Convolution Theorem for Probability.

[@lewisdrakeley9631]

This was extremely helpful. The bounds are incredibly unintuitive to me, and yet you explained it with ease. Thank you!

[@EdmundKaywoods]

This is the best video so far on convolution. Thank you for taking time to break down all the steps. This is very helpful.

[@FreddyMercry]

Spent the last hour trying to understand this bloody convolution formula, but finally managed to make of sense of it with this video. Thank you very much! This was incredibly helpful

[@brofessorsbooks3352]

You are very welcome!

[@kgotsomaselwa4746]

Can you please make more videos! This was extremely helpful.

[@rmb706]

This is a really intuitive explanation. I don't have a background in probability and statistics, but I am taking a data analysis course. So this stuff is presented, but not taught well. I would be toast if I didn't have these videos to go by.. thank you!

[@livingbyheart8510]

Thanks man, you were awesome while teaching the topic. Nicely explained. Love you 3000!

[@sofiafredriksson7041]

Great explanation!

[@iraagranovich5574]

The best video i've seen on this topic! you saved me, thank you very much!!!

[@benjaminticknor2967]

Fantastic explanation - concise and clear.

[@korrawitsurachit254]

Your video is really helpful

[@nzy6498]

Please make more videos! This was very helpful! Thanks

[@HiHeyHelloist]

Thanks man, this was so helpful!

[@jmhuang11]

Great explanation! This was exactly what I was trying to understand :)

[@brofessorsbooks3352]

Glad i could help!

[@andreaskooi7599]

Infinite amounts of appreciation and thanks for this!

[@mlfacts7973]

Great video mate. Thank you!

[@andrewkeshishian5711]

bro you NEED to make more videos! good shit

[@ellenli4106]

Great video! This really helped me to understand convolution. Thanks!! :)

[@thadeufreitas8353]

The clarity with which this video presents convolution is incredible...:^o

[@brofessorsbooks3352]

Glad I could help! :)

[@baconpilots7372]

this was actually amazing, thank you

[@nilendrasinghpawar6268]

Very helpful. Thank you,

[@TokosKolbaszosRetes]

Well done, very helpful!

[@sahilgandhi3423]

Thank you so much! This was really helpful!

[@different843]

Everything is fine, but when you coming back on youtube ?

[@HK-no9wm]

thank you. amazing explanation

[@oussamatakkouk690]

thank you very much, that was so helpful

[@weLiveInSociety]

I finally understand it now. Perhaps I ain't failing the exam after all...

[@mathsandstatswithsajidrehm374]

When two Exponential distributions little different with each other but expnention are to be combine as Z=X+Y.What we are to do?

[@zachzach8171]

Thank you. exactly what I need.

[@thadeufreitas8353]

How do you perform convolutions when one distribution is continuous and the other discrete? Cheers

[@ibrahimyldrm2427]

Great!! thnx so much.

[@AlexG-xe5up]

This was exactly what I needed help with, thank you! What tool do you use for screen annotation?

[@brofessorsbooks3352]

The program was Camtasia! :)

[@zh0ngyu]

ur the goat

[@MyStillRemains]

Thanks for the video! One question: why don't you just add the two integrals together instead of specifying the regions of integration? Can't you have made it integral from x=0 to x=z plus integral from x=z-1 to x=z? Are we not integrating over the entire blue region?

[@bangaloremathematicalinsti5351]

Great job :)

[@brofessorsbooks3352]

You are very welcome!

[@Fozz94]

thanks man, this is great

[@brofessorsbooks3352]

You're welcome ! :)

[@drisyap8889]

GREAT!!!!!!!

[@A_Helder16]

Thanks man!

[@woonjeng]

Thank you so much!

[@brofessorsbooks3352]

You are welcome!

[@KrownLad]

Thanks Daddy