Drawing Root Locus #2

[@gboyawesome1159]

I really like how you went step by step and explained each step to its fullest. It was really easy to understand! Thank you so much!

[@dallasbrown5]

You made this so much easier than any other person I've watched, thank you!

[@andrewlee3981]

No joke, been freaking out about root locus for almost 3 weeks. You are amazing, this is the most simple explanation I've seen as of yet. Puts all the information I've gathered into focus. Thank you!

[@raul7980]

Thank you for your Root Locus examples! You simplified about 3 weeks of my teacher explaining it through zoom into one example

[@danielgreaney3265]

now I can go to bed. Thank You :)

[@EngelUniverse]

Scratched my head for an entire semester over this!
Here: I got it in 18 minutes...
Good job!

[@Outofblue85]

We had a final exam with my friend.We discovered you when we only have 1 hour up to the exam.Thanks to you it was good enough to understand quickly.And you helped us through that exam a lot.Thank you again.

[@LJsphotos247]

Thank you so much teaching us about the "The Root Locus Method". I found this video to be very helpful, well done!

[@jamesacosta6090]

u make it look so simple! Thanks!

[@VK-ts9kl]

Thank you for your amazing explanation. I finally understand how to draw root locus plots! :)

[@DarrellManyange]

Love your work. You're a gem!

[@Ffhsnb]

Thank you for this video. Very easy to understand. Keep up the good work!

[@Stream_Function]

You are a great teacher - Thank you very much

[@adi5962]

Awesome 🙏🙏

[@EgeUyar]

thanks a lot, you saved me from failing (i hope)😅

[@egbertdeetlefs2059]

Very awesome!! Will actually pass control systems now :)

[@mnm1127]

Thank you for making it easy and clear as my lecturer confused me but you clearly explained everything.

[@giovanacolucio2215]

Amazing video! Thank you very much for the explanation :)

[@NoNeedtoFeedtheJudge]

You're the best. Thank you!

[@berkancivelek1436]

how could we find overdamped, underdamped, crtically damped ranges on this example ?

[@samuelbassey5034]

Thanks for this tutorial...it has really helped me..

[@i_am_omobeautie]

Thanks for this…new subscriber 👍🏽

[@kavindunirman2413]

Ohh man thanks a lot. really good explanation.hope you will upload more of these kinda videos.

[@왕희도-d6n]

thank you . im south korean students this material gives me lots of knowledges. ^.^

[@pamodakoggala]

It was very clear and concise. Great video.

[@sullyliang3577]

different from my professor but much more easy to understand! thanks a lot!

[@mohammedabdulkareem9282]

Thank you so much for explaining...

[@SUPERJOYK]

Brilliant video, don't understand how there could possibly be a dislike

[@Ma-Al-E]

the professor who didn't succeed to explain what she explained in 2 hrs

[@only4music725]

Excellent !!

[@ikeben9]

Brilliant

[@chisomodimmegwa3479]

have an online exam tomorrow this helped alot, i dnt know y my teacher are so bad at explaining simple stuff

[@tompol5433]

amazing THANK YOU VERY MUCH !!

[@AJ-et3vf]

Thank you very much for this maam! Very helpful!

[@simalidavid2413]

Wow u r good I believe thank u very much

[@moeha1527]

Great explanation!
Thank you!

[@lorerusso0]

thank youu. great video!!

[@skinnymon123]

what about angle of departure and arrival? my teacher wants it by hand too

[@khalidsaifullah1321]

You are amazing!! ☺☺

[@420ZEO]

KEEP THE GOOD WORK

[@senalshamika9426]

Again Thank You ❤‍🔥

[@akilawickramathilaka2943]

👋

[@Youxsal]

thank you for this explain
then. i have question for how can i find k for the system

[@cehennemefe]

you are the best

[@stojkatosheva6043]

Thanks girl! U r amazing ^_^

[@gaarvey]

Thank you 🙏

[@emanyoussef6264]

Thank you❤️❤️ you are amazing 🥰

[@mulluabhiramnaidu3811]

you are awesome

[@사이언티스트-i1z]

Thank you very much !!

[@jumbojimbo706]

You have saved me from suicide

[@gbakos1238]

Thank you so much

[@benedictusivanr3366]

thank you so much

[@jahansaid6382]

Why you are forcing a row of zero? when solving for K =60. can you clarify it for mea please?

[@alexpascu2971]

Routh-Hurwitz stability criterion says that the first column in matrix should not have any sign change for a system to be stable. We want to know k so that the system is marginal stable. (Intersection with imaginary axis tells you for which value of k (k_max) is your system stable. If you go beyond k_max the system becomes unstable, throwing your poles in RHP). We dont want any sign change so we are choosing 0.

[@karisdavid2598]

i dont see 11 (s) cubed. why is it in the top of the table?

[@motazalgadi5585]

Thank you u so amazing

[@mucahitdemirc]

thanks!

[@Merthasan01]

thanks a lot ^.^

[@akilaes777]

Thank you can u replace my lecturer please :))

[@Hard_core_jewelry_plug]

I wish my girlfriend was this smart 😆

[@sritejkoduru]

Thank you

[@iceposeidon412]

kisses from turkey we love you so much!!!!

[@rakesh9800]

Thanks mam ❤

[@mikecheuk]

thank you

[@electricaleee]

can you tell us ho we can find sima without use calculation

[@electricaleee]

sigma

[@ahmetgozukara8021]

harikasınız hanfendi

[@akanguven114]

i love you :D

[@onur7192]

4:00 isn't that centroid ? poles-zeros/number of poles - number of zeros = centroid

[@CluckYou21]

Yes.

[@Neon-xf9cl]

I wish I found you earlier

[@hacimwalker]

You can find in the next year if you can not pass exam do not be sad