Signals and Systems | Module 1 | Classification of Discrete Time Signals - Part 1 (Lecture 12)

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What a systematic contents delivery....no one teach like this...superb explanation...👌👌👌
Thank you sir....

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Priya mam (SFIT faculty) does.

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A good teacher like you teaches from the heart not from book😄😄

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Sir u look poised n so calm....n u stand out in the crowd....ur calmness while speaking n outstanding explanation!salute n respect sir...

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you are the best , lot of respect from Bangladesh. Making a difficult subject like signals & system so easy and understandable isn't a cup of tea for everyone...

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Thanku sir pls carry on this frequency of uploading

[@PankajSingh-dc2qp]

@ 1:30 Elementary DT signals
37:58 Classification of DT signals

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Great explanation given by you , keep it on sir...

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best videos for signals and systems

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One of the my favourite sir ☺️💖 thx you so much sir for always provide best concept with easiest way🙏

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Amazing!!!!
Difficult topic become very easy now thank u sir

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Best lecture

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For our Lower class student
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u r best sir

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excellent...thanx sir

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Love u sir
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Wonderful sir

[@lalitbopche2769]

Sir in this exa. u[n]-u[n-5] the value of even function is like 0+1÷2=0.5 in that case what l Write?

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I tell you are not a human being you are a superman a human being can't teach like that

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Thank you sir ❤️

[@PankajSingh-dc2qp]

@ 29:20 It is not shifting..
It is "sifting"

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Awesome sir..!!

[@jitendrasingh-ey4gr]

46:55
even part of x(N)= (0.5 0.5 0.5 0.5 0 0.5 0.5 0.5 0.5 )
odd part of x(N)= (-0.5 -0.5 -0.5 -0.5 0 0.5 0.5 0.5 0.5 )

[@neerajrajspeaks9578]

Check even part..👍

[@avinashprabhakar99]

I think in even part, the value at origin is 1.

[@ee_002_abhijeetyadav6]

Yes because (1+1)÷2 gives 1

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👍

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Thank you sir....
Nice way of teaching

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Thanks Reshu..👍👍

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Very good approach sir

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Thank you

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Thanks sir ..
Videos very helpful for me
because l am self study student
Sir please upload analogy analysis videos

[@lalitbopche2769]

Because in discrete signal we only use integer value.

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❤️❤️🙏🙏

[@PankajSingh-dc2qp]

Operations on DT Signals

[@AjayKumar-ob3uf]

Sir at 14.25 formula related to dell tau is not clear please have a look at this .

[@sangramsingh958]

niceee sirrr

[@Anushka20037]

46:00 u[n]-u[n-4] ke answer mai n=3 tk hi 1 aaega uske baad nhi kyuki yeh discrete signal ki baat ho rhi hai

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Thankyou sir but...sir plz provide a video for signum and sinc function 🙏

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Sir please put English subtitles for u r lecture plz

[@shikheragrawal3830]

Thanks sir

[@hritiksingh7802]

46:18 comments down the complete solution please i m not able to understand that for addition and subtraction of even and odd parts.

[@subhajitsarkar1399]

Thank u sir..

[@nabapankajbhuyan2129]

find even and odd part of x[n]=u[n]-u[n-5] iska answer meine nikala par sahi ya galat humko pata nhi...the answer is
x even[n]={0.5,0.5,0.5,0.5,1,0.5,0.5,0.5,0.5}
x odd[n]={-0.5,-0.5,-0.5,-0.5,0,0.5,0.5,0.5,0.5}

[@neerajrajspeaks9578]

👍👍

[@nabapankajbhuyan2129]

Thanks Sir..mtlb right hain kya answer?

[@SouravKumar-je6sp]

at 14:25, 2nd formula u didn't taught it anywhere

[@manideepyerraguntla3769]

Saurav Kumar it is similar to the summation from minus infinity to t dell tau of n which I equal to u(n)

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Sb sirf padh ke bhagg jata hai ....like karooo👍👍👍👍

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If anyone needs full notes, drop your telegram id , i will share with you

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thankyou sir

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sir no. of que kb karaenge??

[@dhaivatbuch5704]

sir I have a complain!!! the video of electrical engineering is not being uploaded and the module is not continuing .... sir please upload as soon as possible

[@amulyaponnuru2173]

40:43 why isn't this true for continuous signals??

[@manideepyerraguntla3769]

It is true for continuous signals also take compare sine and cosine for understanding

[@spanceradarsh634]

56:35
sir, why have you not taken the value of m= (-3), since -3 would be the smallest integer

[@9533-z9d]

you know that periodic signals lie from -infinity to +infinity

[@9533-z9d]

so its up to u

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sir plese check

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Sir PDF mil sakte h Kya es subject ka

[@devidattjoshi4860]

continuous time signals ki video ka link send kr do
sir..

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thank you sir

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Thank you sir

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thank you sir

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thank u sir