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@@dugganiravikiran you are welcome ravi kiran

@@user-jyothi8412 all thebest jyoti

@@user-jyothi8412 all the best jyoti

@@ElectricalEngineeringTelugu Thank you sir

You are welcome..

You are welcome

You are welcome sruthi

Okay

How can I send questions

@@manasapotharaju6491 You can write your questions here

Hi , Questions have some diagram so, how can I send those questions.

Okay

Please do reply sir.I know that case also armature reaction will be there and will try to decrease the speed of rotor,which will be further compensated by prime mover governor. But in text if u can explain..how the magnetic drag will be created if load is connected to armature?

You are welcome abhiram

Bulb ki power rating ee kadu voltage rating kuda vuntundi.. For example, 150w, 240v bulb ante daani meaning entante, aa bulb rated voltage 240v, Kabatti bulb ki 240v apply cheste adi dani rated power 150w consume chesi full brightness tho velugutundi. Power P = V×I V= voltage, I= current, P, V telusu kanuka rated current kanukkovachu. I=V/R ni P=V×I lo substitute cheste P = V/R² ; R= Resistance P, V telusu kanuka , R (bulb resistance kanukovachu) Bulb ki 240V kanna takkuva voltage iste 150w kanna takkuva power consume chestundi. Rated values nunchi bulb resistance kanukunte, P=V²/R formula lo different voltage values ki power enta consume chestundo kanukovachu. Ante bulb ki 240v iste 150w 230 iste 230²/R 220 iste 220²/R . Rated voltage kanna ekkuva ante 260v , 280v ala iste bulb 150w kanna ekkuva power consume chesi over heat valla bulb damage avutundi. Bulb insulation kuda voltage meeda depend ai vuntundi ani gurtu vunchu kovali. ila different voltages ki bulb power enta consume chestundo kanukovachu kani 150w bulb ki 240v iste bulb enta power consume chestundi ani adagadam correct kadu. Power rating 150W ani already icharu kada nagaraju.. All the very best nagaraju

@@ElectricalEngineeringTelugu Good thank you sir.

@@ElectricalEngineeringTelugu ante manam voltage ni batti bulb wattage teesukovali kada?

But can i use KCL it will more easy

Till now, I have not discussed kcl, kvl. I have discussed only simple series and parallel circuits, equivalent resistance calculation, current division rule , voltage division rule. So, my intention here is to use only simple series and parallel circuits rules to solve the problem. Then slowly I want to introduce the circuits that cannot solve using series parallel circuit rules, star delta transformation, bridge balance condition etc . Which explores the necessity of kvl and kcl. Later I want to introduce remaining circuit theorems in a sequence.

Okay. I will try to do

Yeah , we can call the dc generator as dc machine. No problem.

If we mechanical couple the Dc machine to prime mover to generate electrical power then the that dc machine is called as dc generator. If we give dc supply to It's field and armature windings to get mechanical energy then the dc machine is called as dc motor.

Okay

You are welcome devendra

Till, it has not uploaded. I will upload it..

You are welcome saiteja

Please do it

th-cam.com/video/NjtLw_gd2_U/w-d-xo.htmlsi=Iv-ozCt8NiC7aNjl Please watch the above link , it might clear your doubt to some extent..

In generators, electromagnetic torque is the load torque.. the prime mover torque must be more than the electromagnetic torque to generate the power. At steady state condition, prime mover torque = load torque + losses. In motors, electromagnetic torque is the driving torque. Electromagnetic torque should more than the load torque to meet the load requirements. The driving torque= load torque+losses at steady state condition

You are welcome Sumitra..

You are welcome srinivas

You are welcome. Definitely I will upload more classes

Thanks and welcome

You are welcome sandhya

Okay, you are welcome

You are welcome manoj

Okay veerababu

Okay , I will try to complete