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i'm guessing its the same for you as it is for me O-week is 1st march, classes start 8th march...

can anyone give me a link to info on the uni website? i've had a reasonable look and havent come up with anything even mentioning it

i got a box of 100 plugs from tandy once. forget how much it was but it was very cheap compared to the other prices i found at dick smith, ebay, etc

can anyone give extra info about the scaling? i'm doing electrical engineering + adv. science, and i was looking at what it takes to get engineering honours - a GWAM > 75. it occured to me that my marks would be lower doing the advanced courses, since i wasnt aware that there was any scaling...

i'm doing electrical engineering. but i still do soft 1001. does this mean i have to learn java?

i too have wondered this question. i want to do electrical engineering and advanced science with a physics major. i went to the open day on monday and was told that at the enrollment i should speak to the year advisor and they will have me put in the advanced program. in an email i was told...

i did the course through mcdonalds. you should be glad that you even got a teacher - we got a big folder at the start of yr 11 and were told to do all the exercises in it by a certain date. once every few months somebody from the training department would come and check it, but it was more just...

ok how about a(i)? was anyone else not able to give an example fragment of code for functional paradigm? for procedure i just did something along the lines of: BEGIN INPUT A INPUT B C=A+B PRINT C END and said that this demonstrated the sequencial nature of imperative languages...

i pm'd him a couple of days ago and still havent got a reply. i dont mind if they're not completely official, just as long as they're right. and if there are errors, im sure we will pick them up and have them corrected

im not trying to brag, since i screwed up other parts, but i really didnt think this was a hard question. like if you can do even just the basic resisted motion questions there shouldnt have been a problem with it i'd go as far as to say it was by far the easiest 8 marks in the second half of...

Is anyone planning to post up some answers to the exam? Maybe some kinda semi-formal answer site can be made so that we can all check out how we went...

yea i might even go as far as to say its the easiest 4u topic. besides maybe curve sketching but i dont even count that as 4u. just remember to find out what forces are acting (usually gravity and some kind of resistive force, eg mkv or mkv^2. then its pretty much just a matter of...

both will be ok and if @ is negative, you can still write cis(-pi/3) etc which is easier in some ways because if you write it as cos(pi/3) - i.sin(pi/3) then i find i sometimes forget about the negative sign and end up getting a wrong answer

6b) part ii i got ay=x^2-2x looks a lil funny to me but its the best i can do... 6c) p(x)=(x-3)(x-4)Q(x) + (ax+b) p(3)=3a+b=3 p(4)=4a+b=4 therefore a=1, b=0 so when p(x) is divided by (x-3)(x-4) remainder will be ax+b = x

my answer was 15 for question 7 iv anyone else get this? i dont think it was too hard, assuming i did it right. i just subbed in the known values and solved for t

do you have a better idea? if so then ill change it. that was just the best i could think of at the time.

yes the polynomial has to have real coefficients for this rule to apply. for the proof ill just give the example of one of the questions i was doing. i dont know of an easy way to to the symbol for conjugate so i'm going to use |x| to mean conjugate. so dont go getting mixed up and think im...

what types of questions would actually require us to prove that complex roots of polymonials occur in conjugate pairs? i understand that usually it is sufficient just to state this rule and then say that the conjugate will also be a root. but sometimes when i see the answers to these questions...

no i meant the equation of the ellipse described in this question. i'm assuming it would be something along the lines of (x-6)^2/a^2 + (y-4)^2/b^2=1 except i dont know what a and b are in this.

can someone tell me the equation of the ellipse at least? maybe then i could work backwards.