Deriving Transfer Function from Block Diagram 1-FE/EIT Exam Review

Derive your closed loop transfer function given a block diagram

[@doubledaydevelopers2813]

You always knock these out. Thanks !!!

[@pepecohetes492]

Very clear as always. Thanks.

[@weber1209rafael]

clear video thanks!

[@-wheeling9509]

Thanks for that it's really helpful

[@TrifeLife978]

how would you solve this as a function of K and s alone?

[@govanmfoubou3160]

cool

[@airbender9593]

Similar example as above had to fast fwd this one at the end b/c you did the same thing.

[@NSAwatchesME]

i just want to see the math but i cant find a video of it :(

[@thepirates2518]

soo disapointed of it

[@ngiderobins3544]

great ,thanks do you have a telegram group?

[@Biodun404]

Textbook name? pls

[@MrMisi6]

I can't determinate the s can you help me how can i determinate?

[@carultch]

s is the Laplace domain variable. You don't determine it in this example. You treat it just as if it were x, in any other function. What s represents in reality, is the complex frequency of the input function. It could be a sine wave where it is purely imaginary, or an exponential enveloped sine wave, where it is a mixture of real and imaginary. Or another family of functions entirely, in which case it is a superposition of multiple s-values.

[@MrMisi6]

@@carultch thanks!

[@thepirates2518]

why didnt you solve the math??? watched for 11mins,,math not solved... diisapointing