The Laplace Transform of Derivatives and Integrals

[@interest21stcentury74]

Thank you dr, thanks to you I understand the concept of Laplace's transform better than before! Your channel is so underrated, you deserve more.

[@DrTrefor]

Wow, thank you!

[@viveksudhir2479]

I haven't seen a more clear explanation of any mathematical concept on any other channel!! Keep going Dr..

[@stalinglad]

nice. learnt this 15 minutes before my test.

[@jososa5717]

Dr. Bazett you’re the best, passed Calc 3 thanks to your lectures on parametrization and vector calc!

[@buikhai4994]

Did you miss the parenthesis in final function at 7:36 xD , thank you for nice teaching

[@NumbToons]

thanks, i was wondering the same

[@まつまつ-x1f]

Yes, the correct answer should be [e^{at} -1]/a.

[@yasamindev]

great video, very easy to understand. thank you.

[@j.o.5957]

Question to self: was wondering where the s went at 7:14, but realized you get it cause integrating a derivative nets you an s, as well as f(0).

[@danielryan4641]

why is the final answer -1 and not -1/a?

[@vijayvarma5501]

It's a display mistake correct is -1/a

[@AlloyedFrequencies]

KZbin won't let me slow this down enough

[@ahoora46]

Try pausing 👁️

[@AlloyedFrequencies]

@@ahoora46 it's a joke

[@ahoora46]

@@AlloyedFrequencies Dont reply to peope who dont understand what you are saying , those people will never understand your answer either man... and yeah I know it was a joke :))

[@AlloyedFrequencies]

@@ahoora46 this comment was from a while ago but I remember the class was very difficult to understand. Thanks for your comments

[@theovermind2149]

thanks for the vid dr, im a 16 year old kid who just wants to do cool stuff with math and your videos are really helping me break my way into differential equations. keep the videos coming👍

[@visualgebra]

Professor, Please make a video series also on Fourier transform and Fourier Series

[@beoptimistic5853]

kzbin.info/www/bejne/joKsk6FobMmCoKc 💐💐👍👍

[@elgatito00]

Your wish has been granted

[@allanolave2701]

Hi Sir Trefor! I think you're wrong with the inverse laplace of (1/(s*(s-a)); you answer its inverse is e^(at)/a - 1. The expression (1/(s*(s-a)) can be expand to 1/(a*(s-a) - 1/as, then if you implement the inverse laplace; the answer is e^(at)/a - 1/a .

[@SharonAng-bc6rz]

right

[@mfn1311]

true, prob just forgot paranthesis

[@vidaafosaa4604]

Good presentation. Can we get lectures on fractional Differential Equations?

[@continnum_radhe-radhe]

Thanks a lot sir 🔥

[@hyperion3704]

Hi, is there an expression for the inverse Laplace transform of a s-domain function like the one we have for the inverse Fourier transform i.e. (1/2*pi)* integral(X(w)*e^(jwt)*dw)=x(t) ?

[@beoptimistic5853]

kzbin.info/www/bejne/joKsk6FobMmCoKc 💐💐👍👍

[@austinfritzke9305]

Is it pronounced baz-ett with a hard t or bazz-ey

[@beoptimistic5853]

kzbin.info/www/bejne/joKsk6FobMmCoKc 💐💐👍👍

[@v-mathscnu6100]

Nice teaching sir

[@DrTrefor]

Thank you!

[@aashsyed1277]

What is F(s) is the integral formula? Can someone tell me?

[@x_math]

Hi Sir! I m a math teacher, I m very faccinated! Your videos are just excelent. I was wondering if you can revel to me what tools or apps shoud we use to creat this kind o videos. Thanks in advance.

[@sarbajitpanda7869]

just search google and on youtube what ever your question is firat first your questions will not be pin point but after some research you will get there

[@yasamindev]

7:36 missed parentheses?

[@brandonmohammed9092]

Hmm, so from the little research I did, I saw we can use this to solve differential equations, what is the limit of its use there?

[@beoptimistic5853]

kzbin.info/www/bejne/joKsk6FobMmCoKc 💐💐👍👍

[@y031962]

conveniently escaping the proof of la place transform of integral

[@y031962]

@@DrTrefor thanks for the reply.

[@beoptimistic5853]

kzbin.info/www/bejne/joKsk6FobMmCoKc 💐💐👍👍

[@jerryrichardson2661]

Thanks man

[@davidcartano3590]

The three computer generated solutions show that the -1 in the solution at 7:42 of this video is should be changed to 1/a.

[@thatomofolo452]

Great 👍👍😃

[@TSMoran]

My number one mistake in math is forgetting to carry the -1. Seems I am not alone. LOL.

[@minhhungle7488]

Pp often make the mistake where x-> infinity (e^-ax) = 0. Sir, this is only true when a > 0

[@MuhammadAsif-ch4tb]

Sir g ap k lectures written form m available ni hy kia

[@beoptimistic5853]

kzbin.info/www/bejne/joKsk6FobMmCoKc 💐💐👍👍

[@vkv392]

why are you writing in hindi.... man? there is an open text book he referred to in the first video of playlist, I think....

[@moureeshvk3566]

you look like DR.strange

[@DeconvertedMan]

Yeah, I need like, the basics that come before this, I do not even know what the symbols are on screen. Other then Equals. @_@;;;

[@beoptimistic5853]

kzbin.info/www/bejne/joKsk6FobMmCoKc 💐💐👍👍

[@DeconvertedMan]

@@beoptimistic5853 thanks @_@;;;

[@chidinmaadogu8242]

love you but totallyyyyy lost me at the end there lol 6:43

[@ZahidAli-ur8lv]

😂he is teaching mathematics as someone reading out news at some TV channel.

[@tolkienfan1972]

Is there an owl?

[@beoptimistic5853]

kzbin.info/www/bejne/joKsk6FobMmCoKc 💐💐👍👍

[@callumjohnson8466]

kill me