Inverse Laplace Transform with unit step function, sect7.6#15

[@ShAlAmAnAyA3]

You're a genius dude. You know the material and you explain it so well. THANK YOU SO MUCH!

[@ExcelClasses1]

you're right

[@aakolly]

he is.

[@deslomator]

I really needed to see an example with shifts in the t-world and the s-world at the same time, thank you!

[@987SuperSam]

I enjoy hearing you talk, and this kind of problem now makes sense. Thanks, blackpenredpen!

[@jasonlee6902]

Wow this makes so much more sense now that you explained it, thank you so much

[@ralphchild]

amazing video, may Jesus bless you Mr RedPenBlackPen

[@jonahp1127]

Better professor at than any I’ve had at college.

[@prollysine]

This is a fascinating task, thank you. It's true that the Laplace transformation is based on deep mathematics, but I named it LEGO because of its specific rules, so it's a bit more fun...

[@aryananda3954]

Thankyou sir❤

[@Romi..45]

I am from India..love your teaching skills sir ❤❤

[@alexitopro9635]

Thank you so much! Really appreciate it. Keep up the good work! Greetings from Peru!

[@barxco2662]

I loved this, I was working on this exercise and I over complicated myself following the path of separating fractions with imaginary numbers 😆😆

[@Saucepv897]

Nice! That was so easy to understand!

[@StressedHades37]

Thank you! You explained it very well.

[@kensonmalupande2424]

Excellently explained

[@pameladoig2286]

Great explanation! Thank you so much!

[@christumuhaise7804]

Thank you so much you have really helped me

[@sharvini597]

i love you thank you from saving me from my prof

[@rayanetube7074]

Thank you !

[@goofypettiger]

Well done, sir.

[@imene4556]

Can't thank you enough you are amazing

[@esraanaser5711]

thank u , u are the best

[@burgerking220]

Thank you so much!

[@lovellejm9108]

THANK YOU

[@harrisonn9792]

Thank you A LOT

[@solinothman4094]

I just wonder about unit step function isn't it an impulse function not unit step function? ???!!!!! Cuz the unit step is equal to exponential over "S" in laplace transform! !

[@jking1480]

I have the same question. e^-as is \delta(t-a), where e^-as/s is u(t-a) from the tables

[@adityaverma7962]

So you will have to take the convolution of delta function and inverse Laplace of the second function. This will yield what he has written.

[@adityaverma7962]

So you will have to take the convolution of delta function and the inverse Laplace of second function, this will yield what he has written

[@VndNvwYvvSvv]

Impulse and unit are different. Unit step is like an on/off switch where the instantaneous change happens at T. It can be defined before and after t. Impulse function is valid only EXACTLY at time t, or say 3 seconds for t-3. It is a single vertical line, not a stairstep.

[@LuckzProCraft]

thank you very much

[@mohamedabdelmoety2731]

one word *brilliant*

[@mnm1219]

bluepenredpen

[@usairummirza9617]

whats that music in the background

[@marwamohammed7849]

pleas I need your help in some question about laplace inverse how can I send it for you? Email or face book

[@omaralharbi8945]

Thanks a lot

[@satyamsahoo9396]

Thankyou sir...

[@AmitYadav-ol9fj]

Love from india

[@slimymegumin5980]

love u man

[@hawkeyeboi2135]

i love u bro

[@akirakato1293]

why do you need to find f(t-3) and not f(t).

[@letscrackeeetamil6673]

Equation has been shifted to t=3 from question.

[@VndNvwYvvSvv]

Think of it like a horizontal translation of the whole graph, + 3 to the right.

[@iyiolaakinbohun8236]

Hello professor, I sent you an email to your pierce faculty email :)

[@blackpenredpen]

Hi Iyiola. You can come to the class tomorrow and we can talk more from there.