Flux Linkages Inside the conductor

A video that clearly explains how to calculate flux linkages and flux inside a conductor. It is assumed that the return path of the current is far away. So, external factors have not been considered.

[@shreyaspakhare1313]

Very well explained Sir. I did not understand the flux getting multiplied with x^2/r^2 part though. Could you please clarify ?

[@vex18th]

he doesn't understand it either, this is just word for word from some textbook

[@robertfaney4148]

I am confused with what u are doing ! need more better explanation.

[@ashishpawar4754]

This video was so informative that maximum doubts regarding internal flux linkages were cleared. Thank you so much

[@ChinmayaASV]

Thanks. I am glad it was helpful !

[@suryajeetsingh]

My confusions gone away after watching your video . Thanks

[@adrcon1221]

Nice explanation.....

[@ChinmayaASV]

Thank you. I am glad it was helpful :) All the best !!!

[@forcegurkhaextreme3803]

Did you used ampers circutal law for closed loop magnetic field

[@donamerinsebastian765]

Explained very well sir. Thanks a lot.

[@ddevsarkar3650]

Thank you very much for giving me a valuable topics such like that.

[@quintinkruger9103]

Thank you !!! Don't know why textbooks are so secretive as to how these laws flow together XD. Great explanation !

[@ChinmayaASV]

I am glad it was helpful :) All the best !

[@milbronjames]

great video brother thank you

[@ChinmayaASV]

Thank you for the kind words.. Glad it was helpful..

[@kethanpolani9743]

nice videos sir, but i didn't understand the ix to i ratio analogous to N

[@bartreyd8172]

Nice explanations👏

[@ChinmayaASV]

Thank you 🙂

[@mahledayimani2503]

Wow this is very good, Thank you Sir alot, you killed it, very good explanation.

[@user-nn7sr7wo8s]

Thank you sir , this is so helpful....

[@ChinmayaASV]

I am glad it was helpful :) All the best !

[@tanishadeopa2829]

Thanks for the video .very well explained

[@김예성-t8m]

Thank you for your detailed explanation. it was helpful to me!

[@ChinmayaASV]

Glad it was helpful :) Thank you!!

[@venkykore7133]

Nice explanation sirr ...easy to understand

[@ChinmayaASV]

I am glad it was helpful :) All the best !

[@shalvachkhaidze7137]

Thank you very much. Excellet video! Very clear. It would be great if you put up more for 3-phase lines, composite conductors (same stuff about capacitance, etc.)?

[@gowriv944]

Every thing is ok sir....sir make vedios about bundled conductors and gmd gmr....

[@ChinmayaASV]

Sure.. I will take the feedback.. All the best :)

[@gopichand5038]

very very good explanation

[@ankitkumar-fy2om]

the unit of flux should be weber not weber/m as you have considered the width to be dx and length to be 1 and flux=B.A

[@103-idc-srinivas9]

Great explanation

[@abdullahalzandani7134]

You are amazing man! Thank you BEAST!!!

[@ChinmayaASV]

I am glad it was helpful :) All the best !

[@aniketdeshmukh5286]

thanku very much its very nice video sir plg also share other video

[@ChinmayaASV]

Glad it helped :) Thank you!

[@md.marufhasanarif6927]

Thanx for a good explanation..... 🙂🙂🙂

[@ChinmayaASV]

I am glad it was helpful :) All the best !

[@Vipin.Singh.thakur]

Great work sir

[@ChinmayaASV]

I am glad it was helpful :) All the best !

[@UltimateGogeta.]

Sir please tell how to this by energy density

[@sreenivast5214]

please make videos on inductance & capacitece calculations.

[@farajalyami2044]

reaaaaaaaaaaaaaaaaaaaaaly helpful thank you alot

[@insearchofpeace2151]

Complete garbage. You never explained why the current linking the flux d-phi is pi*x^2 /pi*r^2. Why is that current linking the Flux d-phi? d-phi flux is passing through the Differential area assumed. Why would d-phi link current in other part? And your rake English accent makes it even more irritating.

[@NoobmasterGaming69]

thank you so much sir...it helped me a lot. :)

[@ChinmayaASV]

Thanks. I am glad it was helpful !

[@GauravGupta-pb8mk]

Thank you sir

[@ChinmayaASV]

I am glad it was helpful :) All the best !

[@arainbros1471]

haven't seen the whole video , will you please just tell me an easy definition of flux linkage?

[@zeeshankhawaja9769]

Why we take dl

[@حمودةياكبير]

Thanks so much brother

[@SHUBHAMGUPTAversion]

Thanks :)

[@ChinmayaASV]

SHUBHAM GUPTA you are welcome. Hope it was helpful :)

[@masedurrahaman7257]

Please external flux link line conditions. .please upload vido

[@PrankedBoy]

awesome. thank you

[@aditipatel123]

great...

[@ChinmayaASV]

Thank you,.

[@mohammedkamal667]

How dis you find dl?

[@حمودةياكبير]

dl هي محيط الدائرة ☺️

[@mohammedkamal667]

+‫حمودة يا كبير‬‎ thanks i got it

[@MuhammadUsman-re3dx]

awesome

[@ChinmayaASV]

Thank you. Hope the videos are helpful :)

[@alexanderkuruvilla3094]

Transition of British accent (0:01) to Indian accent (1:35)

[@nirbhaythacker6662]

Just a tiny suggestion, pre-writing might be better and use a pen+ pencil & stationery.

[@robertfaney4148]

better accent compared to other indian guys !!

[@gingerbreadknife]

굿굿굿굿굿

[@subratmohanty4712]

Not complete solution. U r following the books

[@kyakaise5890]

Fluxe DENCUTY find no

[@mohammedamir7659]

great explanation