Routh-Hurwitz Criteria

[@rajavel_sa]

Neso Academy should take control of the Indian Education System

[@emirtunakorkmaz6462]

India should take control of the World Education System.

[@emirtunakorkmaz6462]

I follow all my lectures from youtube for prepare exams, all channels which I found is Indian channels...

[@rogerharsh]

India should take control of own education system cause it's a British education system

[@ahxishwe5664]

Indeed, that's why Neso is trying to share his knowledge with mass. Kudos to him cos of his great heart.❤

[@tuhinsuryachakraborty]

I'm a mechanical engineering student with no background in electrical-electronics subject. I'm learning this for my semester examination on the subject Electro Hydraulic Control Systems, still I'm finding it very easy to follow and understanding it. Thanks a lot Neso Academy for this wonderful set of lectures. I'm grateful to it.

[@Kapoompahpeempahpoompah]

Best news is finding out a new control systems video has been posted!

[@PorlacrestaLolvide]

You explain everything so detailed and calmly, it makes the videos long but it's guaranteed that the viewer will understand. This channel is helping me a lot, thank you :)

[@Nature.8am]

MashaAllah Zabardast.. Hats off To You Sir Big respect from Pakistan ♥️♥️

[@Raniaska0306]

This is the most clear and concise tutorial on RH Criteria, thank you so much!!!

[@cyberneticsiren]

at this rate professors should just send these videos, they're basically coaches anyway, my showing up to class is activly detrimental to my learning because its less time for me to watch Neso Academy

[@afsarhussain7550]

Nice explanation

[@sameermeshram3062]

Nice sir.... continue sir and upload more videos

[@rosebluerobin]

Sir Aap KZbin Toh Kya Aapke Jesa Teacher Toh Pure Duniya Me Hi Shayad Nahi Hai...

[@k.sandeepk6914]

You channel was the best on youtube for study

[@tejasprajapati265]

Please share frequency domain analysis videos also. Like Bode plot , polar plot and Nyquist Analysis.

[@user-vm5lb4qt7y]

Thank you so much. You're my savior

[@sanskarkumar6484]

thanks Sir🙏❤

[@priyashrivastava2230]

Helpful lecture plz continue

[@066_saqlain_ee2]

Sir on fire 🔥❤️

[@navyamalla7362]

Plzz complete network theory syllabus 🙏.......we(me and my friends) have been waiting from last 6 months....✨✨

[@PunmasterSTP]

I'm just curious, how have you and your friends been studying during those 6 months?

[@imranshaikh-ui5ej]

Very good teaching method....thanks a lot.

[@semihardagedik2468]

nice explanation, thx

[@mukundjha3366]

Thanks sir

[@jawadahmed2712]

Thanks bud

[@ginakrtrk]

Thank you for this video.

[@wonderingWonder321]

It's very helpful to me 🙏

[@vineetkumarsakhare2116]

this a very good explanation. thank you !!!!!1

[@sorathanjuanjenkit2913]

Thanks!

[@mrymzrzr4741]

That was perfect👌 thank you

[@about-art-intel]

Thanks

[@yeah5037]

Thank you

[@PunmasterSTP]

Routh-Hurwitz? More like "Amazing? Yes, it's!" Thanks for another great video. As a side note, I was wondering why you couldn't just use Descartes' rule of signs to determine that a polynomial with only positive coefficients couldn't have any positive roots. Then I realized that it only applied to *real* roots!

[@fahimfaisalamio8037]

commenting?more like "cringing" in every video

[@PunmasterSTP]

@@fahimfaisalamio8037 Haha, yes for sure!

[@OaRaj]

Time response and frequency response ka v video upload kijiye plz sir

[@CoachTannushka]

Please make root locas series

[@kiranburande2497]

Nice sir 👍👌

[@mahendrailla-o8u]

Please do a lecture on root locus

[@utilizator1701]

6:09 weird. I know that if a denominator polynom is a Hurwitz polynom, the transfer function is stable BIBO (because in a Hurwitz polynom, all the roots are in the left half complex plane).

[@ahxishwe5664]

lecturer will say, please attend to next session😂.

[@VENKATPAVANBOGI]

Sir please explain bodoplot also

[@Factopedia283]

Hello How to calculate number of poles on left side and on imaginary axis for 2nd example

[@khurin3938]

Sir , i know what is closed loop system but What is linear closed loop system?

[@zeuspunz]

Linear means that the system does not have any nonlinearity. If the system has nonlinearity, then RH criterion can't be used. We have to do Lyapunov stability evaluations.

[@lsgofficials0949]

In case 1 and 2 second example why we should not multiply b1 and b2 with minus (-) sign??

[@lenslens7379]

You should place (-) if you calculate the determinant. He already inverse the determinant no need to place (-)

[@user-ee5jz6io7m]

Hii sir please check the value of S^0 i got 36. How u got 6 sir....explain it briefly tqq sir...

[@BaBa-fr7jq]

Left half of s plane ?

[@mahendrailla-o8u]

🤞🫰🫰

[@paulhetherington3854]

That isn't ever, mathematics.

[@-Mohamed_bayan]

why? RH criteria is based on mathematical foundation, it is used to study the stability of the system not to find exact solution of the characteristic equation