Properties of Convolution (Part 2)

[@eswarabhi999]

The way of writing is very good it's gives more interest to see 💕

[@eswarabhi999]

@Langston Matthias what did u mean I don't understand what are u talking about

[@BhavikRaghav14905]

Thanks a lot sir!!! Your videos are literally a boon for us students, thank you very much for helping us this much Jai Siya Ram

[@apostolosmavropoulos177]

Dear sir, at 5:34 shouldn't the limits of integral be from 0 to t as unit step function is 0 for t

[@jessegrigg9092]

Thank you for your videos. Great teaching with great repetition!

[@litheeshkumarp7536]

you are awesome sir,,,what a expaination....great sir

[@achilles6171]

in the proof of 6th property why did you take the limit -infinity to t ? can u please answer?

[@ankushexperiments4021]

nice teaching

[@eeonlineconcepts]

Nice lecture..

[@SeekingUnity]

At ~3:00, how does the derivative turn into a delta function? Could you also differentiate h(t) and u(t)? Are these universal placeholders?

[@ahmedmunsour]

Are all the properties valid for discrete time convolution ??

[@gaurabbiswas9480]

Why we get two different answers while doing the same problem??

[@keshavthakur3023]

for property 6 isn't it necessary to have a unit step signal in convolution ???????

[@pabitrapatra3502]

plz end this convolution quickly....upload fast

[@marcoponts8942]

Can you please also proof the derivative property and not just state it and use it to proof other things without having proven this property first.

[@yskmovies]

LAPLACE AND Z-TRANSFORMS EXPLANTIION?

[@phanindrareddy4885]

Sir till now you uploaded 259 only we want 350 lectures on signals and. Systems

[@himanshushekhardas1730]

man it takes a lot of time and hardwork to make these type of videos, be patient

[@YashGupta-kx7pl]

we get two different answer of same question when we had done derivation of different function in 1st case we got r(t) as answer and in 2nd case for same question we p(t) as answer

[@keshavthakur3023]

bro both are different u must-see in another question he has taken input signal as a ramp signal.

[@Swamy84682]

​@@keshavthakur3023No bro both has same inputs..

[@KUrisu-hj4uu]

On the right side of the slide is r(t) convolution u(t) And on the bottom left is u(t) convolution u(t) = r(t) convolution delta(t) =r(t)