inverse laplace transform, example#5, with completing the square

inverse laplace transform,
inverse laplace transform example,
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[@gilbertbett8757]

You just saved me several hours of going through textbooks; you've made this unit so simple! Thank you sir.

[@Simeonyremilekun]

Each of your videos on Laplace has been awesome and made simple, thank you so much.

[@blackpenredpen]

Thank you! I am glad to hear!!!!

[@PWNAGE703]

Adding 4 and subtracting it at the same time is something I have never thought to do. This is amazing! This makes this so much easier

[@Mushroom-bo4nj]

Its 3:15 am and i was so stuck from past 1 hour wasnt able to sleep you cleared so many doubts of mine. You tell us everything from basic keep this uniqueness in you videos and i wont ever miss any. Love brother ❤

[@manuvarghese1952]

After searching the web for an hour i landed here, and you just solved my doubt in 4 1/2 min
Great work.
Thank you for it.

[@TheShow2015]

first time in my life i understand something from Chinese professor thanks a lot and keep up the nice work

[@dawsonbrown142]

Bless you, I have been stuck on this transform for forever!

[@amagohom]

Thank you thank you thank you, I really appreciate your time spent making this video. It really helped me understand for the final exam

[@tingli8300]

Ur videos are awesome !!!! one year b4, Laplace was still a nightmare to me , but now, all things become easier and clearer after watching ur videos!!! Thanks !!!!

[@jeevanbm4124]

Thank you so much for explaining better than our prof

[@julianblaze8054]

I've seen many videos, and this is the FIRST time I've ever commented on one.
You are amazing, mister.
Keep up the awesome work!!

[@blackpenredpen]

Julian Blaze thank you!!!!!!!

[@julianblaze8054]

blackpenredpen I was watching your videos today morning JUST BEFORE my exam.
And I daresay that I rocked all the questions on Laplace Transforms.
This is a really big achievement for someone like me who is really weak in Math
Thank you ;)

[@blackpenredpen]

Julian Blaze
Wow!!! GREAT JOB!!!!! Thank you for such a powerful comment!!! And now you can enjoy your holidays happily!!!
Bprp

[@julianblaze8054]

blackpenredpen
Sir, I've gone through your playlist, but I didn't find any videos on Complex Numbers.
If there are any, can you tell me where?
And if not, can you PLEASE PLEASE PLEASE create a few on those?

[@julianblaze8054]

And I'm also gonna make sure my friends come to know of such an amazing teacher.
Really wish you had taught me Math, I'd have cleared all my entrances and Boards :(

[@syd_jzx100]

I'd just like to say that you're an absolute legend. Cheers for the video. Great explanation.

[@blackpenredpen]

Charisma thank you!!!!!

[@brightamobi8769]

God bless you my teacher
You have done well
Much love from here ❤

[@MrPlutooooo]

That was a really good example. Thank you!

[@bettyblue911]

I love your videos great enthusiasm and detail.

[@blackpenredpen]

Thank you!!!

[@shayanfatima2522]

Thank you so much! This was extremely helpful!!!

[@LuizAugustoXCampos]

I'm from Brazil and you save me. Tranks!!!!!!!!!!!!!!!!!!!

[@password6975]

these videos are of invaluable help

[@blackpenredpen]

My pleasure!

[@1albert]

You're a hero bro

[@robinrotich118]

adding value to my math skills sir nice approach ,

[@johnkimuelbello3453]

"What do you do as a mathematician?"
"Pretend like nothing happened"

[@mariaacevedo7031]

Thanks. Excellent explication. ¡Saludos de Colombia!

[@stanage_]

After 24 hours and several attempts, I finally solved my problem 😆. Thank you so much.

[@francescajyan1846]

You saved my engineering math,such a legend!

[@justinpatterson3110]

Thank you, sir! You are wonderful!

[@kaan1780]

The nominator on my question was not making any sense until I did your +4-4 thingy. Thank you so much. It all makes sense now!

[@DCHTOWN1]

Never learned 1/2(xs)^2 to c.t.s
Very helpful

[@sameeraftab3194]

Bro U are marvelous First time i have learnt from you tube keep it up

[@thevien1572]

Thanks!

[@yedlaakshaykumar7671]

Thanks a lot !

[@denohcarte3191]

Thanks ...I really appreciate ⚡

[@vigneshviggi8460]

Thank you ❤️

[@engineeremanabdelsalam6071]

I am a student at the faculty of engineering and i didn't under stand it until i saw your video
And your are perfect 😎

[@sunitakanwar4573]

Nice explanation in simple way.... thanks..😊👌

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tqqq,greetings frm 🇲🇾

[@all4christ257]

thank you ,it was so help full

[@islemkehoul8869]

incredible ! hope if there is a blackpenredpen for all modules .. that would be uns
toppable

[@mohammadkhatibzadeh9441]

that was really GREAT. TNX so much.

[@spectrum_07]

Thank... You so much sir.......life saver 🤗

[@JuliaPaler]

i love this video, this was so helpful thank you so much!!!!!!!

