Vector diagram of Induction motor I RAJ SIR I Engineers Group I Diploma semester class

[@mayanksingh3484]

Super se upar वाला वीडियो होता है सर आपका

[@Rajkamal_sir_Official]

thanks😍😍

[@beautygupta2135]

Tqq so much sir ..very helpful video plzzz upload more lectures on electrical machine...I thought that there is no teacher who can teach machine nicely...but u prove me wrong....l love ur videos and ur smile also😄

[@Rajkamal_sir_Official]

Thanks Beauty & welcome As Always u too😍😍

[@vishalchaurasia1238]

Lallontop guru👍👍👍👍 g

[@Rajkamal_sir_Official]

😍

[@pradipnikam2592]

🔥🔥🔥🔥

[@sutradharitabharatkipaurad4716]

Lovely lecture sir 🥰

[@frozzzenflame9490]

Very help full video,i subscribed ur channel ,keep solving our doughts 🤗

[@mayanksingh3484]

Outstanding teaching sir

[@Rajkamal_sir_Official]

thanks

[@sutradharitabharatkipaurad4716]

Sir aapki Chhoti si smile mera sara tension Katam kar deta Hain🤗

[@Rajkamal_sir_Official]

thanks

[@enstructorsclass7143]

If you consider the windings of the stator and the rotor, it follows that the induced voltage of the stator notated as E1 is in-phase with an induced voltage of the rotor notated as sE2 or E2r. The question is, how will you settle your phasor diagram in which your E1 is out-of-phase to induce voltage at the rotor winding?
Thanks for the reply.

[@divyanshawasthi2297]

Sir V1 ki equation galat likhi h ..
V1= (-E1) + I1R1 +JI1X1
Apne +E1 likha h , according to kvl it is wrong.
In most of the books there is -E1

[@th-mrdeep7941]

Na re bhava samke asa te

[@Ace91182]

Sir eska starting video nahi hai playlist me

[@Ace91182]

Only 2 videos hai starting ka nahi hain

[@kuldeepushwaha6824]

Sir Iw and I meu ko kya bolege