Systems Analysis - Root Locus

[@aarongillen5032]

Thank you! This has had me stumped for weeks. This helped a lot. Most explanations of Root Locus plots just explain the steps required, but not what they mean or how they fit together. Hell I wasnt even entirely sure what it was supposed to be representing. But your explanation makes very clear why all of these pain in the ass steps are needed (or not needed in some cases). Think I've finally got it now.

[@fandusmercius723]

This guy is the best lecturer i saw online

[@MathPiSG]

Good video! Is the second part uploaded already?

[@AfiqahAnuar]

does he write from right to left side? >.

[@juandefs]

Its something called a light board.

[@adem5484]

I want to give you a tip. If reverse writing is difficult for you, normally write and translate the video horizontally with the program (premier, after effects, ..) :))

[@pablomarco5118]

Dude this is what they have already done lol.

[@LusidDreaming]

If I thought this guy had been reverse writing this whole time, I would have absolutely no tips for him. That would be incredibly impressive.

[@MegaNerd117]

Did this on MaTLAB and got the same. G = tf([1 -4 20], conv([1 2],[1 4])) k = 0.001 T = series(k,G) R = feedback(T,1) rlocus(R)

[@LvtLoshi]

First video on this ive understood , thank you. Cant find the 'next video' you mentioned though?

[@MustafaNorthumbria]

Good explanation .. easy to understand and hitting the important points .. keep it up my friend :)

[@fingerzmojaji]

Wheres the next video explaining what values of K cause the system to be unstable?

[@fingerzmojaji]

kzbin.info/www/bejne/f5W9YWR5p9OBjM0

[@huihuichee4945]

is there a second video??

[@sachinpr7148]

Thanks

[@marcosa8737]

You can not have more zeros than poles because that will cause causality