How do Poles and Zeros affect the Laplace Transform and the Fourier Transform?

Uses Matlab to help visualise the Laplace Transform and the Fourier Transform, with respect to Poles and Zeros.
If you would like to support me to make these videos, you can join the Channel Membership, by hitting the "Join" button below the video, and making a contribution to support the cost of a coffee a month. It would be very much appreciated.
Check out my 'search for signals in everyday life', by following my social media feeds:
Facebook: www.facebook.c...
Instagram: / iainexplains
Website: www.iaincolling...
Related videos: (see: iaincollings.com)
• Laplace Transform Equation Explained • Laplace Transform Equa...
• Laplace Transform Region of Convergence Explained • Laplace Transform Regi...
• Laplace Transform Electric Circuit Example • Laplace Transform Elec...
• When do you Need the Laplace Transform? • When do you need the L...
• How are the Fourier Series, Fourier Transform, DTFT, DFT, FFT, LT and ZT Related? • How are the Fourier Se...
Full Categorised list of videos with Matlab code for this video: iaincollings.com
.

[@xxgoku7774]

it is not easy to find a good laplace transform visualisation video that does not actually just centralise in the mathematics leaving out concepts like these
Thank you for the video, it is very clearly explained

[@iain_explains]

Glad you found it useful, and liked the approach I took. Thanks for your comment.

[@edwinr4378]

I love your lectures...thank you so much sir... please don't stop teaching

[@iain_explains]

Thanks Edwin. I've still got a long list of topics on my "to do" list, so I'm not planning on stopping any time soon, don't worry. Thanks for your positive feedback.

[@arlenalem]

Thanks for videos, they are really helpful, I'm waiting for a video about how to track carrier signal during the demodulation :D

[@iain_explains]

Glad you like the videos. Thanks for the suggestion about carrier tracking. I've added it to my to-do list.

[@hashimjaber1609]

very useful and
express a deep understanding of laplace and furior transforms

[@iain_explains]

Glad it was helpful!

[@kfokyo9746]

Thank you for sharing and explaining. They are very very helpful. I like your works

[@iain_explains]

Glad you like them!

[@bhanu3178]

sir videos are simply superb they are very interesting they gave me a real feel of subject. Please continue these videos sir

[@iain_explains]

Thanks for your positive comments. I'm glad you're finding my videos useful. Let me know if you've got suggestions for topics of new videos.

[@HaSongSon123]

Thank you very much for your beautiful lectures

[@iain_explains]

Glad you like them!

[@markjosephlobete2563]

Thank you Sir, great explanation!

[@iain_explains]

Glad it was helpful!

[@fifaham]

Great presentation, thank you. To your knowledge, is there a free online version for MATLAB, or equivalent that can be run off line without the associated cost ?

[@iain_explains]

Yes: Python

[@gokulgkurup6472]

Thanks for such great content

[@iain_explains]

Glad you liked it!

[@dhaufjebzjchseis3828]

wouldnt the function approach negative infinity if you approach -1 from the negative side, for example if we plug in -1.000001 it approaches negative infinity but if we pluf -0.9999 then it approaches positive infinity. Yet here it seems to approach only positive from either side

[@iain_explains]

I've plotted the magnitude of the function in the video. Perhaps I should also have shown the phase.

[@abhijeet20.7]

can you please share the code

[@iain_explains]

It's already available if you go to iaincollings.com and click on the PDF link for this video.

[@prabhakarpanday6594]

Is it Band pass or band stop? I see them going down in the centre, doesn't it means their gains are low in the centre, then how is it band pass?, forgive me if my interpretation is wrong..

[@iain_explains]

"Band pass" means that a frequency "band" is passed, and the rest is blocked (ie. the low frequencies and the high frequencies are both blocked). Note that the low frequencies are in the centre in this positive-and-negative frequency representation. If you need more information on what a negative frequency is, then check out this video on the channel: th-cam.com/video/gz6AKW-R69s/w-d-xo.html

[@prabhakarpanday6594]

@@iain_explains Understood, Thank you, So much..

[@jacekc6179]

I am a Pole.