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I'd doubt she'd talk to you if you're not nice... She's a wo MAN :P hehe xD

It's easier if you use hyperbolic functions. But that's 1st year uni material.

Re: Laptop Vs Paper Pen and paper. That way you'll make your notes very concise and cut unnecessary stuff.

Unfortunately, unlike *everyone*, I had work. Yeah tell me about it ==;

Funny thing is that the interference effect isn't even in the syllabus but you're expected to mention it when explain the Michelson-Morley experiment. Talking about rote learning ==; You learn about it in 1st year university Physics (PHYS1B if you're at UNSW).

So am I. But I make an effort to socalise sometimes. If you're becoming obsessed with some girl's face printed on a magazine then there is something wrong with you and thus should take action...

You really need to get out more...

As with anything if you work hard then you'll get a good result.

I=int 1/(x logx) dx let u=log x, du/dx = 1/x I= int 1/u du = log |u| +c = log | log x | + c

Hahahaha... "hot chicks"... My first day of uni was not too bad. It was computing ^^. I had at least 7 people from my high school doing the same course as me so I didn't really make new friends in semester one. I actually did make a good friend in S1 though. But the probability of us actually...

This would usually come under 'harder 3U' in MX2.

Good teachers don't force you to write notes and hand it in etc. Those kinds of teachers that insist that you do that are usually the hopeless kind (and usually don't have much experience in teaching). Good teachers usually write out notes (ie. their own notes (usually sourced from various...

Nice questions. Should've seperated out the cohort nicely.

The ones involving factorials are my favourite :P

Never used Cambridge for MX1. Was Coroneos all the way for me, mostly because one of the good maths teachers at my school was a big fan of it.

I've seen that Q before. Probably the 2009 CSSA. Here's an interesting Q: Prove 3/4+5/36+7/144+9/400+11/900+...= 1 EDIT: Noticed previous Q not solved yet. As before, eq'n of tangent is y=x/e Now due to geometry of figure (ie. tangent lies above curve), (x/e) >= ln x (with equality occuring...

"gravitational pull at the L2 point". That is the slingshot effect.

You really are a fool. How many friends do you have?

Q24 is the slingshot effect. ie. Indeed it appear that Kepler's laws are being violated as r^3/T^2 is a constant value and 'r' is greater for the JWST. But JWST orbits near the Earth and so experiences gravitational attraction towards the Earth (as Earth has a much greater mass than the JWST)...

free bump ;)