IM33 Numerical on Equivalent Circuit of 1 Phase Induction Motor

[@deependrasingh7576]

Thank u sir Pls keep uploading numericals becoz no one doesuploads numericals and those who do have solved it wrong U literally earned my respect

[@ankuragarwal4014]

Please, sir, keep making videos, really they are very helpful and easy to understand

[@aarjuparween8724]

Sir, the rotor speed should be Ns(1-s) na?? Why u are taking 2π in multiplication??

[@pratikdahifale2335]

Thank you so much for your valuable guidance

[@xyzlass8661]

Sir At 23:14 why the answer is not wrong if i take Pgf =i*2 R/2s

[@kousikmullapudi5126]

Sir why do we not represent this forward and backward field impedance in 3phase induction motor equivalent circuit.

[@manasmalik6515]

17:27 we got 336.80 as output power or which power and in question was 375 watt , that was input power?

[@omkarsalunkhe3766]

Excellent Sir

[@rajatgupta1474]

Sir is there difference in between rotor output and output power ?

[@omkarsalunkhe3766]

Thank You

[@rajatgupta1474]

In first numerical, cant we take the magnitude of flux(fwd) and flux(backwd), by the equation E=4.44.N.s.f.flux. Answer is not coming by this because ??

[@rajatgupta1474]

@@lecturesinelectricaleng i've watched it, sir. I m asking why not voming from this equation(E=4.44 f.s.N flux)

[@kitelectrical3232]

@@rajatgupta1474 your formula works good with transformer. In motor, the windings are distributed ans short pitched. so N gets modified.

[@-ArifulIslam]

sir why r2/2s =4.2 Why not 2.1?? What the value of slip in 20.29

[@shaluinsha9789]

Right

[@deveshbehera]

sir how to solve j

[@deveshbehera]

At 7:02 ; You solved and got 3.536 at angle of 45° how do you solved that & you also represented in rectangular form which was easy for me to write but i don't know how to find the other way with the angle and no j