Lecture 3 | Rectangular & Ramp Signal | Signals & Systems

[@RajeevSharma-rp1zw]

Sir please signals and system complete krwa Dena.....your lectures are really really helpful for us,who are preparing by self study...thank you sir..keep going..

[@nikhil...999]

sir how was your preparation.? 😅😇 and what are you doing now...

[@amanthedashing]

U are an amazing teacher. I have no words. The way u explained is impressive. Previously i was weak in signal & system , now i am getting it smoothly

[@kesavak4600]

Just became fan of you sir ..for dullers and self study students and who didn't have basics like me,, you are appearing like a God...

[@hussainalrashid154]

thanks for very clear explanations . I wish i had watched these videos in my undergraduate degree. 👨

[@abhishekmohan2594]

Jio Nahi tha uss time

[@deepaksharma3862]

Very nice teaching skill And lot of experience that makes this tough sub very easy Thanks a lot sir

[@sikha8725]

Best Signal system tutorial video so far.....

[@allanraju1570]

Rect(t/4 + 2/8) = rect(1/4(t+1)) So do scaling first I.e. draw rectangular pulse of width 8 and then shift towards right by 1

[@allanraju1570]

Ya sry width must be 4 i.e. from -2 to 2 then advance the rectangular pulse into left side by 1 unit, and friend rect(1/4(t+1)) is same as rect((t+1)/4)

[@allanraju1570]

And the rectangular signal will exist from -3 to 1 having amplitude 1

[@allanraju1570]

On doing from either side u will get same answer

[@gopisanaka8438]

Isnt it become rectangle from -2.25 to -1.75..please reply

[@priyeshranjan9892]

Really good work done by gate academy team.....

[@ankitachowdhury6799]

Sir you have made things very simple,thank you.

[@DeepakKumar-wf5sg]

Excellent sir. ~Happy Teachers Day~.

[@dayyalaravi4996]

What a lecture sir..! My total doubts regarding the ramp signal are cleared. Thank you sir...!

[@snehaugale5192]

Thank you so much sir for all of this video it's very supportive for self study and it is very unstandble .... Thank you so much sir

[@shubhi_ki_dayari]

sir your all lecture video of digital,signaland system is helpfull to exam

[@rahulricha]

That's GOD level explanation

[@sakshikhugshal4489]

sir your teaching style is awesome..............we all r heartily thankful to u.......

[@ruchimadaan573]

Awsome explanation sujay sir.Enjoyed alot.

[@sunilkumar-qi4vd]

Sir please upload the concepts regarding the polar , Bode & Nyquist plots in detail From basics

[@Sh-hx6uh]

Thanks alot sir for this signal and system series.....its indeed very helpful

[@threelamp1374]

Well explained sir,thank u so much.

[@vikku_19]

Sir what does it mean? That "Though Ramp signal and step signal both are continuous signal but Step signal does have a discontinuity at t=0" I learnt that if a signal is discontinuous at any point then it is called as discontinue signal.

[@jayanagatrimurthulukandula472]

thank you so much sir. your videos are very helpful and very good explanation

[@hiteshdadlani1930]

50 ques were asked from DFT and DTFt in all branches in last four years its a request sujay sir

[@eddyr978]

@7:06 ..magnitude is -4 ...ok... But agr y axis pr kha cut karega ..on (-4 or -3) Please reply it's important

[@kharsha8610]

-4

[@kharsha8610]

-4 is magnitude of amplitude

[@chandanchetry9401]

thank u so much ur video helped me alot

[@rsboss11_]

Happy teachers day sir

[@meghnabora4348]

thnkyou soo much sir..itz really helpful..full syllbus complete kr dijiye..

[@vijengala4721]

For ramp signal it should be kt for t greater than or equal to zero?

[@nikhilnaidu1383]

Yes

[@ALOKSONI-bi6vn]

Yes but and for unit ramp k=1 then it becomes t👍🏻

[@threelamp1374]

Hlo sir, sir how to get yr completel lecture of digital electronics? Please reply sir.

[@ruchimadaan573]

Sir please explain about gate function also.Difference between rectangular and gate function.

[@hiteshdadlani1930]

Please upload more videos on DFT and DTFT

[@hashemmiya5440]

very very helpful video.

[@rahulgarg1300]

At 16:25 t/8 -3/8 hoga aur 3/8 se hi shift hoga naa ki 3 se

[@anushkamishra7578]

At 20:25 .....rect(t/4-2/8) k graph ksa hoga

[@amanjain605]

At 17:45 the signal will not shift with 3 it will shift with 3/8 to right .

[@gopisanaka8438]

My question is same ...if u know reply ..to me

[@amanjain605]

@@gopisanaka8438 buddy I solve with the shift of 3/8 you also solve with that.

[@gopisanaka8438]

@@amanjain605 ok thank uu

[@shohebkhan4045]

sir is right bro u solved it the wrong way .. i solved it and my answer is same as sir

[@EEAshutoshTripathi]

@@shohebkhan4045 no bro sir has made a mistake it's 3/8 instead of 3

[@tariqjameel3018]

thank you so much sir g . I aprociat your teaching 💝

[@mohshinkhan4415]

-13:00

[@rajamohan8310]

Sir, please upload a video on Fourier Series. Thank you.

[@faizanusmani1039]

Its on Gate Academy plus

[@karanahuja7467]

From where we can get these notes. Please reply.

[@anmolgangwar4048]

Amazing

[@animesh3357]

You shouldn't have made a cut on 20:27

[@deepakdamodaran4444]

Thank you so much sir

[@ruchimadaan573]

sir some books explain both seperately thats why i asked.Any minor difference between them?Please tell

[@ParminderKaur-zm4kw]

avani are u giving advertisement of this channel

[@soulduggu7561]

can any one explain the graph of rect( t/4+2/8). I mean to ask the limits of final graph because when we equate the terms in bracket with 0 then t becomes -1

[@soulduggu7561]

Is the final limit from -2.25 to 1.75 correct

[@shohebkhan4045]

@@soulduggu7561 its wrong ... limit is -3 and 1

[@soulduggu7561]

@@shohebkhan4045 Thanks

[@makthub6098]

Sir, please give the solution of the last question from rectangular signal.

[@TheAnnJ99]

Ameena Khalam isn't it a rectangle from -2.25 to +1.75 and magnitude 1

[@gopisanaka8438]

@@TheAnnJ99 isn't it a rectangular from -3 to 1...

[@gopisanaka8438]

@@TheAnnJ99 it's also came ..

[@niranjangn6320]

thank u sir

[@AkashBaruah]

Rect funct ka last example kaha chala gaya beech me

[@sudhirshukla437]

todha khud v kr lo...

[@ruchimadaan573]

ok avani

[@rksuman968]

Sir vedio sequence me q nhi h😂😂😂😂😂😂

[@RAMESHKUMAR-02]

🙏🙏🙏🙏🙏

[@akkivideoentertainment6976]

awesome

[@ANKITYADAV-to9vx]

thanx sir

[@AkkyranEv123]

Thanks sir