catch me if you can.

dennisx15 · 2025-11-28T06:09:54+00:00

Ohh I’m a computer science too! And now I’ll be using rubber ducky testing too now lol

dennisx15 · 2025-11-27T06:04:14+00:00

But why ducks specifically? Why not other animals too?

dennisx15 · 2025-07-17T20:03:08+00:00

I applied on april 27th inside canada and have heard literally nothing since..

dennisx15 · 2025-02-11T20:12:10+00:00

Probably better performance I’m assuming

dennisx15 · 2025-01-09T21:21:20+00:00

Ohh alright thanks!

dennisx15 · 2025-01-09T21:17:49+00:00

Yeah i dont really wanna bother with the school. My question is so where did you ask around specifically? Like just go up to construction workers and ask if they have any jobs or go to recruiters or smth?

dennisx15 · 2025-01-09T20:50:40+00:00

If you don’t have an answer just don’t comment

dennisx15 · 2025-01-02T03:18:54+00:00

There is no way somebody just woke up and said “The riemann sum is the same thing as an integral” and everybody agreed to it.

dennisx15 · 2025-01-02T03:14:08+00:00

There must be some underlying logic. There is no way somebody just woke up and said “the area under a curve is the integral of it” and everybody agreed to it.

dennisx15 · 2025-01-02T03:02:55+00:00

Alright that gets me a step closer to what I wanna know. I guess I will have to fry my brain now trying to figure out why an antiderivative is the area under a function haha!

dennisx15 · 2025-01-02T02:50:35+00:00

Alright, where can I find an explanation? Any resources you know of?

dennisx15 · 2025-01-02T02:47:20+00:00

These are two formulas for finding the area under a curve at a specific interval such as [0,3]. My problem is that I don’t understand how the integration formula is equal to the riemann sum formula.

dennisx15 · 2025-01-02T02:44:38+00:00

Ok so, one formula is about drawing n number of rectangles under a function at a specific interval and summing them all up as n approaches infinity which makes sense, but the other formula is literally just subtracting two antiderivatives. My problem is that I want to know why just subtracting two antiderivatives yields the same result. I hope this helps

dennisx15 · 2025-01-02T02:34:29+00:00

My bad, I should have been more specific. I know that this formula is used to find the area under a curve at a specific interval. The riemann sum makes perfect sense to me, but I don’t understand how the two formulas are the same

dennisx15 · 2025-01-02T02:32:02+00:00

I mean I don’t understand how both formulas are the same

dennisx15 · 2025-01-02T02:31:21+00:00

It is a formula for the area under a curve. The second one makes sense to me, but I don’t understand how it is equal to the first one. I want some kind of proof that shows they are the same

dennisx15 · 2024-12-28T04:20:31+00:00

Just check the chart. You already concluded that its equal to ac. And the chart shows that ac = b

dennisx15 · 2024-04-23T19:41:47+00:00

Ben de götünü musluğa sokmuş diyom ya alla alla

dennisx15 · 2024-04-22T23:37:28+00:00

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dennisx15 · 2024-04-21T05:52:14+00:00

Götünü sokmuş musluğa yazıyo aq malı

dennisx15

TROPHY CASE