The Continuous-Time Unit Impulse Function 1/4

[@altuber99_athlete]

One of the best introductory videos of this function!

[@AdamPanagos]

Thanks much, glad you found the video helpful.

[@Dcat293]

Thanks man. I could understand you and you were clear and to the point!

[@AdamPanagos]

Glad I could help. Thanks for watching. Best, Adam

[@c.danielpremkumar8495]

6:33 it is a triangle instead of rectangle (in the audio).

[@kingrenny]

He says the area of this rectangle is 1/2 base x height. I think he just made a honest mistake saying rectangle because of the first figure. The figure is correct, it’s suppose to be a triangle.

[@navidesk2657]

thank you sir , videos are way helpful

[@AdamPanagos]

You're very welcome, thanks for watching. Make sure to check out my website adampanagos.org for additional content (395+ videos) you might find helpful. Thanks, Adam.

[@mmadhurima7519]

thank you sir it is helpful to me

[@Grassmpl]

Is there any property of this function that enforces the area of 1 specifically and not some other specific positive number?

[@aritrachoudhury8409]

Hi! I'd like to ask a question here. Is there any difference between the impulse function and the unit impulse function? Are both the same?

[@canarabaci194]

hello adam, great work and exellent video series. I thank you for all. But there is a problem about DT and CT. did u divide them ? I cant see both of them in same series.

[@AdamPanagos]

The CT and DT content are organized into different courses. You can check it all out on my website adampanagos.org. Hope that helps, Adam

[@anirbanmajumdar1256]

great video. really appreciated it :)

[@AdamPanagos]

You're welcome, glad you liked it. =)

[@user-ny4ii4uu1c]

Anirban Majumdar

[@Grassmpl]

I'm not sure how this is Riemann integrable. The lower Riemann sum of any partition is zero, yet the supposed integral is nonzero.

[@Hamza-Naich]

Hello dear