Thanks for the video! The only thing that would've made it better would be to derive the x-even and x-odd formulas.

Wonderful! Thanks so much for this. Finally made time shifting intuitive to me.

"Actually, let me redraw that because that is just aesthetically unacceptable". I love your off-the-cuff comments, and how you keep your presence of mind while you teach. These videos are very helpful, thank you for posting them.

Can half wave rectifier work without filter capacitor?

Excellent explanation, thanks

So helpful!! Thank you so much!!!

EYVALLAH DAYI KOCA ÜLKEDE KİMSE ANLAATAMADI ŞUNU SEN İNGİLİZCE BİLMEYEN ADAMA 2 DAKİKADA ANLATTIN EYVALLAH. <3

This was very helpful. Thank you!

This a recommended video in my class. Thought u would like to know. Still helping students 14yrs later

Lewis Sarah Moore Charles Rodriguez Barbara

God bless you

you saved my midterm test

I do math for recreation often and these videos have helped my understanding so much, starting with the one about the convolution of two box functions being a triangle function. Thanks so much!

When we gain current i for 4times, we get T(torque). After which we need block T/I(inertia) and after which we get acceleration which we integrate and get speed w.

it was really helpful and easy to understand thank you

the best English version I could find!

If you don't want to anger mathematicians you can just write [x*h](t), implying that to compute the result of the convolution at time t you have to use the entire signal x and the entire impulse response h.

Helping my daughter with some HW. I never cease to be amazed how little school taught me vs how much I had to learn on my own. I've learned way more on KZbin University then from "most" of my professors in school. The one thing I have learned is not everyone was meant to teach and most teachers should do something else. Teaching is the highest form of communicating an idea to someone else. 13 years ago and your video has relevance to me - Thank you sir.

Rodriguez Charles Thompson Gary Lewis Sarah

Brown Helen Davis Michelle Taylor Larry

uugh! I took a System Dynamics course and block diagrams jumped straight into the use of negative feedback and laplace transforms only. And that's natural after all, because control is all about constraint, and that's what negative feedback loops actually do. But then I started on my own doing MIT OCW 6.003 "Signals and Systems" to understand better how programs like MATALB might actually be doing the work and stuff and wow does that book (Oppenheim, et al 1996) waffle around in its examples. Impossible to follow. Diagrams nowhere near the text talking about them, going back and forth between the example and tangents. There's a 2016 book, which is less problematic, but the structure is different, and just assumes students already know things like z-transform? Your playlist here is a big help, especially this part where the convolution section is the worst section ever.

This one Thevenin or Norton ?

why was gravity not used in calculation hydrostatic force?

Thank you

Can anyone show me how you would input these equations on a TI-89 Titanium?

How do I input the second equation into a matrix?

I put these equations into wolfram and I'm getting no solution. Someone help please

Lo necesito en español

You have to put it in 1.25 speed for him to speak in normal speed

thank you!

7:00 you're damn right it is black magic. my final is in 2 days. I hope I don't fail my dad is gonna screw me lol

I wish if this question come on my practical exam 😢😅

Confusing😢shouldnt we take -30v

Hello. Could you please maybe show how you got the values for Tcg and Tcd. Any sort of clarification would be greatly appreciated. Thank You.

Thanks for the explanation!

Very clear explanation. Thank you!

I love your voice

thank you I finally understood this for the first time

I have been searching for something like this all day. This is a perfect example to study for my exam, thank you!

Thank you very much.

You are the best in world !

thanks

this is stupid af. but its what i was looking for

How do we know which point has the maximum of these internal forces acting on it if it’s a complex problem with 4 loads.

I hate this subject

Isn't that exciting? We got our first value here. Made me smile sooo wide :DDDD This video was so helpful!

YESSSSSSSSSSSSSSSSSSSSSSSSS

SUPER HELPFUL THANK YOU!!!

this was so incredibly helpful thank you!!

your inverse laplace is wrong @ 13:05 you supposed to use the method completing the square for dinominator and and the answer would be e^-3sin(-3t)