[@luisafernandamartinezmench823]

thank you very well explained

[@bilalahmed9705]

you are Amazing sir,i have no word to say.thank you

[@chris-y9o4z]

from where did the exponential come in the end

[@ali_sirriyeh1954]

Thanks🙏

[@sefofiwilliamlebea4071]

Thank you so so much! This has helped a lot

[@austinsears7879]

Great video!

[@kirankharat630]

Good teaching..

[@jojoo_aah8072]

Thanks

[@هاديحسين-ي8ق]

Thanks ..شكرا لك

[@alitirmixi5624]

I have to watch this video at 0.75 speed :D

[@HeyKevinYT]

glyn hodges Thank you for that message

[@THEBIJER]

Amazing !!🤌🏽

[@87455451jose]

Thank you, great videos.

[@nels6991]

Thanks!!!

[@Casey-dy2oo]

THANK YOU!

[@McBike770]

Thank you so much! You're great!

[@blackpenredpen]

Thanks!

[@peejay3148]

Thanks much brother...

[@christiantattao1302]

Thank man. keep it up

[@cibi5514]

Thanks a lot man!

[@blackpenredpen]

C B Cibi Saran
My pleasure to help :)

[@yogethachinnu2017]

thank you😇

[@zacharyrollis8455]

You are a legend

[@shobhitagrawal32]

Thanks man!! ... Finally I got it!!
.. keep up the good work! :D

[@blackpenredpen]

I am happy to hear!! Keep up the good work in your class too!!

[@irtizahasan6107]

nice work man!! you are so cool

[@TI_Ted]

Brilliant

[@tony001212]

His acent is bad bad his explanation is good....thanks.

[@vynnnex]

obrigado

[@davidreese6519]

That is some crazy voodoo

[@aaronleong2425]

help a lot

[@hayatiakgul551]

Thank u so much gardaş

[@ifpixs]

using nice method to solve. must watch this video

[@farjamhaghi8305]

You Rock !!

[@MH-nk3ex]

Thanks sir 👍

[@DanielDuhon]

His microphone looks like one of the droids on the Death Star lol

[@shaggerclohessy7912]

im confused, (e^-4t)*cos3^.5*t gives me a laplace of s/s^3 +4s^2 + 3s + 12,, how does that have s+4 on the numerator?

[@deepsheth8005]

Awesome😎

[@Khalid14474]

THANKS

[@Obsi995]

you're freakin awesome. Thank you

[@awawtamisheavy]

Aaah thanks man.

[@darkcnotion]

Gracias guacho

[@hero-ep3zm]

Life saver 👏🏻

[@ruinascimento501]

Valeu meu cria

[@amagohom]

if it was -8 instead of +8, do we multiply (1/2 * - 8)^2 or just multiply by 8 without the minus?

[@ps_online]

what do u mean by shifted?

[@venkybabu8140]

In mathematics you have negative but in physics there is no negative but relative movement is considered negative.

[@jamesruan4832]

ur a god :P

[@sirashp9118]

love you

[@engr.imranahmad8737]

excellent

[@blackpenredpen]

Imran Ahmad ibne sayedah thanks!

[@ПавелСеменов-з7у]

math magic

[@becomingintermediate5390]

Why the e^(-4t)? According to my chart i see why you got the sin and cos. Is it because of that +4?

[@marssem30]

By applying L^-1 {F (s - a)} = e^at f(t)

[@nomvuseleloh]

do you have a video where, we need to complete the square on the numerator now. because that is where im stuck

[@blackpenredpen]

complete the square on the "numerator"? how come?

[@nomvuseleloh]

when you have a function of F(s)/G(s). on this case you have your function of F(s) stating with S^2(S to the exponent 2). i am not sure if i make any sense... Another question, do you have videos on CONVOLUTION PRODUCT AND INVERSE TRANSFORM. THANK YOU

[@tapindrarana7580]

thank u sir aswome

[@tapindrarana7580]

thank u sir awesome

[@richaawasthi1533]

how to calculate laplace for s/s+8

[@seandafny]

Richa Awasthi s/(s+8) = 1-8/(s+8). Inverse laplace wud be L^(-1)= delta function-8e^(-8t)u(t)

[@nonstrhood]

What if it is 5s/s^2-25 ?

[@DrQuatsch]

Well, this is a bit late, but L^-1{5s/(s^2 - 25)} = 5 L^-1{s/(s^2 + (5i)^2)} = 5cos(5it) = 5cosh(5t).
In general, if you have the inverse laplace transform of s/(s^2 - a^2) then it leads to cosh(at), and if it's a/(s^2 - a^2) then it's sinh(at).

[@snuffkinrae8017]

hello your videos are really helpful, can you make video of how to use these laplace transforms in matlab ltiview as well?!

[@gideonsaina5199]

Inverse Laplace transforms can't get harder than this, can they?

[@zahraaemad2956]

s/((s^2+4)(s+1)) how can I solve this with partial fraction

[@lemyul]

nicenice

[@MrKamcio2011]

zajebiscie

[@heerajoshy6134]

👍

[@rastafriedrice96]

🐐

[@Teju2712Gowda]

I can't understand ur language pronouncesation so plz give the caption option