Convolution in Continuous Time Domain part-1 (Signals and Systems, Lecture-24) by SAHAV SINGH YADAV

[@harshitasharma1992]

Laplace transform ke bare me itna kabhi nahi seekha . College me long lectures ke baad bhi kuch samjh nahi aaya , pr aapke itne short lectures ke baad bhi sab kuch samajh aaya 🙏🙏🙏🙏

[@nayanjyotitalukdar2227]

Most Authentic Channel !

[@divypandey1999]

explained in a very interesting manner...!!!!

[@MohitSharma-eg9zc]

Sir, you are really great. After a long time now I learned Laplace Transform properly after watching your video.

[@mayurrukhmode4555]

Best explaination sir ...simple and quick..

[@aadityanaresh9847]

Thank you very much sir for providing quality content !!! 😊

[@rubyr6915]

Sir you are doing great work. Thanku so much 😄

[@RaviShankar-db5jc]

At 07:50 for multiple operation on signals we follow 1.reversal 2.shifting 3.scalingas has been taught to me.......but I feel difficulty when trying to apply this to convolution.......

[@youthindiayuvabharat]

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[@supraja6883]

Sir I got -6/(s2-9).....roc{-3,3}...kindly tell me whether it's true or not

[@sujitgupta7004]

Was fully frustrated .....but after watching top of the world.

[@vaishnavipatil5352]

Equation of triangular signal is incorrect. Either the limits should be form -T to T or eq should be tri(2t/T)

[@omkarshinkre1934]

sir, in triangle 3*tri(t/6) 6 denotes half of the duration na?

[@rohitryadav4864]

at 32:58 you said convolution will not exist. that means there will not be common area between them am i right? can you plz explain me in little more detail? thanking you.

[@GATECRACKERSbySAHAVSINGHYADAV]

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[@rameshverma118]

great job sir please carry on

[@RahulPandey-pm2sz]

Enjoying your lectures sir

[@shivanshdubey9282]

-6/(s^2-9) ROC WILL.BE -3

[@amitkumar-ez9sb]

Good one

[@Sitevlogger982]

Sir your video is very helpful.please make video on analog electronics

[@habibakhan6945]

I like your lecture too much

[@ravindranaththakur4174]

Sir by mistake trangular function ka graph wrong hai at 26:52

[@ahilyakumari7204]

Sir big fan of your efforts.. Your way of teaching and your concepts really helped.. I want to score good rank in gate.. But not sure k what should be the strategy... From where i should solve the questions.. How many questions i should solve.. What study material i should follow.. Need your valuable guidelines.. Pls help.. Thanks in anticipation.

[@youthindiayuvabharat]

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[@kshitijsharma3522]

excellent sir 😄😄😊

[@rkbrothers9724]

Thank u so much sir your video very helpfull😃

[@yogepainuly7939]

Toughest sub ...made easy by u sir thenkew

[@ishikakashyap035]

2s/s^2-9. Roc=s

[@vaibhavpandey7202]

I guess you have made a sign mistake while solving t>0 part.

[@allenjonesstyles6112]

u(-t) Laplace is - 1/s

[@rkbrothers9724]

U r great sir 👍

[@ankitkumar-yk1nx]

Isme last wala ques time domain se solve kaise hoga

[@rkbrothers9724]

Sir is question ka ans does not exist hoga kyu ki exponential function ke sath u(t) ka multi plication nhi h

[@ktk3228]

wrong brother

[@cidkabaap]

-6/s^2-9.....and ROC=-3 to 3

[@ktk3228]

mine is same

[@flexopackmachinespvtltd3572]

sir please tell the partial fraction of s^2+2s-2/s(s+2)(s-3),,, please sir it will clear my big doubt.

[@ajitsikdar7613]

Aise question partatial by parts larke hoga...

[@khushalsharma7370]

12 class ki math me integration topic me full explain hai...use dekho

[@sujitgupta7004]

Sir koi accha book bateye n ...signal system. B.tech k liye. Makaut university. West Bengal.

[@GATECRACKERSbySAHAVSINGHYADAV]

Simon Haykin ............ www.eletrica.ufpr.br/graduacao/e-books/Signal%20and%20Systems-Simon%20Haykin-Wiley.pdf

[@khushalsharma7370]

Shausham series

[@habibakhan6945]

Sir u have already told laplace of starting question is o

[@ktk3228]

zero nhi hai answer bcoz mod hai usme

[@ravindranaththakur4174]

Thanks sir

[@thepramoddubey]

There is a small mistake in traingualr function .Btw Good lecture

[@manishazade55]

26.20...3tri(t/6)...sir we can't take here triangle limit -3 to 3....it should be -6 to 6....because we considering here triangle +ve bandwidth only...

[@anilangarapu9275]

thats correct

[@Ayeshakhan-de7tt]

Sir y(t) = (-1/4)(e^2tu(t)+e^(-2t)u(t)). At 36.15

[@mihir4142]

Roc is >3 and system is unstable overall for question x(t) =e^-3|t| u(t)

[@rajatsindhu4306]

ROC is (-3,3) bro and the system is non-causal.

[@AbdulGani-eg2pu]

1/(9-s2) ROC: (-3,3)

[@MAMTAKUMARI-yn6wu]

Thank you sir