Differential Equation Using Laplace Transform + Heaviside Functions

[@harishr6488]

It felt so nice when you explained every step so slowly, unlike others who just go like *this is basics we all know*. Thank you so much!!!

[@pablo5956]

I may sound like a nerd, but I'm kind of sad that tomorrow I take the last math test of my life. I truly appreciate you taking the time to break these concepts and problems down step by step. I wish nothing but blessings from God on you, and I pray that his grace reign on your life even after you take your last breaths on this Earth! Thanks so much!

[@nlmnx5763]

such a creepy comment

[@tsarge_017]

@@nlmnx5763 kinda but guy's just emotional

[@existentialrap521]

That's until you move on up and the require more math xD

[@mattsmith4487]

You are a legend among men

[@kaleb.dotson]

You're a complete life saver. I have an exam with Laplace transform questions this week. Perfect timing!

[@patrickjmt]

+IHEARTEMMAWATSON stay tuned, I'm at the coffee shop writing up a few more things about heaviside functions and Laplace transforms! Gonna go back to my dark room and film soon...

[@melissapistorius9685]

I'm writing my Differential Equations final exam tomorrow and you just saved my life! BTW you also helped me pass Calculus last semester haha.

[@J1Peep]

you by far have the most helpful videos for diff eqs

[@SuperGoldenGhost]

Funny how you posted this right now! I've got my mideterm of Calculus III (Laplace transforms, systems of linear differential equations, etc) in about 8 hours, so I already studied this, but when I saw it popping up in my feed I decided to give it a look just to revise :)

[@patrickjmt]

+SuperGoldenGhost hope it helps :) best of luck on the exam! Study study study!

[@guisas04]

The best video on the subject for sure! Very clear.

[@Mary_Lou97]

I passed my exam with this lesson!!good work !!

[@jeecko]

watching this 3 hours before my exam

[@junhoha7272]

1hour 38 minutes before for me

[@edwardolsen8750]

@@junhoha7272 1 hour 30 minutes for me

[@jackrotter9434]

me 2

[@izhanahmed8098]

Watching this 20min before

[@cgr3955]

Watching in exam

[@alexyokiel4493]

This couldn't have come at a better time. We are learning this right now in my diff eq class and I was reading through the book and lecture notes struggling to understand this and you explained perfectly! Thank you so much!

[@gwa1654]

Alex Yokiel, the same to me. I am going to have my final test friday.

[@immutabledestiny6377]

Partick can you please make a few videos regarding the Dirac-delta function and it's Laplace transform?

[@Steveatron1234]

I'm taking Diff EQ in a one month term. Learned this today and am covering new material tomorrow that will be on the exam in 2 days. This is the first time in any math course that I've ever been completely dumbfounded about material

[@AJ-et3vf]

Enlightening techniques especially using the second shifting theorem to makes things easier. Blew my mind!

[@liesalllies]

THANK YOU THANK YOU THANK YOU going over this video for the 4th time in as many weeks--diffy final is in 2 hours!

[@liesalllies]

Hey I got an 88% 😅 thanks Patrick

[@hmz01_]

@@liesalllies ayy nice work dude

[@dekelsb9382]

Thanks! I couldn't make the lecture on this subject and have a test on this pretty soon.

[@Jacob-t1j]

at 25:29, that inverse Laplace equation should equal to f(t) Not F(s)

[@Quantummechanic100]

Patrick you're a life saver!!!

[@manyielkoth2221]

Lots of thanks to you dude

[@ergo6450]

Very good explanation, much appreciated.

[@DutchKid121]

Lol perfect! I'm taking Diff-Eq this semester :D

[@kofitesla4167]

congratulations and thank you Patrick. it helped me a lot

[@ExperimentLife]

I was like "OOOOOOoooo Laplace transforms! ... (clicks video) " I think i like math. I'm not sure how to feel about this.

[@andrewantes1162]

Call Arizona State University and demand at least 3/4 of the tuition I paid for MAT275 because you've certainly earned it.

[@Karamiakar]

Thank you mr. Patrick, very cool

[@timbraunton3677]

massive effort pat thank u

[@sarahigho-osagie6083]

i watched my professor's videos so many times and still didn't get this, thanks

[@andykillian11]

Brilliant video as always!

[@gidionmbokoso4498]

well man..i understand very well now is my turn to practices more thanks indeed

[@kwenamabitsela9965]

Thank you so much this actually make a lot of sense.

[@brookeryan4612]

do we always leave the e^s term on the right side as a separate term?

[@niranjankumarloganathan3200]

@2:06 is there any procedure to write that heaviside function form????

[@svrt5832]

great explanation. Thank you

[@AJ-et3vf]

Awesome video! Thank you!

