Region of Convergence of Z-Transform

Region of Convergence of Z-Transform
Watch more videos at www.tutorialsp...
Lecture By: Ms. Gowthami Swarna, Tutorials Point India Private Limited

[@TutorialsPoint_]

To Get Certification, Click Here: bit.ly/3oCIvLA Use coupon "KZbin12" to get ‘’FLAT 12%’’ OFF at Checkout.

[@alsabtilaila1923]

you are such a great tutor, the best actually

[@puvvadavyshnavi3558]

Happy teacher's day ❤️😁

[@b52_vishwajeetpatil99]

10:00

[@adilabdulkadir2210]

Great explanation! Thanks

[@dhivyan5361]

Very useful sis

[@Adityakumar-tc6te]

Thank you mam ❤❤🙏

[@soorajkrishna6067]

An explanation as beautiful as the teacher

[@bellappabbamashetty322]

Wonderful teaching it's most useful to us...thank you soo much madam

[@electricalandelectronicske7160]

Adi wonderful yentira

[@ajitbhadwaj]

Very nice.

[@saketsamrat5038]

Thanks Ma'am

[@HishaMized]

Ma'am! Please move away from the white board at the end (in future lectures).

[@electricalandelectronicske7160]

She don't have such a skills bro

[@electricalandelectronicske7160]

What a sodi u r telling ... It's a waste of time to listen ur class... U don't have fluent english

[@adityakau5391]

😂

[@debarghadevchoudhury6916]

Hello Mam your videos are very very useful to us.Mam I request you to make more videos on Electrical engineering.Thank you

[@bleedblade]

Nice mam thanks a lot mam❤️

[@md.tahmidurrahman4090]

If a have an impulse signal then what will be the ROC of the z-transform of that signal?

[@FashionToBeauty]

is example of property no 3 is right?

[@ivecenaveenat6755]

Nice explanation .... thank you mam 😊

[@vimalsuryadev5787]

Thank you.

[@purvakangale6466]

✨✨

[@ANGEL-mb9yx]

Thank you third supply attempt tomorrow

[@ANGEL-mb9yx]

Pray for me

[@pgourishankar4357]

Hey, How was it?

[@ayushpandey7382]

At 7:16 in [a^n. U(n)]+a^n. U(-n-1)] If u took a=2 to write 2^n then how u could write 3^n for next term. ? 🙄

[@saketsamrat5038]

Both are different signal

[@shivaarchana2920]

Such a beautiful explanation mamm TQ u 😁

[@ajitbhadwaj]

🥰🥰🥰🥰🥰🥰🥰🥰🥰🥰🥰🥰🥰🥰🥰🥰

[@subtitle3943]

thanks is very explain

[@abdiasefa2801]

nice

[@pranavambore9831]

Super explained👌

[@anupamakmkkd1006]

mar your videos are very useful

[@rekhatarunyab5998]

what is a rational z transform

[@mukesh13189]

Please explain with example for rationalised pole

[@wekshumadelesa3589]

respect 4 u miss but I need to know ur name please if don't mind

[@himanshusingh7695]

Thank you maam

[@realislamicguidance2375]

Suppose a signal is growing exponentially. We take its Z transform & find its ROC. So what are we supposed to do practically? Are we supposed to manipulate our O/P by multiplying any signal from ROC such that our O/P converges & system is stable? And what if our signal is exponentially decaying so whats the purpose of finding ROC in this case (except for determing stability/casuality)?

[@hamhai2969]

Aap apna contact no. dijiye n...

[@DevOpsAAG]

Mam your way of explaining is good make more videos

[@abdiasefa2801]

good man

[@palakurthideepika1821]

Tq mam

[@Pankaj519SCI]

thanks maam

[@just_eknoor]

that accent is killing me

[@SD_VlogsYt]

Hindi mai padhaye karo ham log Verna barbaad ho jayga

[@ganeshchandrameesala257]

see it in 1.5 speed thank me later

[@harshithr7510]

Ahaa..🙄😂😂

[@vimalchaudhary27]

please speak in hindi

[@mmpmaldo]

no

[@karuppasamykk7404]

In hindi you have lots of video But we have few few faculty lectures

[@timcook3849]

Thank you ma'am