TIME VARIANT/ INVARIANT SYSTEM- complete steps and sums

𝗗𝗢𝗪𝗡𝗟𝗢𝗔𝗗 𝗦𝗵𝗿𝗲𝗻𝗶𝗸 𝗝𝗮𝗶𝗻 - 𝗦𝘁𝘂𝗱𝘆 𝗦𝗶𝗺𝗽𝗹𝗶𝗳𝗶𝗲𝗱 (𝗔𝗽𝗽) :
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[@akifadnan4172]

Checked 50 videos but this is the first video that cleared everything

[@tceterex]

Thanks for taking the fear out of me towards signals and systems

[@jansphoto2019]

u r abeyond great,,,i in love with signals and systems subject bcz of u

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Shahzeb Jan
your appreciation means alot 😃
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[@jansphoto2019]

sure :)

[@udigal3539]

Very helpful, thank you. Helped me get back on track for working on Space invariant systems

[@praveenpallagani1277]

You are the best choice of me to think of signals and systems

[@andrearson2748]

Please make more videos! I love that you give so much examples and make things simple!

[@ShrenikJain]

Andre Arson
you can comment the topic that you find is difficult , so that if I know I can try to make video on it :)

[@andrearson2748]

Do you think you can make videos on checking if a system is Causal/Non Causal, or if a system is Bounded Input/Bounded Output stable?
I really think those would make great topics to cover! :)
Thank you!

[@ShrenikJain]

Andre Arson
I made the video on them but it is in Hindi .
link: ua-cam.com/video/L19p9Qa_Wlg/v-deo.html

[@andrearson2748]

Oh I don't understand Hindi :(
I have a question for you...
If we're given a function like:
Y'''(t) + (t^2)*(Y'(t)) + 9Y(t) = X'(t) - 8X(t)
And to check to see if it is linear, would this make it nonlinear because it is multiplied by t^2, and also make it not time invariant?

[@ShrenikJain]

Andre Arson
it is time variant because of t^2
it is linear because if you follow my steps the video in hindi . you I'll get it.
watch video and note down steps for linear and nonlinear system you I'll get it

[@suryansh4722]

Thank you...you explained so simply ❤️

[@ShrenikJain]

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[@lisaprince1313]

the best video ever

[@jahidulislamrakib5953]

thank u sir❤❤.it is very easy procedure for checking time invariant and time variant system

[@hunterglenn5860]

Thanks man really helped clear up everything. Really like how you explain it.

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Hunter Glenn
glad you liked it 😃😃
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[@mdkalimullah4207]

thanks a lot from the depth of my heart

[@ShrenikJain]

WELCOME :)

[@sagarmeena318]

Really helpful bro i was confused but seeing your videos i feel this easy now thx brother.

[@anjalianjali3889]

Thank you so much god bless you bro

[@rishadhossain1173]

Fantastic video sir...💯💯💯💯💯

[@TusharKumar-iu4nt]

Bhai jabardast explain kar diya!!!

[@hariharanm2906]

very easy to understand

[@ritwikbanerjee8633]

Thanks a lot, very clearly explained

[@kasyapdharanikota8570]

you explained the topic so easily thank you very much

[@lucalli7424]

Too much love for this subject because of your explanations

[@ShrenikJain]

Ty 😃

[@crios9772]

Well explained. Thank you so much.

[@peruvazhuthisrinivasan9835]

Thank you sir 👍🏽

[@mr.praveersaxena2469]

NICE WAY TO MAKE THINGS EASIER... GREAT JOB

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Mr. Praveer Saxena
thanks 😁😀

[@j.sawyer4946]

Thank you. This is much more clear now.

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+J. Sawyer
Welcome 😃

[@PK-zc4df]

thank u so much... I have a paper tomorrow.... I'm sure I'll score well ....Thanks a lot...!!! 🙏

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Pradnya K
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[@gaolee6132]

Thanks for the clarification. The various examples are helpful.

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+gao Lee
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[@samisonitupou9180]

Thanks man, you are a lifsaver

[@ayushsoni8509]

Really very helpful before exams

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THANK YOU BRO! ALL THE WAY FROM DUBAI!! U SAVE MY LIDFE

[@ShrenikJain]

welcome :)
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[@amankispotta5329]

Thanks 🙏😊

[@apoorvpandey5058]

Bro what a nice explanation

[@iolanda5707]

Thank you! You just helped do my homework. Very useful examples and easy to understand.

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+iolanda blaj
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[@darkmind7991]

Thank you a lot 👍🏻 great job 👏🏻

[@akashranjan7663]

Thanks a lot sir

[@piyushsoni4100]

It was really helpful, thank you.

[@nurfikhira3584]

Reallyy beneficial. Omg i understood well thank you sooo much

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qeera nur
Welcome 😃
Keep learning, keep sharing 😊

[@Shivamrajsinger8558]

sir bahut achha concept clear ho jata hai

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guruankur kumar
Stay tuned ..
Next video is on MCQ / GATE questions on this topic 😃

[@Abhishekyadav-hc5ex]

ye kon mhan bidwan log hai jo unlike krte hai un salo ko jln h kya bhai ne bahut mst concept diya h good bhai

[@aviationislife1270]

please make video on complex Fourier series

[@tceterex]

Great vid. Pls make a simple video on invertible and non-invertible

[@ShrenikJain]

i had made video on it -
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[@nayankarmakarofficial6294]

thnq sir

[@sethyy12]

You are incorrect for number 3 of your first set of examples. y(n-1) DOES CHANGE. So it is Time Invarient

[@shashankpandey1966]

Great work sir

[@KANTSHRIVASTAVA]

So much thanks sir

[@sukulalmundari4880]

Thank u sir

[@aym_97]

Can you please solve the examples in detail like the first example, it would help a lot to understand this topic much better. "hope you read my comment" Thank you.

