Phasor Diagram of Transformer for Resistive, Inductive and Capacitive Load | Transformer part 11 |

[@letsclearjeemaths4024]

this type of teachers india need . wonderful explanation done.

[@theopenclassroom_edu]

thanks a lot

[@speedGV25]

Best explanation of this topic on whole UA-cam

[@sarmilatamang6513]

Thank you sir from Nepal 🙏🏻

[@plutonium4574]

This is the best explanation ever. This channel needs to be raised. It's so underrated but awesome one.

[@theopenclassroom_edu]

many thanks ❤️❤️❤️

[@ADITYA-kr3xi]

Sir your best teacher.😊😊
full respect sir. ❤❤❤

[@AjaySharmaIN]

The way you explained it reminded me of our college Lecturer. Thank you dada ❤️

[@jitendraprasadmuduli93]

Qualitatively explained sir....tysm❤️

[@theopenclassroom_edu]

Thank you so much ❤️❤️ keep watching

[@kottareddikrishnarao3706]

In rc circuit current leads voltage by some phase no sir but here v1 leads I1 how sir

[@souvikroy3584]

Thank you so much sir
Now these phasors are clear to me ✨

[@anshikasinha15-ee58]

The way u teaches us is incredible ..😍🤩 I easily catch ur wording 😇

[@theopenclassroom_edu]

Thank you

[@lakshyasrivastava]

Bahut badiya sir. Best explanation

[@theopenclassroom_edu]

Thank you ❤️❤️

[@SenpaiEdits-h9l]

Sir you are the best teacher i ever found on this topic Loved Your Videos

[@theopenclassroom_edu]

thank you so much ❤️

[@shrishtiprajapati3357]

👍Thank you so much sir ....I was too confused on this topic but u explained very clearly ....thanks alot 🙌

[@md.yeasirimran9551]

This is the perfect explanation of this topic..thank you so much brother..this topic is now crystal clear for me...Love a lot from Bangladesh...

[@theopenclassroom_edu]

Many thanks ❤️

[@madarauchiha3130]

Thankyou sir ❤❤
Very good explanation 👌🏻👌🏻

[@rahulkr4528]

Very nice explanation sir ... ❤..

[@shivamgoswami2.0]

This topic is not my clear but your lecture is attend the crystal clear ho Gaya sir thankq so much sir👍👍

[@theopenclassroom_edu]

❤️❤️❤️

[@rajshrimali2008]

Nicely explained Sir 👌❤️

[@Qssolution1729]

Bahut sandar padhate ho bhaiya koi ase nahi bata paya❤

[@tyagiclasses1213]

Fantastic and fabulous explaination sir 🎊🎊🎊💛💚💙😍🤩😍

[@theopenclassroom_edu]

Thanks ❤️❤️

[@Manish-vz4pj]

Thank you sir for making this comlex diagram easier.

[@rubonkhan1404]

Thanks for your effort. Perfectly explained.

[@theopenclassroom_edu]

Thank you ❤️❤️

[@Jordan_1432]

Sir you're legend 🙏🙏

[@ishantkohad2664]

I only understand this concept after I've watched your video 😁🤗🤗

[@theopenclassroom_edu]

keep watching.

[@MaheshMahi-hq1ti]

Thanks sir you are the best teacher ❤

[@abhisheknl509]

Great explanation sir , You are really a fantastic teacher. Your explanation skills are just awesome.

[@theopenclassroom_edu]

pleasure ❤️❤️❤️

[@rajudey6844]

Thankyou sir ab clear ho gaya hai is topic

[@theopenclassroom_edu]

❤️❤️

[@amancpc2795]

Nice sir you are best teacher ❤

[@sharma_tanvi21]

Nice explanation sir 👍🏻👍🏻

[@theopenclassroom_edu]

thanks. Keep watching

[@_Aniket_Sarkar_IT-A]

Dada tmr video ta amr j ki upokar krlo ble bojhate parbona..aj exam ta atar jnno valo galo..tnx a lot❤

[@theopenclassroom_edu]

❤️❤️❤️❤️

[@somuchamp6579]

Sir awesome explanation

[@dhruv8908]

Thankyou sir ab jaake clear hua yeh concept 😀

[@theopenclassroom_edu]

❤️❤️❤️

[@Er-piyush2705]

Bahut badhiya lecture tha ❤❤❤

[@vma011]

Thank you! I was able to understand the material even though I don't fully speak your native language. You sir are an awesome teacher!

