Extraordinary explanation anna.....I don't know why TH-cam won't recommend these type of precise videos.....instead it recommend videos of no use....whe we search .... Thanks once again brother ❣️
To remove z from numerator.Z transform of the time domain signals have z in their numerator so that we can apply partial fraction method.At last again we bring back X(z).
You are better than chatGPT
Extraordinary explanation anna.....I don't know why TH-cam won't recommend these type of precise videos.....instead it recommend videos of no use....whe we search ....
Thanks once again brother ❣️
Thank you ❤️
TH-cam recommends what things you watch the most
😂@@premat.j.2333
Tq so much sir 8 to 10 marks in my pocket 💯🙇🏻♂️
😅
Amazing! I was searching for such an explanation for the longest time!! Thanks 🙏
Thank you so much sir. Great Explanation.
after watching so many videos your video was the one that make my concept clear thank you
Next level ❤
Perfect explanation sir thank you ✨
Best explanation sir thank you ❤
Thanx a lot 😊👍
Thank you Sir 🙏
Thank you so much ☺️
The best ever explanation!❤️❤️❤️
Thank you Sir ji 🙏
Tqsm Anna
thank you very much , it helped a lot
Thank you sir for solving the query.
Excellent❤❤❤
Very easy and simple explanation. Thank You sir!!!
Thanks beautiful ❤ explanation..
Thank you!!!
thank you sir
Wonderful explanation. Thank you sir.
Helped...!😊
What an explanation sir. Salute to you
thank you for your efforts ❤
Explained in a very simple and lucid language.... Very easy to understand
Really Helpfulllll.....
Gratitude
Perfect
Thanks sir
Thanks😍
Thanks a lot sir 🙏🏻
Nice explanation 🙏🙏
Super explanation
Thank you so much sir🙏
Nice explanation sir.
Thankuu
One question, why do you have to divide X(z)/z in order to do the partial fraction expansion?
To remove z from numerator.Z transform of the time domain signals have z in their numerator so that we can apply partial fraction method.At last again we bring back X(z).
@@MATHSPEDIAabhip
very helpfull
Excellent
❤️❤️ Thank u
sir, if the obtained x[n] is of u(-n-1) then for the give first condition will it remain same or it will change (as the answer for the 2nd condition)?
Thanks
Your explanation 🫂
super!!!
👍💯
Nice sir
Nice
Thanx buddy
Excellent explaination.. Upload more videos of signals.. Share notes if possible pls give me ur number... For notes purpose only
U want my number i can explain
Thanks Broh