Laplace transform: f(t)/t

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Let's derive this powerful identity which we can use to integrate improper integrals :)

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I was searching for this proof in google and when I opened YouTube it is under recommended. You always rockzz🥳

DargiShameer
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seeing this happy intro at the morning makes my day as flammable as L{f(f(t))/f(t)}

BardaKWolfgangTheDrug
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I have no idea what a laplace transform is but I still find this fun to watch

adamcummings
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Man loves me some Laplace as a Control Systems guy <3

Vhaanzeit
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another great video by steve from blue's clues

BigDBrian
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Please make a video about Borwein-Integrals some time. :D

diebereitschaft
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Firstly I saw one dislike and immediately asked myself "who could dislike that and why"
Then the video started, and after the first ten seconds I started instead thinking "WHO THE FUCK IS THAT UNFEELING INHUMAN BOI WHO DARE NOT LIKE THAT VIDEO?!".
I had to pause the video for a minute to cool down a little and then relished watching the rest of it.

vvladgfhjkm
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Mikel Jackson is that u, mad dancing😂😂👏

Legacies
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hi, i've went through all the previous videos for laplace transform but im kinda stuck here. What do you mean by laplace transform in terms of phi?

yonghuiliew
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Please I want to know Laplace transform of arctangent

abdelhadiech-chaibi
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why you gotta end the video on a cliffhanger :papaweierstrass:

quantumchill
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Can you use Fubini's theorem when the two dimensions go to infinity? This is not true, I think.

guilhermeterranova
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This is awesome, how did it cross your mind?

smrtfasizmu
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Can you use fubini with improper integrals?

titosystems
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i don't understand why he put a minus at around 3:08 can someone explain?

jurepustoslemsek
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Why don't you use 's' directly instead of 'fi' ?

abd-elrahmanmohamed
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Stop those jokes they ain't funny

quickmath