วีดีโอ

Thank You So Much Sir

Please explain 16 mark’s questions

السلام عليكم how can we get the full slides for FBL

Wow! Exactly what I was looking for. Not just solved tutorials, but concrete examples with visual explanations. Very nice video, I give hands sir.

you are the best , I wish all the beast for you, May Allah reward you for this work.

For synchronous motor phasor diagram

9:40 both of them needs to be CCW I think sir.

I really appreciate how you explain why we're taking the derivative and relate it to how the gain is changing. Thank you for making these videos :)

Sir, you have saved my final exam singlehandedly. I am eternally grateful to you

where are u from😊

How did you determine the direction of magnetic flux density Bs due to armature current? WHich rule is that(which equation also)? can i do it using flemings left hand rule? But it shows the direction in the opposite.

awsome thank you sir

You are truly a great teacher. You teach these points verry correctly and to the point. Thanks

Hello sir, thank you so much for the explanation. can you please share the textbook from which you quoted theorem 13.2 ?

Please close the Ads Some of them contain haram content

From where these lectures have been prepared?

Yes farooqi

At 12:54 where θ2(t) ..Wouldn't it effect?

Taking your lectures after 8 years,❤

Thank you very much, Sir.

جزاكم الله خيرا

Thanks for the video, it was a really good example!

جزاكم الله خيرا

thank you for amazing presentation. i have a problem with what you said in 4:50. if sinx1=0 then x1=0 is not the only result. x1=3.1416... can be another result...

are the equations same or different for synchronous motor?

I love you <3

so if we have x1_dot = f(x1) + x2 and x2_dot = u, we can design backstepping controller. But do you know how to find solution for the model with disturbances: x1_dot = f(x1) + x2 + d1 and x2_dot = u + d2 ? Please let me know.

Thank you, sir, for explaining so well

I have been reading this for more than 3 hours without understanding, u really make it easy.

Thank you sir.

Sir, Is there a chance to share the matlab simulink files? I could not transfer what was explained in the video to Matlab Simulink program.

Wow! Superb Teaching. Thank You

excellent lecture

2024 IMRAN KHAN PROTEST DAYS AND THIS LECTURES HITTING BANGERS.

Why do we get 2e for a very short period of time? All in all very detailed and accurate video on the topic which is very rare. Thank you

very simple and crystal clear understanding

Hello can i ask you if this course is fir math students ir engennerinf ?

Assalam o alaikum Sir your lectures are very helpful in understanding the control systems. It is an humble request to please resume the lecture series so that students like me would be able to understand this particular course. Jazakallah u khair.

Thank you so much for the explanation. But you said when omega tends to infinity the real part becomes -3. But omega is in the denominator. This makes the whole denominator very large as compared to the numerator(-3). And this make the real part become zero. And that means the green curve wouldn't be correct. Can you please look into this. Thanks once again.

found treasure :0

Thank you sir ❤

17:43 why polarities are from - to + , it goes over it, shouldn't it be from + to - from high potential to low sir?

Thanks a lot sir. Very beneficial source for understanding the concept.

You are God send. Thank you so much

Can you please explain the other compound & series

At 15:07, V3(x) is positive semidefinite since V(x) = 0 for x = [pi,pi] ≠ 0

For exponential stability, lambda should be a positive integer instead of a positive number, right? Because lambda = 0.01 is greater than 0 but decays slower than 1/(1+t) ...

VERY HELPFUL, SANA MAKAPASA KAMI SA BASIC NA TOPIC NA I2 HUHU

Thank you sir ❤

Thank you sir❤