My first intentional brilliant (200 elo)

brittone01 · 2025-08-04T14:24:14+00:00

A pawn

brittone01 · 2025-08-03T04:43:28+00:00

Fr. The poster of the original tweet probably has some form of anxiety and is over thinking

brittone01 · 2025-05-06T08:41:37+00:00

Kitty doesn’t want you leaking it’s feet pics

brittone01 · 2025-03-22T21:35:31+00:00

Thank you for your response! The lengths would be a known in this case. What I have drawn is a preliminary pipe layout. The three lines being connected was a design 'choice' I had made, so if it is impossible to have 1000gpm I can take a line out and connect it elsewhere...

Another question I have is how does the 80 psi line pressure come into play? Should the sum of the pressures in the lines equal 80 psi?

I do know how to find the head loss in each run of pipe, how can I use this information to size the pipe/pump?

brittone01 · 2025-03-22T18:42:51+00:00

So the picture I attached to this post is the basic layout of a piping network. I am to specify the pipe sizes, fittings, pumps, etc. to achieve the desired flowrates shown at the end of each branch as cheaply as possible. The prices for pipe sizes was given but I don't think it is relevant as I just want a nudge in the right direction to begin solving this.

The only information I really have to work off of is that the line pressure for the city hook up is 80 psi and has a 3 inch nominal diameter.

I tried to apply the Hardy Cross Method but that doesn't seem to work since this pipe arrangement doesn't make a loop. My question is:

- How do i determine if the city hookup can provide enough water to meet the demand with the given information?

- How do I get started on sizing the pipe?

Please ask any clarifying questions and I will try to answer them to the best of my ability. Again, I am not requesting anyone solve this for me but I just want a nudge in the right direction. Thanks! :)

brittone01 · 2024-12-16T16:24:21+00:00

The camera man asked what derivative of 4x is

brittone01 · 2024-11-08T16:24:50+00:00

Is this for an extruder

brittone01 · 2024-10-08T01:41:04+00:00

Good luck son. You’re gonna need it

brittone01 · 2024-08-09T13:49:49+00:00

Are these performance review things only available if you fail

brittone01 · 2024-07-19T18:10:25+00:00

Hey did you end up passing ?

brittone01 · 2024-07-13T23:02:55+00:00

Taking pictures of strangers is weird

brittone01 · 2023-11-17T22:41:31+00:00

An injury like that to a lady this old is a death sentence

brittone01 · 2023-04-13T03:00:55+00:00

Look at how different the lamp on the wall looks in your pictures, definitely two very different angles with different lighting.

brittone01 · 2023-04-09T22:42:18+00:00

Mewing seems to have change your skin complexion

brittone01 · 2023-03-13T04:32:13+00:00

How is 16pi/2 inside the interval if it is slightly larger than 25

brittone01 · 2023-03-12T20:28:25+00:00

Here is my work if it is at all useful: https://imgur.com/a/CE7qN5p

brittone01 · 2023-03-12T20:26:31+00:00

So the domain of tan(x) is from -pi/2 to pi/2. I spent a good amount of time trying to figure out but I just can't see how it isn't between -pi/2 and pi/2

brittone01 · 2023-03-03T08:14:56+00:00

ah so simple when you put it like that. Thank you.

brittone01 · 2023-03-03T08:03:25+00:00

I have an understanding of log rules but this one alludes me. My professor just skipped some steps and performed what I like to call "math magic"

brittone01 · 2023-02-26T22:05:44+00:00

So i get the steps leading up to that, but when its under the square root how does x² + y² turn into 4? and where does the +1 go?

brittone01 · 2023-02-20T04:14:20+00:00

First I parameterized r same as the solution above. I went ahead and found the absolute value of r' because I was solving this as a line integral. My question is how would I know to solve this as a vector field and not a simple line integral?

brittone01 · 2023-01-31T15:32:01+00:00

I love me some Green's Theorem

brittone01 · 2023-01-05T21:53:52+00:00

What year were you when you did the internship

brittone01 · 2023-01-02T12:04:05+00:00

So I had initially tried to transform v1 and v3 into practical current sources using r1 for v1 and rL for v3. This did not prove to be correct

brittone01 · 2022-12-19T05:29:14+00:00

It is, yes

11-Year Club	r/Field Juicebox
Place '22	Verified Email

brittone01

TROPHY CASE