/sci/ - Science & Math

[Anonymous No.5075476]

R = ∫ q dx
_
X = 1/R ∫ qx dx
_
Can /sci/ figure out what R = ?, and X = ?

[Anonymous No.5075498]

>>5075476

bump for civil engineer help me build this bridge

[Anonymous No.5075512]

cant really say much more about R and X without knowing what q actually is. I mean...you have the formulas right there, and normal person would just solve them if they had all the pieces, right?

[Anonymous No.5075559]

>>5075512

ignore q. just help me with the rest please.

[Anonymous No.5075580]

>>5075559

What "rest" ?
you can't just ignore q. For instance,
R1 = 1/2 * L/3 * q = 1/6qL
R2 = 1/2 * 2L/3 * q = 2/6qL
R = R1 + R2 = 2/6qL + 1/6qL = 1/2ql.

Now, can someone help me find the distance between A and R's "attack point", also known as:
_
X = ???

[Anonymous No.5075585]

>>5075580

That's wrong

[Anonymous No.5075591]

>>5075580

that looks sketchy to me

[Anonymous No.5075630]

>>5075580

come on dude, don't give me that half-baked crap. either help me or get out of the thread?

thank you.

[Anonymous No.5075631]

>>5075630

Ungrateful piece of shit.

Do your homework alone.

[Anonymous No.5075645]

>>5075631
Agreed, but it's not his homework, it's my homework, he's just a troll, and its not homework either, i'm just trying to understand how to calculate R and X when the load isn't evenly distributed

[Anonymous No.5075648]

>>5075631

either help or stifle yourself.

flaming is a rule violation in /sci/ i will not report you this time you get a second chance to leave like you have some manners.

[Anonymous No.5075661]

Yes, and if it helps, the correct answers are R=qL/2 and ¨x = 4L/9.
If someone could show me the method.

[Anonymous No.5075744]

[Anonymous No.5075749]

i Suppose that is isostatic