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these arent the best but enjoy

these are of no use to me enjoy

gimme some GOOD rap/hip hop albums :o i've sorta been out of the loop for the past 5 months; no idea how i've survived

yesterday i checked the co-op website and happened to find a UNSW co-op conditional offer for electrical engineering :o BUT i'm still not sure about it. co-op itself seems pretty good, 75k for 18 months work (~50k p/a which is approximately a graduate engineers salary, right?) + a guaranteed...

who got one? i did :) edit: UTS engineering scholarship interviews*

anyone seen it? thoughts? i just watched it, and all i can say is that its bizzare but interesting (at least, most of it)

for mathematics, mathematics extension 1 (Assessment Mark: 96, Exam mark: 97), mathematics extension 2 (Assessment mark: 96, Exam mark: 96) in the farfield area (encompassing liverpool and surrounding suburbs etc)! if this has any bearing on your decision, i achieved an ATAR of 98.4 im very...

is it hard to maintain a credit average in electrical engineering (needed for co op)?

who reckons this is the best game ever made :cool:

in both my 3 and 4 unit exams, to avoid using another whole booklet, i wrote on the blank page at the end and wrote my student number/centre number at the top will this be marked? :confused: i've read that it won't also, in my SOR exam, i wrote on the back of the short answers sheet

80-90=? 90-100=? 100-110=? thoughts

any well known proofs etc we should know?

whats a hard paper i can do? :)

\text {To prove that }(x+\frac{1}{x})^2+(y+\frac{1}{y})^2\geq \frac{25}{2}\\\text {Proven earlier that } xy\leq \frac{1}{4} \text { and given that }x+y=1\\\text {So, }x(1-x)\leq \frac{1}{4}\Rightarrow x+\frac{1}{x}\geq 4-3x \text { after some manipulation}\\\therefore (x+\frac{1}{x})^2\geq...

what do you guys reckon 75/105?

how did you guys go? my essay was so convoluted

im screwed :mad:

what happens if we dont underline them i didnt :S common sense says nothing, but BoS...

finishing the hsc in ~15 days, i want to compile a philosophy reading list any suggestions guys? :o

\text {We have }\frac{1}{(x-x_{1})(x-x_{2})...(x-x_{n})}=\frac{c_{1}}{x-x_{1}}+\frac{c_{2}}{x-x_{2}}+...+\frac{c_{n}}{x-x_{n}}\text {where} \ x\neq [x_{1},x_{2},..., x_{n}]\\\text {The next step in splitting the fraction into constituent partial fractions is to multiply through by} \...