Recent content by Poznerrr

Yeah, I used trig sub and got the answer I was supposed to. Thanks for your help!

I set u=sqrt(1-u^2) (du=-u/sqrt(1-u^2) and dv=du, so that v=u. But this didn't help much, since I still need in integrate sqrt. (1-u^2). It started to look more like inverse sine though.

Thanks! I'll use this trick in future.

Here's what I get when I try to compute the integral

The limits make sense then. I'm trying to compute the integral and something is really off...

Thanks! I understand the substitution, but don't quite get how you came up with the limits of integration (0 and 1).

Yeah, I thought about it, and it works out with a/b being the slope of the asymptote. But different sources stick to either a/b and b/a, so it's really confusing which slope is actually correct.

Ooooh, I see! Thanks!

I have tried like 5 times to do this problem ans still don't get the answer I'm supposed to (A). Anybody finds mistake in my work below?

Hey! Can somebody take a look on these two limit problems? I don't agree with the answer to #15, which is supposed to be 0 while I get infinity. #16 seems to ask to find the value of the sum...I posted a pic of my attempts to solve the problems below. My attempts: