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Thank you professor. Your videos are very clear.

Good day sir, very helpful video, just quick clarification on equation 2. Shouldn't it be 3s^2+20s+1 instead of 3s^2+20s+4 since there's no spring valued at 4?

hey doc how can i find x1 x2 block in simulink ?thanku

@mafarooqi sir apne ye chapter karwya ha ?The Design of State Variable Feedback Systems

sir i find the ans of example-1 is Theta2(s)/T(s) = 1/10 --------------------------------- 850s^2 + 2000s + 600 i think it is the right ans. can you give a suggestion?

shef please comeback ı cant finish my school without you ı need to learn power electronics please mak a video series. esselamaleykum.

God bless you my king

Thankyou Sir for this lecture...very well explained

shouldnt the error be = 1/(1+Kv) instead of 1/Kv

السلام عليكم، what is name of this tool box for simulation in matlab?

Hi Prof. I have a question regarding the case when dE/dt == 0, that means Energy is a constant number. For pendulum, this can be the case when pendulum is in the upright position with zero velocity and acceleration. But this is not a stable equilibrium point. Then why do you say equilibrium point is table when dE/de <= 0?

Thank you for the amazing video

isnt it supposed to be N2/N1?

sir i think question no. 1 K (spring) value should be 3 not 6? 300(5/50)^2 is = 3 not 6 1/10 -------------------- 8.5s+20s+3

Watch ruclips.net/video/5daCE9VBx1M/видео.html for MATLAB Simulation/Animation of an Inverted Pendulum with LQR (Linear Quadratic Regulator).

thank u sho much sir

Thank you, sir.

sb koi alg alg bta rha h dimag khra b h

Thank you sir, for the detailed, descritive video❤

Thank you sir❤

Jazakallah brother, really good explanation

Sir,could u pls send me these pdf files?(I am a student in Beihang university,China,found ur videos r very helpful.)

great video sir

Dear Professor Thank you for your lecture. Why we should consider P is symmetry matrix.

Dear Professor Thank you for your wonderful explanation about Lyapunov function.

Can you give a link to the related books you are using? Also thanks for the amazing content. May Allah give you an infinite reward for the good work.

Hey I just want to say, I used some of these videos for my course magnetic circuits last year.... this year I have a course called Electric Machines! And its based on the same previous stuff we learnt plus some new stuff. Which by coincidence is the name of this exact playlist of videos made by you! Thank you and have a great day

Thank you so much for this video it is very clear explanation. Could you please make a video about controllability canonical form and observability canonical form ? ( I couldn't find any video or material about this topic but our professor includes these topics to the lecture)

You teach much better compared to my teacher HAHAHAHAH

Sir thank you for sharing us good and comprehensive videos...also can you share us the topics about AC motors also

Ba monk bapa UNZA leave a like 🇿🇲😹 Machines teyabana ... this man deserves to be dean

يسعدلي جوك ياشيخ

So helpful, could you please share the slides?

I want to know if the data used for the calculation are per-phase data

Why is there no equivalent circuit of the permanent magnet?

Thank you so much sir! My professor does not draw much that is why his lecture is really hard to understand when it comes to looking at different perspectives of the machine 😭

If you are here because of Dr. Zulu leave a like UNZA monk

5:51 in and i feel ready for my assignment. My uni lecturer failed to explain the steps in over an hour

AoA, Can you please upload your lectures on Robust Control?

Sir,, Please do not share this type of vedio which are wrong. Please , please

dear sir , what is a b c and d

farooqi saab,masha allah kya gazab ke lectures banaya hai aapne

hello. firstly, thank you for your video it is helpful to me i'm curious about why gain is 164 i will get happy if you answer to me

👍

Great video! Thanks for sharing your explanation!

Thank you Sir for your videos but 5:30 to 7:00 is confusing me .

Good explanation! But I really didn't understand the definition of V(x). Can we choose it arbitrarily?

Hello! Professor, Thank you for your lectures. I have one doubt. If we use some hyperbolic function like tanh(ks) where k is a larger number so that function approaches sgn(s). can we use this type of function? so that my control action will become, u = -\beta(x) * tanh(k*s).

Thank you Professor!

Thank you so much sir!