SG#9 mmf method in hindi , voltage regulation of synchronous generator

[@TheAxisofRevolution]

These are the best electrical lectures I have listened till now. Hope you explain the DC motors and synchronous motors too.

[@atulsain6170]

respect for your teaching method, you explained it very beautifully.

[@sakethramreddy2421]

thank you very much brother , nice and smooth explanation ,please cover all topics.

[@swapnilmishra6427]

welcome my son (replying from my 2nd channel)

[@vishalchaurasia1238]

Lallontop guru 👍👍👍👍 ji kya mast padhate hai aap

[@abdurrahman-zq4tf]

really your lecture is very easy to understand article is difficult ,,thnks sir

[@anamikaraj4238]

Fabulous Sir I love ur concept of machine

[@kamalkumarmali8138]

Sir bhut acha lecture h continue rkiye ac machine ka plz sir

[@45.rahulkumarsingh21]

the explanation is clear and easy to understand thank you

[@snehaarora8953]

Sir please iss series ko continue krna😊

[@ranjeetkushwaha7659]

Your lecture is fantastic sir👌👌

[@happyhobbies3747]

Great videos sir... salute u.

[@polarbearwantsbeer]

Thanks!

[@polarbearwantsbeer]

Thanks a lot boss.. It was so clear.

[@Electricalpaathshala]

Thank you so much for such a feedback and appreciation ❤️🙏. This is my first Super Thanks. ✨

[@polarbearwantsbeer]

@Electricalpaathshala always welcome Bhai. It's good to know. Also for all the detailed and really good lectures, It's the least I can do. Hope to see you growing.. have a good day.

[@Electricalpaathshala]

Thank you for your warm wishes 🤗.

[@happyhobbies3747]

We want all the topics from u ❤️❤️❤️

[@02_shraddhakotrange87]

such a nice explanation .......

[@shwetakadam1188]

Your explanation is very neat and understandable..plz make video on problems on mmf , zpf methods.👍 And keep it up

[@fabcusmartin1138]

very nice videos....sir, is series ke aage ke videos jld se jld upload kijiye....we are waiting for it....exams are near

[@anahataghosh6687]

Best explanation I have heard

[@VICKY-EXPLORER]

Very well explained sir😊

[@Mr.X_Wolf]

Thank you sir very clean explanation

[@Electricalpaathshala]

Thank you for watching. have a nice day.

[@fabcusmartin1138]

Very nicely explained... aage ke videos bhi upload kijiye.....ZPF, 2 reaction theory power characteristics etc...

[@Electricalpaathshala]

Yes, i will upload more videos soon

[@abhinabachoudhury8649]

One doubt, the field of an alternator is excited by DC supply then why are we going for vector addition, we can add if1,if2 arithmetically na?

[@ajju3236]

Thank you❤️✨

[@awaiskhandaudzai1331]

Dear Sir , I have some questions 1: How Ia will flow during no load condition as we have seen it in short circuit test it only flow when it is short circuited. 2: I think you have considered a situation where lagging pf load is connected where some Field current is used create terminal voltage that is If1 and If2 is countering the armature reaction where we find the resultant If and from there we find the terminal voltage during lagging load. Please correct me if i have misunderstood it

[@amarsakhre5018]

Sir is occ and scc test is similar in both the method?

[@ajitpal7895]

Graph ki help se Regulation kese calculate kiya .jese emf method mai kiya tha .ab/ ac

[@siddheshbarkale4102]

In Industrial level which load is connected to determine voltage regulation through MMF and ZPF test?

[@sharespoint4846]

But sir how Ia can flow at no load? And if load is lagging then how can we find If1 corresponding E' from OCC?

[@ritikapravakar5336]

Nice video samajh aaya

[@shashankgautam1168]

waiting for the next video

[@abdulwahabqureshi1628]

Sir can you please upload videos on Electrical power supply analysis.

[@sdptech3460]

Awsm sir...

[@ShivamSingh-ye9ss]

Thank you very much sir

[@ranikumari1745]

sir plzz make a video on salient pole machine - two reaction theory

[@GauravGupta-pb8mk]

Thank you sir

[@adarshverma877]

You are teaching from Ashfaq Hussain?

[@sohail2726]

Plzz sir make video on potier methods

[@saksham5027]

Lecture ke Notes mil skte h kya?

[@saksham5027]

BTW great work

[@ritikapravakar5336]

Sir zero power factor and or v video plzzz upload

[@phuldeomonitor1530]

Sir notes ka pdf provide kijie n....

[@hungerstrike4628]

Sir emft k tut bhi provide kro plzzzzz

[@ShivamSingh-ye9ss]

Sir mera topic par bhe video bana dejiya na please

[@Electricalpaathshala]

Kya h aapka topic .

[@ShivamSingh-ye9ss]

Electrical paathshala Describe the overload protection of 3 phase induction motor

[@Electricalpaathshala]

Exam kab h aapka .

[@ShivamSingh-ye9ss]

5 ko

[@Electricalpaathshala]

Ok

[@jeet5205]

Please you upload by zero power factor method please please please

[@ahmedshaeik18]

Agar aap ek example leke samzateh toh aur accha samzta tha

[@shreyanshsinghal5457]

thanks

[@babluprajapati1399]

Sir traction Ka vi video load kijiye n

[@prashantraj2158]

👍❤

[@nishahashmi8832]

yaar portier method pr nhi bnai..😐

[@skyin7]

Sir please complete this Chapter !

[@rahulkumar5625]

Na ye samaj aa raha na armature reaction wala hn pehle ka video aacha tha par ye sab kch samaj nhi aa raha

[@factwithsukesh]

Sab kuch to pichle vedio me btaye the to kya matlab ye vedio bnane ka

[@rutvikpatel3349]

bro first of all clear your concepts flux always leading emf is not always correct we cannot say anyting about that my professor is well experienced and had explained the reason behind that so please do not spread misconceptions

[@Electricalpaathshala]

In my knowledge, i delivered the right according to the laws, in case you have any doubt then please provide explanation. ..if you have any difficulty here then, you can also contact me at [e-mail] .good luck

[@aryankumar87771]

Don't say bro...call him sir

[@aryankumar87771]

Show respect

[@wazir_uu]

what was the reason behind it. Pls explain

[@rahulkumar5625]

Sun na bhai tmko ye knowledge kha se mila jra bta do hum v wahi se padh lenge kyuki tm samjha nhi pa rahe ho