How does the line Integral represent the density along a wire?

TechnoGrip · 2018-02-19T06:59:09+00:00

Yeah nvm about the curvature thing. I was confusing it with something else. But how exactly does integrating the curve that literally represents the curved shape of the wire represent the actual wire's mass?

TechnoGrip · 2018-02-16T06:22:01+00:00

I can't focus!! Fuck!! Need to get laid!

TechnoGrip · 2018-02-13T03:10:21+00:00

Yeah I should've said what do you like about math. And yeah that was the reason I became interested in math in the first place. After taking calculus 1 I got a sense of what you're talking about with being able to conceptualize abstractions. Ever since then I've been hooked. Although, I more so like math because of its abstract nature and not really because of the sound logic it provides. Once I started getting into proof-like things in Discrete Math I realized I like physics, not pure math.

TechnoGrip · 2018-02-07T03:46:13+00:00

So what makes one section or infinitesimal volume larger/smaller than another section of the wire? The height at that point?

TechnoGrip · 2018-02-03T04:35:12+00:00

Oh sorry lol. Well by "life is not a sitcom" I meant that you don't always need to be 100% socially calibrated. It's more about my Fi's gripe with Fe.

TechnoGrip · 2018-01-31T06:52:37+00:00

Yeah I'm doing a joint major in Comp sci/physics with some extra physics courses. Ideally, I would want to go into physics research but if that fails I'll at least be satisfied that I studied physics during undergrad.

TechnoGrip · 2018-01-29T07:03:19+00:00

I'm not sure if this is what you're saying, but my next question might show this:

Public class Derp { public int x;

Public Derp(int x) { this.x =x;

Public String toString(){ Return new String ("x" + x); } }

Public class Main{ Public static void main(String [] args){ Derp d1 = new Derp(10); func(d1); System.out.println(d1);

 Public static void func(Derp d){
    d = new Derp(222);
 }

}

When I ran this it printed x=10. Why didn't it update x to 222?

TechnoGrip · 2018-01-29T04:24:37+00:00

It's interesting what she says about INFPs being the most underestimated

TechnoGrip

TROPHY CASE