Signals and Systems | Module 3 | Laplace Transform | Part 2 (Lecture 30)

[@sagnikbarat1056]

Best signal system tutor in youtube 😊

[@avinash2178]

Tq Kumar Neeraj raj sir ... You are expert faculty you provide good content....I am proud of sir ..tq onec again gate academy team and dhande Sir

[@Golukumar-vj6kk]

if you had seen the previous part of this video, then you can skip the first 32 min of this video. if you don't want to revise the same topic again. Save time grow score. BTW Explanation is awesome.🔥🔥 Thanks

[@jeeruanilkumar4048]

Yep helped

[@alishakhan82]

Sir, you are one the most amazing and best teacher our country has. Thanks for providing great content and sharing your great knowledge with us.

[@priotoshsarkar7890]

i had watched many lecture of this teacher ,,gradually i am getting fan of him,,,what a great teacher ,,

[@bharathindian60]

very great lecture sir..... thanks a lot for Gate academy..... such kind of contribution from you is highly beneficial for many students sir.... thanks a lot from the bottom of my heart

[@pramodjadhav8125]

Great job sirji Thank you upto infinity

[@akashjai309]

Sir your knowledge and attitude....I'm fan of both .....great sir....

[@anuradhapandit4902]

Sir ji u r gr8... This sub would interesting if there is a faculty like in every colleges nd then no one would be say yrrr ye signal nd system kya h

[@bharathindian60]

thanks for providing such detailed explanation sir..... please provide such long lectures in the future also, so that the concepts will be very clear to us...... thanks once again sir

[@kirtiu7983]

You are amazing sir...Thanks for this playlist.

[@anuradhapandit4902]

Aapke btaye huye concepts se koi v bnda aiwhii jaise taise khiche kisi v line ka ft nd lt find kar skta h🙌

[@avinash2178]

sir please start next topic on Z- Transform ..tq for your efforts..☺

[@growwithNitishk]

sir really knows well that where students will face problem and he is so cute Phele khud hi bolte hain phir proof bhi kardete hain.. you are great sir.

[@nandakumar6652]

Thanks for awesome teaching sir.

[@AMRESHKUMAR-ol9ei]

thats amazing sir thanku so much

[@manishsutradhar7215]

Sir you are doing a great job thanks for videos these videos helped me alot to clearify doubts.

[@PankajSingh-dc2qp]

12:45 Inverse of LT 52:52 Properties of LT

[@sagarikamandal8058]

Thank you sir for putting so much effort !!

[@bju295]

44:45 signal is also Stable as it consist jw axis.

[@PankajSingh-dc2qp]

1. Linearity 2. Time Shifting 3. Time Reversal 4. Time Scaling 5. Frequncy Shift 6. Differentitation in time

[@mukund8930]

Thank you Sir, for your great effort....

[@activebrains9205]

Outstanding explaination..

[@jobayerahmed5664]

Your videos are very helpful

[@priyanshuguptaanshu5224]

Sir u r superb ❤️

[@namanmehra8097]

sir, you are great!!

[@rupeshkumarrawat3688]

Sir plz gate previous year questions b discuss kena.... Combet p h kya

[@lifeblossoms4004]

Thank you Sir ❤️❤️

[@mayanksingh-hj7rb]

sirrrr,,,,, you are GOD level ..in signals...

[@AMITKUMAR-kj1zv]

Thankyou sir for giving such a nice lecture

[@dhawalsalwan]

Thank you sir for the lecture.

[@prasannathakre6550]

Sir You missed distortion less transmission And Auto correlation function in Fourier transform

[@neerajrajspeaks9578]

Hello dear, Don't worry, we are still ON.. Everything will be covered in coming lectures...👍👍👍

[@prashantpandey2299]

U r great sir

[@rajaryanprakash1562]

31:09

[@jayakishorifan1279]

dhasu sir

[@lateef_u_rahman]

Thanks a lot sir😘😘😘

[@nitintomar17]

sir how can you intrgate e^sigma(t) directly , first you have to integrate RHS then multiply exponential term of sigma .???/

[@ankit_shivam_]

Are u talking about 49:20 ?

[@nitintomar17]

@@ankit_shivam_ ha wahi.

[@bju295]

you are fantastic

[@NitishKumar-vw8fs]

1:49:24 differentiation property

[@shikheragrawal3830]

Thanks sir

[@RaghvendraSingh-ks9jt]

Lectures apple bahut hi achhe h but lectures bahut jyada duration ke h sir..

[@rahulajad8922]

Sir aapka camera bahut fractulate krta hai ,so please 🙏

[@anshulkumar-dy9sj]

Sir, Is this the last video of S&S ?

[@Motiondetector1034]

Sir , please make videos on communication system

[@dayyalaravi4996]

Thank u sir..!

[@ramganeshiya4984]

As you said we can not define FT for signals those are not absolutely integrable and unbound signals. For signals those are not integrable we use LT. But can we define LT for unbound signals like e^(at) for a varies -infinity to +infinity, and for another signal e^(-at).u(t) for a

[@neerajrajspeaks9578]

Hello Ram, Go through the next lectures of Laplace transform, all of your doubts will be cleared..👍👍

[@ramganeshiya4984]

@@neerajrajspeaks9578 ok thanx :)

[@arghadeepmandal4399]

Sir how can we be sure that x(t) will be absolutely integrable if we multiply it with e^(-sigma.t)...i mean can there be any signal whose Laplace transform is not possible?

[@sangramsingh958]

thanxx so muchh sirrrrrrrrrrrrrr🙋🙋🙋🙋

[@nexusbiswa7895]

sir e^(-a|t|) me jab( -t) lenge toh result e^(-at) hona chahie tha na

[@rk-pn5ru]

Sir digital signal processing subject start kijiye plz🙏🙏🙏🙏🙏

[@vivek56387]

Sir g e^-st mai t ki value t-t0 kiu nhi rakha?

[@madhumita_dey]

very nice explaination but too long lecture

[@mohantawar3582]

Sir autocorrelation concept remained to teach

[@neerajrajspeaks9578]

Hello dear, Yes, but I am assuring you that we will cover all the topics with time..👍👍

[@ayushgupta-uf9ss]

HI

[@rajaryanprakash1562]

1:24:02

[@KakashiChidori616]

sir plz provide dft

[@empireshadow4971]

😊😊😊😊

[@ramkinkar9062]

Thanks sir.

[@nitesh5655]

Thank you Sir

[@surajkanojiya3926]

thank u sir

[@ROHITKUMAR-nx7yg]

Thank you sirji

[@shockingmoments987]

Thanks Sir🙏🙏