Laplace Transform Examples

This video describes important properties of the Laplace transform and gives some examples.

@eigensteve on Twitter

This video was produced at the University of Washington

[juliogodel]

Can you keep publishing new videos forever? Thanks, as always a great explanation.

[PanMaciejK]

I finally found professor that explains not teaches the formulas. It's amazing how simple concepts many professors over complicates with not not naming what is that they're doing.

Great lecture, hope You'll live long and good life!

[Adeltraut]

I am viewing your videos to catch up with something I had to learn years ago and I love it. Your in depth explanations motivate the subject just enough to get the viewer interested in the method itself rather than the "why do need this and how do I calculate it quickly" that is seen more frequently.

[p_square]

From today, I encountered you randomly and I would not lie but YOU ARE A GENIUS. You taught Laplace Transform better than any other YouTuber. As soon as I finished the video of Laplace Transformation, I immediately subscribed you. PLEASE keep making such great videos forever.

[codebits]

As a self taught math enthusiast, your video has opened my mind on Laplace and fourier transforms🔥

[emilienlegrand]

This playlist content is really great and helped me to link many mathematical, computational and physical concepts together. Thank you.

[alirezanazarahari]

I have just binge-watched 35 videos of your Fourier series playlist. I can just say "Thank you!"

[nikolaalexanderphilipp]

I am watching your videos to better understand the things I'm learning at university, and the explanations are so simple and elegant, its incredibly fun to listen to you. At certain points in the video I went: "wow, that's so cool!", which I definitely didn't at my lecturers explanation. Thanks a lot! :)

[JosephRivera]

I am always in awe listening to you. This makes my understanding of Laplace deeper.

[mahdirezaei]

watched all of this playlist lectures and all i say is Thank you for making me more interested in math and scinece and relations ! i really appreciate it man

[SRIMANTASANTRA]

Hi professor Steve, nice lecture, thank you so much.

[doubleezee]

This series is great! I’m glad someone finally makes videos about this transform!

[AmirHosseinSoltanzadeh]

Thank you very much for your yet another insightful lecture. I always enjoy watching your lectures. Just a couple of side notes:
@2:22 df/dt looks to be v_dot instead of dv (dv is df/dt times dt). Same happens with du=-s.exp(-s.t) @3:46.
@4:20 the upper bound of exp(-s.t).f(t) is guaranteed to be zero only if f(t) is of an exponential type function ( |f(t)|<M.exp(alpha.t) ).

[wesleyfarriss]

You’re a fantastic lecturer. Glad I found your channel

[muthuramalingamperumal]

Hi Professor Steve, I enjoy watching your series. Complicated concepts made clear. I Like
your awesome voice.

[koheder]

Thanks from Spain. You are a great teacher

[VeteranVandal]

I'd say that, after all this years, it is the first time "I get" the Laplace transform.

The problems I had with it probably came from excessive focus on doing the inverse.

[nikolayfx]

Thank you for the series, the book is amazing too.

[MathTeacher]

Really great video! At t=4:19, I think we should add "assuming f is of exponential order."

[Ninguempensonesse]

Great content. Congratulations professor for your domain in the field and superb teaching skills.
And a question. Where are the following lectures?