Now Improved in latest videos, please check it. Thank you for watching. Have a nice day.

[@ankitranjangzp8360]

Sr auto TF ka question kra dijiye Jaise copper saving

[@asgyamraj5576]

Bhai t constant nahi ha kuy ki aap d(Qt) /dt ki term ma differentiate kar raha hoo. Too t constant kasa hua. Uska too differentiation hona chaeya

[@shiveshkanaujiya8153]

Sir- eddy current losess smjahaiye sir please

[@prashant-p2p]

sir but transformation ratio should be T2/T1 OR E2/E1 (college)

[@friendscorner5010]

Thanks sir my conscept is clear

[@sandeepsonkar6770]

Sir can you tell us how design a buck boost transformer.

[@chandni2379]

Good explain 👌😊

[@alonesta1167]

brother all good but at last transformation ratio is wrong --It is - a = E2/E1 = T2/T1

[@hamidsaifi741]

Sir please provide handwritten notes. They give us better feel. Thanks a lot.

[@subhajittalukdar3727]

Actually transformation ratio is E2/E1=T2/T1=i1/i2=K(transformation ratio)

[@taimorkhan...uklife8529]

Good sir g

[@msksrc2]

Sir notes mil sakta hai kya

[@shiveshkanaujiya8153]

Sir. Unit- three phase induction motor ke sare topic samjhaiye please sir

[@mugdhoandmusic2995]

Why we wrote minus finishing the 1st equation

[@Tatyavinchu1990]

Derive the EMF equation of single phase transformer.

[@saurabhmishra7012]

Sir "parallel operation of transformer" par video bnaye.

[@omisnehi3373]

Excellent

[@madhavsharma6802]

Root2 hor 2 Kaise cancel Ho sakte hai

[@Crownsunny]

Thankyou very much

[@neetuparihar7282]

thank you sir :p

[@Electricalpaathshala]

😅

[@Abhay_2]

0:31

[@thestorystime5802]

Sir video bahut achhi hai but thodi voice thik se nhi a pa rahi

[@Electricalpaathshala]

Jab youtube se first income aa jaayegi to new mic purchase kr lenge .. keep supporting 😊 good luck

[@paritoshsuthar2475]

Aree o mairyy bhaii kitnaa tarike se bol rhaa h orrr smjaa rhaa h yrrr Tuje isme bh problm h

[@caterpillar7119]

Thank you sir

[@AnujYadav-2011]

Bhai sch sch btana tum ye sb Google p electrical4u.com se likhta h na

[@Electricalpaathshala]

Technical terms are same everywhere. Emf equation of transformer is sane in every book and every website. Derivation is also same. Just way of explaining things is different and I explain in my own way

[@Electricalpaathshala]

Watch further videos, you will know it

[@Electricalpaathshala]

Moreover, We have search for better analogy and ideas to provide information in the best possible way. It might match some content from any book or website. But, It doesn't mean that we stole or copy full content of them. Yes, We take some knowledge from many websites and books. It is very usual practice to deliver best content to students. I don't think anything is wrong here. Even, Every professor in college and teachers in school teach with the help of some books. My duty is just to explain things in a better way only.

[@AnujYadav-2011]

@@Electricalpaathshala bhai dekho juth to bolo mt itna kse same ho skte ho mante h ki same ho skte h pr itne bhi nhi

[@AnujYadav-2011]

@@Electricalpaathshala or rhi technical terms ki to bhai vo to hr jgh same hoti h usme koi difference nhi hota but lecture ki 1st video 1-1 word se leke diagram itna kse same ho skte h

[@mahmad8766]

Awesome

[@jitendraKumar-bx1zy]

Sinosodial kya hai

[@bharatpahadia7599]

Jo sin ka graph follow kare...

[@AmanYadav-vi4hn]

Just give you a thumbs up for your great explainatioj things🫶

[@_intisar_]

Bhai pehle camera auto focus bnd rkha kro....

[@thestorystime5802]

thank you

[@anilkushwaha1985]

voice are so slow

[@Electricalpaathshala]

I will improve in next video 😊

[@piyaGhanu94]

2/√2= 1.41 hota he than how can put 4.44

[@Electricalpaathshala]

You are missing pie I think, Multiply it by 3.14

[@Shiveshpatel112-y8j]

Jaha t1 upon t2 kiya hai vaha n1 upon n2 hoga

[@amangaming4429]

N = T kr dia enhone jo padha tha bhi bhool gaya

[@hrjaatff6069]

Are bhai tuke kyo marte ho phale se hi yaad kar rkha hai

[@ahsanansari5623]

sin TA COS KI KORA HOLO DTTALSA DAKHU

[@shiveshkanaujiya8153]

*Sir please reply kijiye*

[@vikashdange28]

Video quality acchi nhi h

[@Electricalpaathshala]

Sorry for the inconvenience but aage ke videos me quality improved milegi aapko. Thanks for watching 😊

[@Shiveshpatel112-y8j]

Bhai glat hai is la equation

[@yourcomrade7863]

Glt pada rhe ho.... Flux cos ke function me hoti h sin ke function me nahi

[@trivedikapilb]

sin cos are same function with phase difference 90 degree. i think u r following glt book.

[@yourcomrade7863]

@@trivedikapilb no glt means galat (wrong)

[@ytshivam7761]

Thank you