Laplace transform: Damped sine and cosine wave

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Let us talk about the laplace transformations of e^-bt*cos(at) and e^-bt*sin(at). Just like before we are going to kill two birds with one stone! =)

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Комментарии
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Hey! Much respect for redoing the video. Thank you!!

tsgoten
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could you do a tutorial video on the inverse Laplace transform?

amanmahendroo
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The Laplace Transform of the sine and cosine look really similar to the amplitudes of a driven damped harmonic oscillator with solution X(t)=Asin(wt)+Bcos(wt). I wonder why that is...

FedericoYulita
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what was that strange creature at the end?

ikaros
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Hey Flammy, is there still room in your Discord server? I try to be a bad maffs boii, but I can ask nicely if you'd like?

klassjostedt
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I still don't understand what these transforms are for.

cycklist
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Do I remember correctly that the parameter s in the Laplace transformation is a complex number?
In this case, you need to fix your formula at the end. :)

ralfbodemann
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i liked and subscribed but your s looks like a b and that makes following along a bit less fun.

mbbag