Flux and EMF graphs

[@quratulainfazal7251]

Never found an explanation to this theory as good as this one!!

[@mohamedgamal-fl1lb]

Can't express my feelings and my appreciation to this amazing video and your effort. keep up the good work

[@isabellaellenmorison3582]

Very well explained and synthesised to understand. Thank you so much, and keep up the excellent work!

[@MuhammadWaseem-ck5gn]

Thank you so much sir.. This is one of the best video available on the platform

[@thubelihlekhanyi7824]

I've been looking for this all over the Internet, best explanation ever. thank you very much this will be very helpful in my exam tomorrow.

[@shush_1622]

how was that exam

[@thubelihlegwamanda3555]

Lol, I really don't remember, I don't even remember what subject this is, is it physics? I passed with 92% in physics final matric results, forgot to return and say thank you

[@zyania100]

It's really very nicely explained...it has really cleared by confusion i always had...thank u so much sir

[@aliceavien8028]

You're a LIFESAVER sir, i have my A2 phy day after tmrw, this has really helped me

[@adriansarroff1833]

The best explanation on the net. I have used it countless times. Thanks

[@geoffphillips8183]

Brilliant explanation!! Thanks. Hope you're still doing vids in 2020 and on!!

[@AryanRaj-zw7xj]

Very nice explanation ,,my confusion is now cleared

[@andrewvictor1489]

This is one of confusion lesson for me thnx so much sir 😊😊

[@MrUnpaused]

Thank you very much sir ! My exam is tomorrow and this has helped cleared it all up for me. :)

[@saxonmckenzie-smith6822]

This video was so helpful. Thank you so much!!!

[@dr.m8161]

i was much much confused in this...but by actually knowing the difference b/w flux and flux gradient graph...this concept helped me in understanding ac generator graph...😇

[@rethabilemoshesh1779]

this was such a good video and very helpful!

[@RizwanKhan_99]

So that's it!!!!

[@annabelroberts1761]

This is awesome! Simple and clear. Thanks

[@muzakkir3195]

Thank you so much! This was very helpful.

[@basilsunnyalukka4491]

Thank you ,sir.

[@adrikaafrin]

Thank you so much Sir, your video really helped !

[@claricea5353]

Excellent explanation

[@abdelrhmanahmed1402]

thank you for helping me

[@janeevangeline1524]

Amazing, thank you

[@ronash.a]

Shouldnt the emf graph start at zero though because the rate of change at the beginning of the change in flux graph is 0, and the emf graph is graphing the gradient of the change in flux. And also, from the start to the 3rd point, the graident of change in flux is negative so the emf graph would have negative points in the section but it will be flipped to positive gradients because of the negative in the emf formula. I think that make sense, idk I'm still learning.

[@EliiBarbosa4]

Muito bom !

[@sayedhassanphysics8491]

Thank you Sir, for a clear explanation GO ON

[@tcritt]

Great video.

[@imajeyelectrical581]

very nicely explained

[@ryandesilva6419]

Absolute Legend! Saved my HSC no cap on god🤡🎅🎅🌚

[@jasonclegg17]

Great explanation :)

[@sibandadavid2557]

Woosh finally understand ❤❤

[@eshaghazali2482]

Thanks man😭i have ny physics exam in like 6 days this was bugging me. God blesssss

[@ThriveNow123]

All I don't understand is how the the change in flux is positive and great when the flux through the coil is 0

[@anatolimaroz4155]

Think of it this way: if magnet flux at start (ф_1) is greater than magnetic flux (ф_2) after, setting it in Δф = ф_2 - ф_1, we get a negative value. Thus if we set Δф in Faraday's law of induction, we get a positive flux in the formula. Hope this helped

[@astromuhammed]

Thank you Sir, for a clear explaination

[@stoveley]

Amazing help. Never understood why EMF was zero when flux was max. After the gradient, rate of change of flux you mentioned it makes complete sense

[@tadimakwindi8808]

THANK YOU!

[@yellowcyborg4729]

Isn't the last graph based on the gradient of the middle graph? So in the first section of the middle graph, gradient is 0, so the first point in the last graph is at 0. then the gradient is negative, and because the e.m.f graph is the negatie of the gradient, the second section in the last graph has a positive gradient. etc.

[@michahcongonyah]

Clear explanation, thanks

[@asmamada209]

THANK YOU

[@joshnovski4067]

Could you do one about Torque graphs in motor coils in this respect?

[@pieduacademy219]

Sir what type of software are u using for teaching

[@denzhendouvhada281]

Thank u❤️

[@boombeachnoob3642]

sir everything is fine but one doubt is that What you had drawn "GRAD of PHI" is what ? is it the effective flux present in inductor or is it the lenz's law flux which opposing change in main flux, thereby creating some effective flux./// please let me know thanks in advance.

[@youssefel-kady5734]

perfect

[@lucaholmes4157]

legend

[@sarwarsharkar9537]

why emf is minus the rate of change of flux?

[@kingsizetutor2173]

Lenz law

[@gourvi8021]

Because increasing induced emf's direction is always opposite to the magnetic flux which is producing this emf. Or we can say that the emf is produced in such a way that it opposes the cause of producing this emf.

[@nkharola4681]

grt sir

[@PsSarvna]

finally found ,this is very helpful,thanks😍😘😍😘😚

[@_oneshot_00_30]

Is EMF the same as induced voltage ?

[@mohammedbakkar938]

thank you sir

[@jasonoh9707]

fuck man u saved my life cuz. thank you very very much!

[@Trevonfonseka]

did you use Microsoft paint?

[@Trevonfonseka]

Romeno Wenogk so he used water colours and coloured has MacBook ?

[@Trevonfonseka]

Romeno Wenogk bill gates will be mad

[@Trevonfonseka]

Romeno Wenogk no I will not accept this. I'm going to suicide. tell my dogs I love them.

[@visolate]

It's called SketchBook i think

[@ghaiskh3138]

thnxx a loottt

[@rohitkumar-et3np]

nice 1

[@nemo9384]

i no english

[@tomanevjerni1589]

No ok!