More Laplace Transform tools

[delokDS]

horale

[Mischlings]

We're covering this later this week in Differential Equations, so here's hoping that this gives me a good head start.

[caml17]

@7:08 to see FIRST SHIFTING THEOREM!

[dugbrewery]

you are daebak!!!!!!!! (the best in korean)

kamsahamnida oppa!

[titanjo87]

dude you are awsome

[theyvegonetoplaid]

Sal, you should get the Fields Medal for these videos.

I'm dead serious. While a select few pompous individuals fret over string theory, physics, etc, you are aiding the masses out of the goodness of your heart. That provides FAR more mathematical worth to the world than anything they offer. You've shown me that there is hope for us math-inept souls to actually succeed.

Thank you so very much. There's gotta be a dump truck full of good karma headed your way. You deserve it.

[juanchov182]

Thanks

[dineshliverpool]

Thank you sir very well explained..:)

[cagesp]

I'm assuming you probably already know this...but you are a huge life saver. Thank you so much for posting these! I have many "eureka!" moments while watching

[Henery454]

you are really great and thanks a lot!!

luckily , i found you here...!!!!

my exam is just 6 days away!!!!!!!!!!!!!!lollll

[diraol]

Why my teacher can`t be so clear? Wonderfull, thanks! =)

[glykoulis]

great job!

Could you continue by showing us about series?

[fcommmisso]

please continue!!!!!!!! You're great!

[mswenson79]

I have been struggling with diffeq for the last 5 weeks, I wish i would have found you on here before! Great job and thanks!

[proximo20]

Thanks for the the perfect explanation and great examples.

but I thought you are going to show how laplace transforms integrals into algebraic functions

[finan2004]

SAL for Nobel prize for changing many math lifes

[Urik0111]

@finan2004 IDEM

[8154mot]

I have watched all your DE lessons and they are superb! I too would like to see you continue on with these lessons and explain even more advanced topics. Perhaps too you can briefly explain some of the associated physics applications. Thanks for your insight.

From a sales/marketing guy in Denver

[Pluffo]

I've now looked through the whole differential equations playlist and I'm really satisfied. Hope you do more videos on even more advanced topics in the future. You're of great help when it comes to understanding these things! /Martin from Stockholm, Sweden

[TUMAMAMAMUT]

More videos please os laplace!!!! and If you can fourier transform and series

[conserveheritage]

thanks for the help. can you show the solution to a non-homogenous DE using Laplace?

[duckhunt57]

Great explaination keep up the good work

[emachines34]

what is inverse laplace of (s^2)

[emachines34]

no its not, your method is completely flawed

[divinenuker]

beautiful

[alundraman]

do an inverse laplace transform vid ...

love the vids.. from phil.

[CogitoErgoCogitoSum]

Sal, you should make a video on the Wronskian technique... I dont understand it. And also you should do the Variation of Parameters... I have heard of it but dont know what its about.

[pjm5057]

Download for a buck? Shit all over that. How about just download realplayer for free.

[agentj77]

Will you be updating more on Laplace, and also can you upload Laplace transform related to control engineering...

[volintine]

it was gud explanation sal thnx.

[dst7ssa]

can U please give more examples of all sorts and hopefully continue your videos on DE

[dst7ssa]

Thanks alot. I you continue with some more examples and some other topics in DE

[Waranle]

Thank you alot Sal