[@mateusmaia9627]

Thanks man, it helped a lot

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Matias Mayer
😃😃
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[@somendutta182]

great explanation....thanks

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somen dutta
Welcome 😃
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[@sarathsaipeteti6029]

U saved me I love ur videos so much why dont I find u in my 2nd year damn it!!

[@RLDacademyGATEeceAndAdvanced]

Nice video. However, you may check the answer of 3rd example, i.e., y(n)=2x(n)-y(n-1).

[@nikhilvangari1164]

Yes it's time invarient...He did wrong there

[@RLDacademyGATEeceAndAdvanced]

Fine. Are you a student now?@@nikhilvangari1164

[@nikhil_legend16]

@@nikhilvangari1164 no buddy ..its right

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gonna pass this test cause of you, thank you!

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+Tasnim Yasin
Welcome 😃

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Osm...♥️

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thank u so much

[@ShrenikJain]

Welcome :)

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Bro god bless u

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+Mohammed Ibrahim
😃
Thanks man

[@rupalkumari9744]

u explain so gud!!!!!

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+Rupal Kumari
Ty 😃
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[@buildingphase9712]

Thank you

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Delan Tendai
welcome 😃😃

[@manikanta-wr1ui]

What about only dy/dt is timevariant or time invariant

[@ramathumuluri1053]

If System is time invariant should it be delay or replace?

[@spandan1601]

can you explain if y(t) = integral of X(t) with limits( - infinity to t) is time variant or invariant??

[@thrinathsunny2945]

SPANDAN SINHA have u got answer for this if yes explain !!!

[@eesaabbas3958]

thank you bhai

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welcome :)
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[@ramathumuluri1053]

Legend = Shreinik

[@somendutta182]

have u made any video of system stability and unstability?? if u have then send me link ....it will me a lot...thanks

[@ShrenikJain]

somen dutta
You can get notes of Video.
Fill form to get notes.
Stable/ unstable topic is their in this video:
ua-cam.com/video/L19p9Qa_Wlg/v-deo.html

[@arihantjain1614]

Nice!

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Arihant Jain
thanks buddy
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[@NavaneethPrabha]

Thank u so much bro

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Welcome 😃

[@pratimamodi607]

tysm bro

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Pratima Modi
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[@abhitapole9406]

x(2n) is time invariant system.
delay y(n,k)=x(2(n-k))
replace y(n-k)=x(2(n-k))
both will be same

[@MuhammadZeeshan-yg3ky]

No, this is not the case. watch my video to see the explanation and don't forget to subscribe my channel.
ua-cam.com/video/2qw9UBEtytY/v-deo.html

[@nikhil_legend16]

delay glt likhe ho

[@rafihaq3485]

Nice work bro. Keep it up.

[@ShrenikJain]

alone boy
ty 😄😄
share with your friends too 😊😊

[@rajubjc6349]

Bro..I want proof...of differential equations you spoke of..You directly stated that if there is no 't' as coeffecient then it is TI..

[@ussefdesouky]

so what i understood that systems are classified into:
1)linear-time-invariant, 2)linear-time-variant, 3)non-linear-time-invariant & 4)non-linear-time-variant
is that right? could any one answer me!!!

[@radhikaravi1379]

phew, saved me!! tysm :)

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radhika ravi
Welcome 😃
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[@harshachoudhary1839]

Limits di hui h to use kese solve krege

[@udyogam_goals]

sir in problem x(t)-3u(t) why you not applied delay to step input

[@AmitCodes]

Becoz delay is applied only to x(n) only, not to u or cos or y functions

[@myonlynick]

3:40 are you sure that it is D: x(2n-k)? I think it is D: x(2n-2k), because we delay n by k. n becomes n-k. No offence intended.

[@ShrenikJain]

Delay means only subtract k
Hence, x(2n-k) is right :)

[@electromechanicalmechatron1830]

in your first example ( x(t) -3*u(t) ) why the delay only effects the x(t) ??

[@ShrenikJain]

x(t) is input and u(t) is not

[@electromechanicalmechatron1830]

but u(t) can be a state . usually we use notation x for state and u for input. but anyways ,
if i have y(t) = C*x(t) + D*u(t) where y is output, x is state , u is input .and applied your method it will give me a time variant while it is time invariant.

[@ShrenikJain]

ElectroMechanical Mechatronics VUB/ULB
U(t) r(t) Delta(t) are not changed in delay step

[@skstatus901]

ip and op same. Nhi hoga to t.v kaise ayega 😮

[@mdkalimullah4207]

Sir gate k last year k questions krwaiye . thank you sir

[@ShrenikJain]

+Md Kalimullah
Will do in future Videos 🙂

[@hriday3796]

Example no 3 is time invariant but you mistakenly wrote time varient

[@nikhil_legend16]

1 is not equal 2 ...its time variant only

[@ayushiranjan5937]

Solution of y(-1)=1 ??

[@ayushiranjan5937]

You are far better than my professor ... Thanks alot man😘

[@hunainaghai3342]

What's the solution?

[@omrana8694]

Nice videos.. But change the intro

[@ShrenikJain]

Om Rana
Thanks man 😃

[@katelyt1184]

Not all hero wears the 🧢

[@healthwealth12]

Sab halwa example leke nikal lete .Jo sabko ata hi .koi physical significant pe bat nhin karta.

[@fastiron272]

are u in a park making the video

[@salumonibonane8411]

Thanks. Simple explanation

[@zezo2895]

Thank you sir❤

[@S.Ghosh.]

Thanks bro

[@ShrenikJain]

welcome :)
Keep learning, keep sharing

[@S.Ghosh.]

Ok