Distributed loading on a beam example #4: composite shapes

[@montserratzuniga1490]

me encanto tu video a nadie de habla hispana le entendí, mas que ti gracias por subir videos de este estilo

[@eume9412]

Where is the previous video of this topic? I want to know how to find the centroid of the parabolic load.

[@Engineer4Free]

The full playlist is at engineer4free.com/statics. This is video #65, so you'll want to at least check out video #64

[@ajsa1111]

Thank you for such great video.

[@Engineer4Free]

You’re welcome, thanks for watching!!! 😁

[@commander9173]

Sir Its really very helpful 😊👍👍👍👍

[@Engineer4Free]

Great!!! you can find the whole playlist here: kzbin.info/aero/PLOAuB8dR35oeXMk2C5fjHP2K306hGfk_w =)

[@MrEpicPwnage1]

Thanks, great explaination -- very clear!

[@Engineer4Free]

Thanks for watching and leaving a comment! :)

[@lukecaetano8405]

Thanks bro almost done with this class XD

[@Engineer4Free]

Nice!!! Hope it ends well for you =)

[@kieranpennesi5994]

how did you know the function of that parabola was x^2

[@Engineer4Free]

\I should have explicitly stated the function in that section as y=x&2, but I forgot to. I just meant to do an example with the simplest possible parabolic shape, which is what I used. To check, you could realize that knowing its of parabolic form, and that at x=0, y=0, and x=5, y=25, that if y=x^a, then a=2 for this function to work. But sorry, I should have clearly written it on the screen to reduce ambiguity ✌️

[@alex.axel-poppa9914]

Very helpful!!

[@bradzepfan]

you are awesome keep up the great work!

[@Engineer4Free]

Thanks bro!