[@theopenclassroom_edu]

pleasure ❤️❤️❤️❤️

[@dewannazmulislam9004]

❤️ and respect from 🇧🇩🇧🇩🇧🇩

[@theopenclassroom_edu]

❤️❤️❤️ pleasure

[@studymaterial43k]

Wow very easy explaination, amazing sir👌❤‍🔥

[@rajkumarsaini1997]

Great work carried out by you. Keep it up

[@theopenclassroom_edu]

thanks for support ❤️❤️❤️

[@divyaagarwal3563]

Wonderful explanation!!! Thanks a lot sir😊

[@theopenclassroom_edu]

Most welcome!

[@samarthjainvnit4820]

what an amazing explanation

[@varshagaharwar1756]

😇🙏 wonderful explanation.. thankyou so much sir

[@ee27arkadeepmukherjee30]

Brilliant explanation sir. You took an excellent session.

[@theopenclassroom_edu]

Thanks ❤️❤️❤️

[@Hemant12-z5g]

Sir kya padate ho aap jabardast 👍👍👍👍👍👍👍👍👍

[@theopenclassroom_edu]

Thank you

[@anand_monu]

20:35 I understand very well.
Thank so much for your hardworking.
Please Constantly upload upload the informative videos related machine, network, power system & all.
Thanks again ❤

[@newshorts7283]

wonderful explanation

[@Muskanperveen07]

This video is sooo much helpful thank you soo much sir❤

[@yaminisoni8760]

Outstanding explaination ❗

[@theopenclassroom_edu]

thanks

[@__NAFISFUADTALUKDER]

I1 is the vector sum of no load current, Io and the additional current , I1'... I1=Io+I1'
And Io is the vector sum of magnetising current,Im and the working component of iron loss, Iw.... Io=Im+Iw.... Sir, am I right or wrong?

[@sovande6770]

How magnetising current lead to flux first case for registive load please say sir at 5.39 minutes

[@sofisahil5259]

Best explained 💯💯💯

[@ujjwalthakur543]

Very nice and clear explanation of concept 🙏

[@shivanshu8778]

Samajh a gya sir 👍🌟

[@KanuriSriya]

Thank you so much sir!

[@raghuveernagumantry5407]

Completely nailed it sir 😍

[@theopenclassroom_edu]

thanks a lot

[@diptisingh1553]

Thank you so much 🥰❤️🥰❤️

[@theopenclassroom_edu]

You’re welcome 😊

[@pravalkaushal8428]

sir ideal transformer k case me e2 aur v2 k same signs ku hain
jabki primary m v1 aur e1 opposite signs k hote hain IDEAL m??????

[@vardhanbhalerao9950]

Sir next time please remove the Background music, 🙏🙏 btw very nice explanation ❤️❤️❤️❤️

[@varshaharmukh43]

Best explanation 👏👏

[@theopenclassroom_edu]

thanks

[@nikhilgupta2718]

Nice concept sir 🥰🙌

[@theopenclassroom_edu]

thanks ❤️❤️

[@ankitjunghare3793]

Practical transformer on load with resistive load, when v2 and i2 in phase then why v1 and i1 is not in phase?

