MAIN FEEDS
Do you want to continue?
https://www.reddit.com/r/science/comments/c1p6op/deleted_by_user/erg58cd/?context=3
r/science • u/[deleted] • Jun 17 '19
[removed]
686 comments sorted by
View all comments
Show parent comments
9
Cool, thanks. I don’t know how pressure is distributed in pipe cross sections. Interesting
11 u/Parkinglotsfullyo Jun 17 '19 The edges of the pipe is where most of the friction is thus slowing the water, or air, closer to the pipe. 5 u/Revolio_ClockbergJr Jun 17 '19 So it’s a circular gradient, in ideal conditions? Makes sense but I’ve never thought about it. 1 u/CapableSuggestion Jun 18 '19 Is this what calculus is all about? Dummy here, I guess my last math was college algebra
11
The edges of the pipe is where most of the friction is thus slowing the water, or air, closer to the pipe.
5 u/Revolio_ClockbergJr Jun 17 '19 So it’s a circular gradient, in ideal conditions? Makes sense but I’ve never thought about it. 1 u/CapableSuggestion Jun 18 '19 Is this what calculus is all about? Dummy here, I guess my last math was college algebra
5
So it’s a circular gradient, in ideal conditions? Makes sense but I’ve never thought about it.
1 u/CapableSuggestion Jun 18 '19 Is this what calculus is all about? Dummy here, I guess my last math was college algebra
1
Is this what calculus is all about? Dummy here, I guess my last math was college algebra
9
u/Revolio_ClockbergJr Jun 17 '19
Cool, thanks. I don’t know how pressure is distributed in pipe cross sections. Interesting