Lec 20 | MIT 18.03 Differential Equations, Spring 2006

[edwolf1127n]

This vid went viral on Ethiopia

[NganaJHone]

I am very happy to see the vidoe Derivative Formulas; Using the Laplace Transform to Solve Linear ODE's from you, hopefully the others also are happy for You

[Ondelendo]

Steady I Really Like This Video Derivative Formulas; Using the Laplace Transform to Solve Linear ODE's

[bebeheuy]

Good, I like that you share this video, I wish success always Derivative Formulas; Using the Laplace Transform to Solve Linear ODE's

[willamricard]

Nice Video That You Share Derivative Formulas; Using the Laplace Transform to Solve Linear ODE's. , So Very Nice Thanks You

[imegatrone]

I Really Like The Video Derivative Formulas; Using the Laplace Transform to Solve Linear ODE's From Your

[bundawartini]

Your Video Derivative Formulas Using the Laplace Transform to Solve Linear ODE's Is Very Useful Sharing

[anakmudajaman]

after i watched this video Using the Laplace Transform to Solve Linear ODE's.

, my insight is very open because the video is very good to give information

[MaRmAn1337]

and this video clearly shows why MIT is top1 in the world

[laysampson1231c]

Your video is a favorite on Suriname

[RositaTildahq715]

hm nie mehr schuften bin so reich

[ewskater1992]

Beats the hell outta my University of Michigan professors for diff eq.

[elsoccer2010]

@ewskater1992 stembridge?

[TashaM0901]

thank you MIT !



[agapitoflores001]

I'll give a 5 to rate this video!

[MrPEDOCTOR]

Thanks MIT because make it easy.

[remuscariasonant]

15:00..exp(-t^2) that's the curve you're all afraid of..don't panic..!

[MrBill20010]

this Professor is far better . Thanks MIT

[MrBill20010]

my french professor 's English sucks !!!! and it's disgusting for him to use powerpoint to teach math instead of blackboard !!

[Liaomiao]

Love it when this guy talks about the 'Hack method", putting on his hack voice and all lolol

[NE5pats]

AWESOME!!

[remuscariasonant]

At around 9:30 For the lim of (t^n)/(e^t) to infinity, could you also replace t by e^(ln t) so you have a ratio of exponentials and then just say (ln t-t) < 0 except for t=0, and hence the integral converges.. Ah it's all the same really

[deathcabforjack]

This guy is fucken incredible. absolutely blown away.

[ducefalo21]

Muchas gracias maestro, es un honor y un privilegio aprender de alguien con tanta sabidurioa en esta materia. Tambien, gracias al MIT por difundr estas clases virtuales.

[ducefalo21]

Muchas gracias maestro, es un honor y un privilegio aprender de alguien con tanta sabidurioa en esta materia. Tambien, gracias al MIT por difundr estas clases virtuales.

[mswenson79]

nzetucks - yeah - Iowa State - MUCH more difficult, i wish i would have found this earlier!

[spase667]

That was excellent. I'll retain this for when Laplace transforms come up later in the semester.

[nzetucks]

yeah. he is a good professor, thats what you get for getting into MIT. I goto Univ. of Washington and my ODE class is much more disorganized/difficult. This professor could explain anything to anyone.

[ScorpioPK]

I am only 16 but amazingly, I kinda understood what he ezplained. I was searching a University for my graduation and this video brought a plus for MIT. I love this professor.

[g0atsex]

Check out Walter Lewin's video lectures, the guy is simply amazing!

[MAFlOTU]

yeah, that old guy is totally amazing !!!

[ogopogoo]

Have you taken calculus?