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Haha sure. http://www.facebook.com/profile.php?id=100001537494712

Lol uni is awesome. I'm doing what I want to do so the content is interesting, the social aspect is great, living on campus is so awesome. It's easier, more fun. I don't know what you people are complaining about...

The arrow above is correct notation for all vectors, including complex ones.

Re: 2012 HSC MX2 Marathon Looks like we need more questions! z=1+i\sqrt{3}, w =1+i \\\\ $Show $ cos\frac{7\pi}{12} = \frac{1-\sqrt{3}}{2\sqrt{2}}

I'd play with you but I has my own homework to do :(

That wouldn't surprise me.

Not real cricket

I'd much prefer to eat cake mix then the cooked cake, tastes much nicer.

2x03 and 2x03 were both awesome, I can't pick between the 2.

How can you say you really hate the SCIF course when we only have had 1 introductory lecture...?

Neither have I, makes it more fun :D

This is basically what I'm thinking now. Though I am not too sure how to show it. But I am tired, will dwell on it more tomorrow.

Haha I'm sure it's... possible.. O.o Have you used L at all?

I do think the level of water will decrease exponentially though, but yeah, that wasn't going to work. I did to somehow factor L into all of this, and I think I'm looking at it the wrong way, I just don't know what the right way is...

Catch a bus? Walk?

People should be able to have an abortion if that want.

Just the thought I had at the time when I was writing it, was trying to link M with a function of time, that seemed the best fit at the time lol.

I was using thrust (ie force)= v*dm/dt and using M=M_o e^-kt

Haha genius! Like finding x :p I just realised I did my math for what i posted very wrong lol should have been F = v_w\frac{dM}{dt} $ with $ a = \frac{v_w\frac{dM}{dt}}{m+M_oe^{-kt}} \\\\ $Not $ F = \frac{(m+M_oe^{-kt})v_w * \frac{dM}{dt}}{M_oe^{-kt}} Lol, either way I don't think it's right..

People are stupid.