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UNSW and UTS didnt make late round offers for industrial design. does that mean there wont be any final round offers either?

they didnt make any late round offers for this course. does that mean there wont be any final round offers either? i got a UAI of 77.45 and the cutoff for main round was 78...........damm............. :(

even the first four questions were hard for me :(

that was SO HARD@!!!!! you nerdy people thinking it was easy :( i HATE extenstion maths :(

well its nice to know everyone else thought it was hard :) i thought it was pretty easy untill question 10. i'll be lucky to get 5 marks there :(

i only did it cause i dont want to go through my whole textbook just so i can remember formulas :p

i learn better by writing it down, so here we go: nth term of arithmetic sequence: Tn = a + (n - 1)d sum to n terms of arithmetic sequence: Sn = n/2[2a + (n - 1)d] or n/2(a + l) nth term of geometric sequence: Tn = ar^n-1 sum to n terms of geo sequence: Sn = (a[1 - r^n])/(1 - r) compound...

i got 4 hours sleep before my chemistry exam, and it was so much easier than i expected. non-sleep must be good for me :)

i know it ALL now thanks to you guys :D

i did one past paper, and 1 hour of extra study, and im actually feeling pretty confident :D

im feeling pretty confident actually, even though i have done about 2 hours of maths study since my trials (that consisted of doing a past paper in 1 hour which i was quite happy with :D )

oh yeah thats right, its reversible :D thats a cool rule. i'll remember that one.

whoa thats pretty good. theres 2 people in my class who are tied exactly on 98% for the course. its crazy! and this is in crappy old TAFE!

we wont be asked to integrate lnx/lny? thanks for the dy/dx bit.

lol your all too quick :D do u have the differentiation one too?

so whats the basic rule for integrating lnx/lny? and the basic one for differentiating?

ok so if i convert things into ln, i can differentiate and integrate them?

thanks doogsy. how about integrating/differentiating log10x??

thanks. i really didnt pay attention to that stuff in class, so any little things like that would be really appreciated.

ok heres a question. find the integral of log10x dx. how do u integrate log10x? i know with e^2x the integral is (e^2x)/2. thats right isnt it?