[@enthnaing4238]

Thank you Professor!!

[@patrickjmt]

You are welcome!

[@madeofblack1565]

Thank you so much this was very helpful😊

[@michelle1829]

Can you make a video about Dirac Delta Function involving laplace transform please?

[@Zach-de3dv]

Can you go into a little more detail about computing the Heaviside part? I am a little lost in that area. Why are you saying f(t - c) = 1. I know it's a function. Is it coming from the g(t) part where 0 if 0

[@nped5054]

How would you plot the final result in the function g(t), with the unit-step limits?

[@implozjaDB]

Hello, would it be possible you to solve the equation by applying collocation method say using Chebyshev polynomials? I would be thankfull. Greetings from Poland

[@keodavin2185]

Thank you guys

[@MRAXELGRINDER]

Great video thanks so much you are very great man

[@xavier.technology]

Plzzz help me sir has given me Assignment that has include 3y"+3y'+y=g(t) And interval is from 1 to 2 ....

[@laff4lindah55]

who else is taught more precisely by KZbin lecturers than university ones🤭🤭🤭

[@gabrielokafor6306]

Awesome post ...thanks

[@wajeehullahafridi1844]

what about y(t)=0 did you sove for it

[@ramsc517]

how would you take Laplace if there was a 1/t multiplying by the y'?

[@markoilkic3820]

What's the name of the textbook you had in the video?

[@madhab8143]

Great job

[@GG77109]

Hello, Is there a video for Partial Differential Equations using Laplace Transform + Heaviside Functions???

[@jannatulmoure8774]

Thank u for this video

[@MohandAlSharif]

i hope you focus in Diffrential equations a little bet more plz

[@Zonekiller24]

Yeah, I was looking for videos like these. I think he only had one other video talking about Heaviside.

[@patrickjmt]

uploading more at the moment. sorry it took so long to get the other parts out. i get easily distracted.

[@phamanh4278]

mohanad ghazi

[@buntyparmar1474]

patrickJMT do you know Tyler Dewitt

[@annawilliams7568]

Thank god this is the highest level of Maths I need to learn to be a high school Maths teacher. I think I've reached my genetic potential 😂

[@beyondinfinity7877]

Good luck

[@annawilliams7568]

Beyond Infinity Thank you! I ended that course with a credit average. Not my best work, yet good considering my circumstances!

[@margaretthomas2610]

What happened to y'(0)=1 in the LHS? Shouldn't the result be y(s^2-1+3s+2)=y(s^2+3s+1)?

[@margaretthomas2610]

Sorry, I see my mistake. The -1 is on the other side of the equation. It's not multiplied by Y(s).

[@nurniwina7203]

thank you sir

[@yuansisau]

omg thank you so much

[@nocap2172]

Can I know what is your reference book for the tables? struggling student here

[@patrickjmt]

just some differential equation textbook. you should be able to find them online as well

[@OwlFever]

what if it is y''' would the eqn be s^3y(s) - s^2y(0) - sy(0)' - y(0)'' ?

[@ElifArslan-l9g]

thank you

[@nhmoreira]

thank's man! :) very well

[@serisingh]

On behalf of this video, I'd like to apologize to forests everywhere.

[@patrickjmt]

i don't even recycle the paper either, i just throw it on the side of the road with some burning tires

[@jens-9381]

@@patrickjmt Savage

[@serkanerol23]

bruuhh:D bro i had not seen anything like that before since i watched taylor maclavrin till now

[@aadyaadyaadyaa]

What if you don't have initial values?

[@sisiphom984]

H(t-1) is just left like that?

[@ramongriffith8943]

why didnt you state the range?

[@kaushalsingh608]

Consult m any best book for integrals transfer

[@afkhantasleem8459]

Sir I want a prblm L inverse of {19p+37/(p+1) (p+2) (p+3)}

[@mikeezeogo6752]

thanks

[@karimabouelela3665]

amazing

[@azmanalaydeross4159]

Lol is there an area of math that you're not familiar with

[@maxl5423]

Absolutely, this stuff is at least 100 years old.

[@SequinBrain]

I'm usually good till they put 10 of these on a test and only give 2 hours to complete, which shows me my school & teachers don't know how to multiply or divide, which isn't what I want to hear when I'm paying money for it. I mean 30m*10questions = 300 minutes really isn't a hard problem.

[@tylermahaffey3831]

i literally cannot stand your marker on that paper

[@semiconductorsinarabic4090]

Please stopping calling the Heavaside function, it’s heaviiiiside function named after the mathematician Oliver Heaviside

[@huehue5286]

man calculus is so useless. I wish I could use my free time to learn practical stuff instead of losing time with this.