Routh-Hurwitz Criteria (Special Case 1)

[@NandhaKumar-is4tv]

Inverse polynomial method is easy for me. Thank You Neso.

[@TheChargingCap]

Inverse polynomial method is rarely taught! Good content neso!

[@SAHILKUMAR-ru4xd]

Method 2 is easy by. The way u taugh so..blessed to have such a great content ..

[@abhineveash]

Marvelous 🤩🤩🤩

[@technicalraman8848]

Respected Sir Please upload videos on communication systems, electromagnetic waves plz plz. I am completely depend on your lecture for gate 2022 ece

[@PunmasterSTP]

I'm just curious, have you tried to come up with a backup plan in case Neso Academy doesn't upload all the videos you want in time?

[@dylanchewe1134]

I love the second method...well explained, thank you.

[@imadyoucef2692]

Sir you're a legend ✨

[@SMV1972]

Отличный урок. Спасибо!

[@joesphjoea4704]

Thanks method 2

[@pavani8943]

please start teaching dbms

[@pappukumaree0517]

Nice sir ❤️

[@SakibKhan-ol9ru]

Good

[@PRITESH_anAlyzer]

Method 2

[@varshasrikasa8656]

Sir why kvl called as 1 law why not kvl please reply me tmr my viva question sir pizz reply me

[@PunmasterSTP]

By "kvl" do you mean Kirchhoff's Voltage Law? And if so, in what context is it referred to "1 law"?

[@harshavardhanreddy7530]

Method 2 is easy

[@PunmasterSTP]

Inverse polynomial? More like "Interesting, and I want to know more!" Thanks again for these really stimulating lectures.

[@tasmathius8252]

You made both methods simple to understand. However, I prefer method 2. Method is faster for me in terms of examination purposes and is also quite straight forward.

[@RdvTech19]

Truee

[@sameermeshram3062]

Nice lecture sir ....I hope More students takes good score for this particular subject of control system in GATE 2022 sir.... Thank you sir for providing best way to learn lots of concept and Topics.

[@AryaGagan]

7 months ago The inverse polynomial method is rarely taught! Good content neso!

[@Kapoompahpeempahpoompah]

Love this. Thank you! We are getting control systems everyday now! This helpse so much.

[@CHATUR__RAMALINGAM]

at 12:12 multiplication is wrong for numerator

[@lordsiddhanta6017]

No.. it's all right

[@Palaniappan.7837]

Exactly…I’ve been thinking the same..it’s supposed to be 6 £^2

[@joshuatopacio1045]

I think you interchange the 6z^3 and 3z^2

[@Al-bp7co]

Could you please add a chapter on PID controllers? I love your way of teaching! Many thanks!!

[@MVBSHADABARSHAD]

Method 2 Thank you so much 🤗

[@Mrstory143]

2Nd method is more informative thanks sir

[@rakshitharikky1807]

Method 2 is reallly good sir....

[@sameermeshram3062]

Inverse Polynomial method is better sir.

[@MVBSHADABARSHAD]

Please upload special case 2

[@bernardwodoame9850]

Why would I use method 1 in my right mind ?

[@ShreyasPatil-s1d]

The most understanding video i Have ever seen THANK YOU NESO.....!

[@nnnnnuoa]

Control system ka aage ka kb aaega??

[@Vishal-gl5gq]

Inverse polynomial method is better

[@MuhammadMuzammal-eg6tl]

inverse polynomial is easy

[@k.sandeepk6914]

There is not even a single sdd you thinks about us not yourself your literally god for us

[@sonfackkamdoumivannytho3753]

I'm in strong support of Method 2 it's strait forward.😮

[@varshasrikasa8656]

First like sir

[@Zuhaibshah-pi2id]

Please upload more and more

[@adeebalaraib305]

Method 2 is easy

[@sanskarkumar6484]

thanks Sir🙏❤

[@Debjit-x7d]

Inverse polynomial process is much easier 😅. Thanks neso❤😊

[@nitinaswal2774]

In inverse polynomial method can we multiply the equation by (S+1) in the place of (1/Z). Because this method is in our syllabus.

[@yusufsoyceken858]

is lim e => 0+ ? because if otherwise the result will change

[@Kumar-sq1pw]

Inverse polynomial method is good it fails

[@ualacianjos8841]

what happens if the limit diverges? in this case will be the system considered unstable?

[@vishrutbharti5596]

Sir if we apply special case in in simple question then what is the results

[@pritompaul803]

Method 2 ❤

[@cornilliousmagoche290]

Inverse polynomial method 💥💥💥💥

[@shubhsingh2991]

How do you type a matrix through Gboard?

[@dalejoshuaricardo8292]

Method 2!!

[@venkatprasad2566]

Thank you sir Method one is good

[@venkatprasad2566]

Replacing epslon in place 0

[@lukemahambo8439]

Inverse Polynomial for the win!!

[@gk_for_all_exams8506]

Nice 🙂😊

[@Supplychain-gd4fi]

Method 2

[@fahimfaisalamio8037]

Inverse polynomial method rules!

[@shivanshmishrabitspilanigo5157]

first one was in our syllabus. Thanks

[@rajeshshinde5696]

Very nicely explained....Thnk you

[@jaivikdhebar]

Sooo good explanation man 👌 salute!

[@aniruddhamungekar8663]

14:08

[@suheladesilva2933]

Thanks for the video.

[@sougatasamanta6838]

Love from Kolkata sir

[@glorydumeda4604]

❤ love this thanks

[@aniruddhamungekar8663]

Thank you so much sir

[@bharathnani2803]

Inverse polynomial is easy

[@alexnoggle1874]

Method 1 for sure

[@thenmozhinantheeswaran9751]

Thank u very much !!

[@henrygogoda1001]

Method number 2

[@abdulmajidyunus]

Method 2 is good

[@raghut720]

Thanks,neso🤗🤗

[@pappukumaree0517]

Method 2 Sir 👍

[@kpraveenkumar5444]

method 2

[@farhanahmed3003]

Thank

[@siam-ulhaqueshownaq108]

can I use inverse polynomial method in exam?

[@iqmathsciencelogicalreason2770]

Excellent

[@henrygogoda1001]

2