[@rahul_a22]

very well explained🤩

[@savitanayak6385]

Excellent sir 🙏🙏❤️

[@theopenclassroom_edu]

Thank you ❤️❤️

[@alluvadabalakrishna2171]

Thank you wonderful explanation

[@shatruhanpatel2224]

❤ thank you so much sir ❤️☺️

[@deepakbadgurjar7013]

Sir your teaching meathod is excellent, keep it up and try to make more playlist regarding the electrical subject topic.we are looking for the teacher like you.thanks

[@jd_kishan_1]

Superb explanation sir

[@SarojYadav-yj7jw]

Thanks a lot sir.....from nepal

[@theopenclassroom_edu]

❤️❤️

[@shortsbydarshit.1923]

Make more videos like of parallel transformer, auto transformer etc

[@theopenclassroom_edu]

Sure ❤️❤️

[@neleshadevadiga2194]

Super sir....

[@AffanShaikh-fw1hp]

Why does the primary reaistive drop is not in phase with V1 but drqwn in phase with E1?

[@akaahmaurya3005]

Sir ? magnitizing current,flux se kyu lead kar rha hai??
Tell me please

[@vishesh_sarvaiya]

Wonderful class

[@theopenclassroom_edu]

Many thanks

[@awadhidehatifunny]

I love you sir dil khush kr diya aapne sir..

[@theopenclassroom_edu]

❤️❤️

[@pooranyadav2468]

कुछ समझ में नहीं आया मेरा तो BE में भी नहीं आया और अब भी नहीं आ रहा है पता नहीं कैसे ड्रा करते हैं वेक्टर ग्रुप को ओर एक क्लॉक सिम्टम्स 11ynd

[@divyaagarwal3563]

Thank u sir 😊

[@theopenclassroom_edu]

❤️❤️

[@sayeem-i4o]

nicely explained,

[@priyaandriyasisters7070]

Amazing sir❤

[@ayushsahu6632]

Thankyou sirjiii❤❤

[@sahilgupta9787]

Thankyou sir

[@theopenclassroom_edu]

❤️❤️

[@AffanShaikh-fw1hp]

Why does Ie magnetizing current is leading flux phi

[@bhagyashree7847]

Thanks sir 👍🙏🙏🙏

[@uktractors6403]

Hlo

[@theopenclassroom_edu]

❤️❤️

[@JANISARAKHTAR-i3s]

thanks sir ❤❤❤❤❤❤❤❤

[@ashishyadav-qy9ri]

Best explanation

[@theopenclassroom_edu]

thanks ❤️❤️

[@keshabdevkota168]

Outstanding sir

[@theopenclassroom_edu]

Many thanks

[@patluigl7998]

Very good sir got it

[@theopenclassroom_edu]

❤️❤️❤️

[@rashikkkkaaa]

wonderfull

[@abhishekchaurasiya4038]

Very good sir

[@theopenclassroom_edu]

♥️♥️

[@amanagrawal8089]

Sir awesome

[@theopenclassroom_edu]

❤️❤️❤️

[@Anchalkansara6_17]

Incredible

[@A__EC_Nikita_Chougule]

Thank u sir.

[@theopenclassroom_edu]

Welcome

[@maxzi4633]

Omg wt he explanation i newer seen like u

[@theopenclassroom_edu]

❤️❤️❤️❤️

[@P.sny0571]

Thank youu !!

[@bro-ko3hd]

Fatafati poralen sir

[@theopenclassroom_edu]

thank you

[@obslawART]

Today is my paper and I'm watching at 1:30am 😂

[@hashantharaka9830]

what is different these phasor diagram pure and non pure

[@theopenclassroom_edu]

sorry, what do you want to know exactly ?
pure resistance means there is no inductance or capacitance part

[@kousikpal2061]

Dada transformer all videos dao...🙏🙏

[@Vivekpandey-gu4yg]

Sir isme theory nahi likhenge kya

[@theopenclassroom_edu]

matlab?

[@Vivekpandey-gu4yg]

@@theopenclassroom_edu matlab ispar question kaise aate hai

[@theopenclassroom_edu]

"draw the phasor diagram of a single phase transformer with inductive load"
this type of question may come

[@deadchannel7637]

You explan very well
But please speak English

[@shrashtipatidar8980]

Why -E1 (in KCL)

[@sdsaini29]

👍👍👍

[@theopenclassroom_edu]

❤️❤️

[@roshikagrawal4040]

Background tunning disturb kr rha h sir