04 - Table of Laplace Transforms and their Inverses

In this lesson, we will generate a table of laplace transforms and their inverses that will be used to solve subsequent problems.

[gabarayeeyo]

The only teacher I have understand from laplace

[rodericksibelius]

I have only a 2 year degree and Associate Degree in Electrical/Electronics Engineering Technology and have worked as a Space Laboratory Engineering Technician for Lockheed Aerospace Environmental Testing Laboratory for 17 years, and have worked with all types of Engineers and learned a lot from them, and now I am retired and still learning these advanced conceopts the WHY'S OF PHYSICS / ENGINEERING and Mathematics. Thank You Professor Jason.

[jadelion]

Better instruction on the subject than I got 20 years ago in university differential equations. You're an awesome instructor.

[vishnuraj]

you are the amazing teacher .. i am the starting of my masters, i was very much scared about my advanced mathematics paper. but you made me easy. thank you so

[andreielekes]

Have not been to a single lecture or practical this year for my bachelors in engineering. Watching all your videos on Laplace transform helped me pass mathematics with 61%. I thank you sir.

[PandaMordax]

The practicality you show up in this concept is literally awesome.

[mokganedimatlhare]

you are the best lecturer....i now understand this more than i did with my lecture in the university...you are phenomenal....thank you MR JASON❤

[hazemkhaled]

i don't know how can i thank you enough, ,, ty mr jayson you are an excellent teacher i have been struggling with laplace for too long till i found you

[JohnKaigai-ut]

I've been looking for this type of a really understood Laplace transforms

[learnenglish]

Thanks so much, I really appreciate your work, I'm so happy that I did understand the Laplace transform, thanks to you.

[yahia]

I understand from you more than i do from my Professor at the University 😍😅

[mrryan]

thank you so much you explain math so easily

[lingpeishi]

Thank you very much sir!!!so clear and useful, i have learn and understand a

[hetsoni]

really man you made laplas soo easy to understand....

[katrinejensrud]

you are a fantastic teacher!God bless you

[skwbusaidi]

The list of the right is not required if the constant in the denominator is missing you can added and devide it outside the inverse laplace
Inv laplace of 1/(s^2+B^2) =(1/B) Inv laplace of B/(s^2+B^2) =(1/B) cos(Bt)

[Metalhammer]

nice work on the laplace transforms so far, do you have a similar course on Fourier transforms? I admit i´ll never really use it, us chemists are happy to know our computers handle that (NMR spectroscopy works by fourier transforming the signal if I recall correctly. Well modern NMRs do) but I´m teaching basic maths for Chemists atm and why do we deal with Taylor series? because that´s what our calculator does, and we need to know what happened if the calculator spits out garbage (plus Taylor series are a powerful tool to describe unknown functions) So I can´t on one hand tell the first years "we need to know that, we can´t be complacent just because we have tools that do the heavy lifting for us" and be complacent because I have tools that do the heavy lifting for me^^ It just seems a bit hypocritical.

[leolorenzoraylewis]

best videos of Laplace out there thank you!!!

[poppyflorist]

Laplace is an integral!! 😱Mind blown!!!!

[abinettassew]

love your playlist.you are the best very helpful