Inverse Laplace Transform, Sect 7.4#35

[@براءمحمدسلمان]

The best❤🎉......thanks to you from Iraq 🇮🇶

[@justkarl2922]

Well the problem is, since the Laplace Transform for cos(t)/t doesn't exist I don't think the solution is valid, you should apply the definition of inverse of Laplace Transform in integral form

[@zubinshah4589]

Thank you a lot sir!!

[@ayylmao1132]

in case anyone wants to try you get a pretty nice result if you factor the polynomials with complex numbers (s+3i)·(s-3i) so that you get ln(s+3i) + ln(s-3i) +... then do the inverse laplacian and the result can be nicely converted into cos

[@Poutoksereiseimaigw]

Fuck complex numbers

[@jacksonmadison9994]

No. I’m just gonna do it the way he did it in the video.

[@munashekaks7585]

wow thts awesome..thanx man

[@blackpenredpen]

Munashe Kaks np

[@tiibrahim5714]

Thanks sir

[@arasadaramana4947]

Thank Q very much....sir

[@perezmarroquinjosedejesus6356]

Gracias :)

[@fatimahmath4819]

thanks sir

[@renatosierra2215]

1:29 XD