I love how you broke the rational expressions into simple partial fractions. Definitely a computational highlight. And it’s not a trick! It makes perfect sense 😊😊🙌🏽🎊
Example 8 (at 21:36) really tricked me. I was so used to breaking down and simplifying the fraction that I tried to do it again. It's really clever to put that example there to remind us to check the tables first before deciding what to do.
Thank you so much Iman! Your videos really help to gain a deep understanding of signal analysis. I wish you could also make few videos on Z-transformation.
Thank you very much Shohre. I am very happy to hear my videos were useful for you. My next course is most likely DSP and I will cover all different transformations (including Z transformation). Cheers!
thank you very very much for creating this channel to teach signal processing,YOU ARE AMAZING.....😍😍 please dont forget to like my comment....and see you sir ....in the next video..... 🎵🎼🎶🎸
Example 8 (at 21:36) really tricked me. I was so used to breaking down and simplifying the fraction that I tried to do it again. It's really clever to put that example there to remind us to check the tables first before deciding what to do.
Example 8 (at 21:36) really tricked me. I was so used to breaking down and simplifying the fraction that I tried to do it again. It's really clever to put that example there to remind us to check the tables first before deciding what to do.
@@Kuchdelan I've been doing it myself in Frequency Domain 7, Laplace Domain 4, and Laplace Domain 5. It's the only way to survive so many examples without having my brain melt, plus it's good to practice. Cheers!
I love how you broke the rational expressions into simple partial fractions. Definitely a computational highlight. And it’s not a trick! It makes perfect sense 😊😊🙌🏽🎊
Glad it was helpful!
the best as always
Cheers!
Superb Sir..!!
Thanks a bunch!
Example 8 (at 21:36) really tricked me. I was so used to breaking down and simplifying the fraction that I tried to do it again. It's really clever to put that example there to remind us to check the tables first before deciding what to do.
thank u iman i am learning fr om you new things😍😍😍
Thank you very much, Morteza!
Thank you so much Iman! Your videos really help to gain a deep understanding of signal analysis. I wish you could also make few videos on Z-transformation.
Thank you very much Shohre. I am very happy to hear my videos were useful for you. My next course is most likely DSP and I will cover all different transformations (including Z transformation). Cheers!
thank you very very much for creating this channel to teach signal processing,YOU ARE AMAZING.....😍😍
please dont forget to like my comment....and see you sir ....in the next video..... 🎵🎼🎶🎸
Lol, your comment gave me a good laugh and made my day ;) Thank you!
In the third example, why not separate the fraction into 2 fractions based on multiplication? the result would be convolution instead of subtraction.
Yes, that also works but keep in mind that finding convolution in the time domain is really time consuming.
Example 8 (at 21:36) really tricked me. I was so used to breaking down and simplifying the fraction that I tried to do it again. It's really clever to put that example there to remind us to check the tables first before deciding what to do.
Example 8 (at 21:36) really tricked me. I was so used to breaking down and simplifying the fraction that I tried to do it again. It's really clever to put that example there to remind us to check the tables first before deciding what to do.
I really like the fact that you tried hard before using the table! This is the key to learning. Best!
@@Kuchdelan I've been doing it myself in Frequency Domain 7, Laplace Domain 4, and Laplace Domain 5. It's the only way to survive so many examples without having my brain melt, plus it's good to practice. Cheers!