EMF Equation of DC Generator | Electrical Deck

[@ashiqansari8660]

Awesome explanation of all topics 👍👍every student can easly understand any topics

[@karthikeyanvenkatesan]

Superinga intha ulgam vanthu mathika theriyathathu inga summa irukutavanuku ella subscribe pannu series aaah eee varathu aanaa unga video payha udana nalla purinchathu good presentation i want more videos to apply try pannikita irukanaga subscribe reach aavum thank uu

[@YamunaKrishna-hv6sw]

Superb explanation mam,we want more content mam pls upload the videos...

[@BMNandhiniD]

Thanq mam for your clear explanation😊😊

[@shaikhmohammedabdullah3906]

Bhai mam nhi ai voice hai 😅😅

[@srirambalath9152]

Very good way of presentation....plz do upload more videos , it will be very much helpful for Engineering students ☺️☺️☺️

[@apurbanandi9175]

Thank you Mam!

[@kareemullahkareem5049]

Very nice explanation but why there are low viewers for excellent explanation

[@konstantypietka2428]

Great explanation, and great video especially if youd like to have a seizure at around 44 seconds into it.

[@BaljinderSingh-pn1mm]

Awesome I also subscribed your channel

[@shubhamraj6090]

Best explanation man 😘😘

[@mijanurrahmanmijan8200]

Just Wooooow💝! Thank you so much🙂.

[@idrishkhan1667]

Nice presentation 👍

[@KD_elctrcL_N_elctrnX]

Is the emf induced for per conductor or per turn? Doesn't faraday's law apply to loops

[@kumudinigoli8203]

suberb explanation

[@naturecreation477]

Thank you mam🙏🙏🙏

[@purti8]

Thank you so much ❤

[@hukaretanmay_69]

Thank you

[@ashiqansari8660]

Plz upload maximum topics

[@SimbaClovis-o8u]

Please I need equations on single face transformers at no load and at full load

[@uttamburnwal2806]

Well good explanation 😂

[@gunnapavan9385]

Thanks mam

[@Anunancy_26]

Nyc mam

[@Tarnished_soulAK]

Hello

[@manojvijay3345]

How rotate conductor

[@barigarimanjula7320]

Tq mam

[@kareemullahkareem5049]

Hi

[@thekhang5098]

Can you help me ? Sir

[@manojvijay3345]

Tel me what u want

[@محمدعواد-ف9س]

How accunt current rotor main Please

[@thekhang5098]

E conductor= B.L.v.sin(omega.t) => Emax= B.L.v =B.L.2.Pi.f = B.A.f = Flux.f => Eavg= (2.Flux.f)/Pi. But my book show me Eavg of conductor= 2.Flux.f

[@thekhang5098]

I can't understand that =(((