Why didn't the instructors of control systems explain in this simple practical way!! Good job and thanks a lot shortening a refresh on what i really like to know for years practically. keep on similar examples and go for more complicated ones the same way.
I thought solving a differential equation meant finding a function that satisfies the equation, but yo do not.. so, are you actually using simulink for solving the ode, or are you just simulating it?
I'm not sure I understand your question. At 2:11, I see x(0)=0, but I don't see x(0)=1 anywhere. x(0)=0 means that at t=0, x should have a value of 0. This is an initial condition and is part of the original problem statement.
Thank YOU so much! Im finishing my Signals Lab right now (Due tomorrow) and could not find a way to do it until I saw this!
Thank you Morgan Freeman.
my first lesson in control systems.
very helpfull.
thanks a lot.
Why didn't the instructors of control systems explain in this simple practical way!!
Good job and thanks a lot shortening a refresh on what i really like to know for years practically. keep on similar examples and go for more complicated ones the same way.
Extremely well explained! Thanks
Thank you for your explanation Jake. But, I do not get it why the cos element of equation replaced with sin at 4:22. Just a typo ? Cheers!
Yes, that's a mistake on my part. I have no idea how that happened. Thanks for pointing it out.
@@jakeblanchard Wow! that was a quick reply. I did not expect that after 11 years already passed. Thanks alot. Happy&healthy 2021.
Thank you, you pu a lot of effort in this video and it helped me out.
Thank you
It really helped me
I wish you the best
:)
Thank you sir for making this video it was very helpful!!
Then you can just skip the box labeled cos and keep one of the gain triangles. That should be all you need.
Thank you sir, you helped me a lot.
Super helpful! Thanks a ton!
I thought solving a differential equation meant finding a function that satisfies the equation, but yo do not.. so, are you actually using simulink for solving the ode, or are you just simulating it?
Could you upload something on transfer functions..?
Great tutorial, Thanks!
How do you look at the output? To me the signal that goes to the scope looks like the output, so X?
The "Scope" will show a plot of x vs time. Just double click it.
Hi i want to know how to solve a graph in simulink and using integration to calculate the area.... please help... Thank you in advance
what if the forcing function is just a constant?
Thank you sir. But what is x(0) = 1???
I'm not sure I understand your question. At 2:11, I see x(0)=0, but I don't see x(0)=1 anywhere. x(0)=0 means that at t=0, x should have a value of 0. This is an initial condition and is part of the original problem statement.
Missing the part where you show how to setup the Integrators. Without it won't work...
Very helpful!
how about ICs . I you need 2 ICs
Initial conditions are mentioned at about the 6:30 mark of the video.
mm quiet interesting indeed