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There seems to be a huge number of people predicting ATARs. Some are giving very specific numbers. How do you do this?

I just expanded y^2 y^2 = (-5x/12 - 13/12)^2 middle term simplifies to 65x/72

Dodgy method, there's probably a simpler way: y = -5x/12 - 13/12 x^2 + (25x^2/144 + 65x/72 + 169/144) = 1 169x^2/144 + 65x/72 + 25/144 = 0 169x^2 + 130x + 25 = 0 x = -130/338 = -5/13 [using quadratic formula] y = -12/13

I see not reason why it shouldn't be, apart from being confused with other functions. As long as they can clearly see what you're doing. I don't know for sure though. 5 unit english??

According to that PDF, you can get 1 point if you earn a medal doing the ICAS competition (this is the new name for the UNSW competitions). There isn't anything for just entering.

Entertainment - 14th October Industry (VET) 1.55pm–4.00pm Italian - 21st October Continuers 2.00pm–5.00pm Business Services - 27th October (VET) 1.55pm–4.00pm Music 2 - 26th October...

Omg it's Cinney : D

There should be an option on there to contact them or something. I remember reading something about contacting them immediately.

Well it certainly sounds more impressive and out of the norm

15/10: English Paper 1 (9.20am) IPT (1.55pm) 18/10: English Paper 2 (9.25am) 25/10: Maths Ext 2 (9.25am) 27/10: Maths Ext 1 (9.25am) 03/11: Chemistry (9.25am) Overall alright, except for IPT - afternoon exhaustion, esp. after English paper 1... You guys have pretty good timetables, only 1...

Hey, did you get in? Just curious :)

Lol if you at least offer like $5, I'm sure someone will do it.

I heard UTS recently brought in a photography course

Does 'study' include hwk?

Lol I'm pretty sure smart board is a brand of "interactive whiteboard"

I'm so screwed, bludged most of the way through the holidays...

Not really, since 3Unit includes 2unit. 3unit + 2unit = 3unit + some exams.

See my reply above, it works perfectly if it were a sphere. If it wasn't for gravity and the like, raindrops would be spheres. Plus it can't be a square, squares have no volume...question was a typo probably? xD

Do you mean sphere? Have never heard of squares with radii... If so: V= (4/3)pi * r^3 ( volume) A= 4pi r^2 ( surface area) dV/dt = k * 4pi r^2 (k is a constant) dV/dt = dV/dr * dr/dt (chain rule) dr/dt = dV/dt / dV/dr = [k * 4 pi r^2] / [(4/3)pi * 3r^2] = [k] /...

It's interesting, although boring teachers can make you hate it.