Emf induced in a rotating rod (& disc) - Motional EMF | Electromagnetic induction | Khan Academy

[@mayankdhounchak190]

huge efforts are being put by him, RESPECT FOR THIS GUY.

[@losethbandara2780]

Really appreciate the hard effort you given for this. This is much better thought than at class

[@freeverse4210]

Now I love science it's interesting when you are speaking each word feels like the console of God so smooth and so interesting thanks for making my life interesting through this teaching

[@alphacuber5593]

Thank you for this. I haven't had anyone explain it to me this clearly. Great work.

[@sanasayma3260]

U truly deserve respect🙏 ...keep going sir.

[@AbhiYadav-jy3ej]

Very very very good teacher❤❤❤❤❤

[@mebsoumya0684]

Ohhhoooo 13mins n u r ready to solve questions...thanx man❤️

[@vivekgupta3692]

Sir Please Solve My Doubt - Sir In This Arrangement We Can Clearly See That There Is No Change In Flux While Rod Is Rotating , But There Is An Induce EMF Only Because Of Motion Of Rod (Not Because Of Change In Flux) Is This Violation Of Faraday Law ?

[@riteshbhardwaj1681]

No .Faraday law is for coil .

[@KhanAcademyIndiaEnglish]

You are right about EMF induced without a changing flux. But Faraday never said you couldn't induce Emf without changing flux! All he said was changing flux would induce an EMF.

[@vishaljoy6802]

Dood this doubt was killing me thnx for answering!!!

[@smileyyyy7372]

I had the same doubt after watching video and then I was searching for any comment if anyone had asked this...Thanks !! its clear now😮

[@KrishAggarwalA]

@@KhanAcademyIndiaEnglish thanks bro that doubt was killing me for years now its clear

[@kalaiselvanrajasekaran8352]

Sir please make a playlist for current electricity chapter based on the videos u have posted

[@shiwamkarn5215]

Omg amazing..this chapter is going on in my class..plz complete this as soon as you can with same effort..I really love it way..thank u so much

[@speckinspace]

Cleared my concepts! Thank you so so much.

[@astrokiddy3771]

Wow so good explanation❤😊

[@akshaypatra612]

Very intresting to learn😎 from you

[@8pxl_]

best teacher on the subject period

[@Sushmitha-rh3dt]

Exactly I had the same doubt of adding all the batteries.. finally I got the answer😢

[@kavinkishorex-bi9477]

I wish my phy teacher was this good.

[@SAURABHKUMAR-oy3nh]

Sir please Hindi mai bhi video banaya karo

[@chetnachaudhary2262]

Thanks ☺️

[@VedantaDas]

He is mahesh sir❤ float head physics 😊😊😊

[@aryan1389]

Khan academy always goes hard🤝

[@HelloAayush]

Thanks bro. You cleared my doubt😊👍

[@vanshmahajan9609]

God bless you ! What a wonderful video

[@justlearn3444]

Lots of love Sir please update the playlist

[@KrishAggarwalA]

far better than my school

[@lizmariajose9481]

Nice explanation Sir Thank you😊

[@daylight1nsomniac536]

thank you for the explanation

[@whysoserious1150]

And where's the previous video??

[@Rohan-tj1dr]

Thank you very much ram bhaiya

[@ar-rohoman2417]

U are great concept clearing mastar

[@asapacsin]

It does not seem to suit the law of conservation, the kinetic energy not going to decrease when the emf is induced.

[@tendi.rutsate]

Amazing

[@sohamajumdar9677]

Is there a way we can send our doubts to you guys ? As image or something

[@rudraphysics2646]

Good explanation

[@Nataspin900]

thank you kind sir

[@studyroa9045]

thank you

[@yogendragandhi2691]

video starts at 0.01

[@IntelR]

Love your lectures ❤️

[@PavithranD22]

Can't we say that flux Is changing because of change in area vector direction while rotating?

[@EntertainmentSpotted-wb5mk]

Sir which app you're using for this video?

[@aalerasul5382]

Hats off to you bro

[@janmeshsamvlogs7917]

Great 👍 👌

[@om-physicsnmvs]

Thank you sir🙏

[@RadhaSharma-ts1xw]

Thank u soo much

[@rudra5662]

really Good 👍👍👍👍👍👍👍👍👍👍👍👍

[@Mychannel-fm3vo]

U r really a legendary 🐐 goat

[@namitapanda3092]

Nice

[@anilsurjewala3606]

Lots of love

[@learn2observe540]

Sir plss give the link of motional emf video

[@namitapanda3092]

This is motional emf

[@rajbardhansingh5051]

In second part of question where disk is discussed, How can multiple rods can be joined to form a disk.I think it will never form a disk rather it will form a rectangle.

[@PrabhjotSingh_24]

we haven't talked about motional emf in the previous videos sir

[@preetam714]

sir please make a video on cyclotron

[@tasneem6427]

It’s not in our 12th syllabus

[@angadsingh6478]

@@tasneem6427 only 2020 batch is exempted

[@whytho2030]

@@tasneem6427 still its pretty cool and important concept

[@whytho2030]

try Readin ncert

[@tasneem6427]

@@whytho2030 Yes you are right

[@ayushijha9634]

How is flux changing in disc

[@shibaneethakur5035]

Why did you choose magnetic field into the plane....????

[@HarishSharma-s7b]

For better explanation of motion

[@janhviguptavlog_mirandahou2860]

Best 👍🤣🤣🤣👍🤣👍👍😊👍🤣👍🤣🤣👍😊

[@guillaume6373]

Wow, great video :))

[@magicinphysics9829]

💗💗

[@Mayank_11111]

how did you decide the direction of emf , how did you predicted tha the centre would be at high potential and the ends of the rod be at lower potential?? how would this direction vary with if rod was rotaating in other direction or magnetic field was upward instead of downward??,, NGL , this video is not helpinng :(

[@medico3989]

Sir how omega is constant 🙂

[@93katwal]

Because rod is moving with constant velocity

[@medico3989]

@@93katwal Thanks a lot bro❤️

[@atharvamayekar7085]

Why English accent??

[@Samridhi2410]

it's difficult for you to appreciate people no? hope you get better in life❤

[@atharvamayekar7085]

Neither I am depreciating,just asked a question you should Google the meanings of the words before you use it. Hope you get better in life ❤️🙌

[@Khushi....wthqthwu2ksg]

Why are forcefully trying to speak western when it sounds nothing like that