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you were probably looking at a table of scaled means, i noticed too that the scaled mean of greek and latin ext were sometimes higher than MX2 in a few years. this doesn't necessarily mean that it scales higher though, e.g. cosmology and philosphy have scaled means very close to the scaled mean...

haven't read everything but heres my contribution to the private section: avg mark across all my subjects range from 30%(MX1)-55%(English Adv) School isn't that bad; ranked 70, 19 99+'ers in 08. haven't been to a public school since primary so can't compare to that

hey varun, u probably don't remember me (09er in trinity). I was wondering what ur raw assesment marks for physics, MX1 and MX2 were, since u went to the same school i'm guessing the difficulty and marking scheme is similar.

anyone know a place i can download this it for free/ watch it free online? and yes i have tried searching ALOT but i seem to suck at site navigation

by having english compuslory but not compusory towards the atar would simply cause many students doing 12 units, getting 0 in english and defeating the whole purpose of english as a common subject for moderation. we're not giving up after year 10, just on english at OP's question: i would not...

where does it say its an asian country that takes over australia?

lol reminds me of the time i skipped sport before school for my first 4u exam, i didn't lose marks but i got a 2 hour detention. too OP's question; i agree with everyone above me, youi shouldn't lose marks for it. if they insist that you cheated, try negotiate and say lose like 10% marks...

if you look at the views on the forum, 41 peopple have read ur posts the reason for lack of replies is probably because it's unlikely any of these 41 people have been tutored by her (i haven't even heard of her).

just wondering, is there more maths in physics or engineering (i like maths, especially the 4u integration and mechanics)

depsite the lack of maths in HSC physics, it still probably is the subject with most maths besides maths itself and maybe engineering studies. if your going to choose modern "history" over physics because physics has alot of "history" in it....

waaaaaaaa?!

Books: 1.Deception point 2. angels and demons 3. digital fortress genres: 1. sci fi 2. fantasy 3.--------- series: 1. Tomorrow when the war began series 2. Harry potter 3. eragon

i have been unable to decide for a long time between 3 degrees: physics engineering(mechatronic) computer science as i am now, my best subject is Computing followed by maths then physics but my favorite subject goes from physics to maths then to computing. i am finding 4u maths currently easier...

there are no locus problems on ellipse's i'm not sure if there are any on general hyperbolas, but there are definitely some on the special hyperbolas

not much point answering these though, if u look at OP's last activity

also the asin(sin(x)) do not cancel completely to x the graph of asin(sin(x)) is given by sin^{-1}(sin\: x)=\int \frac{d}{dx}[sin^{-1}(sin\: x)]dx\\ u = sin\: x;\:\; \: y = sin^{-1}u\\ \frac{du}{dx}=cos\: x;\; \frac{dy}{du}= \frac{1}{\sqrt{1-u^{2}}}\\ \frac{d}{dx}[sin^{-1}(sin\: x)]=...

i think u mixed it up a bit sin(asin(x)) will have a domain of -1-x-1 since the domain of asin(x) is -1-x-1. and asin(sin(x)) has infinite domain because the sin of any value of x will lie between -1-x-1 so the asin of the number will always have a value can u use greater than signs in...

\int t^{\frac{1}{2}}(t^{2}+1)^{n-1}[t^{2}+1]dt\\\int t^{\frac{5}{2}}(t^{2}+1)^{n-1}dt + I_{n-1}\\ \frac{1}{n}\int [nt(t^{2}+1)^{n-1}].t^{\frac{3}{2}}dt + I_{n-1} \\\frac{1}{n}\int t^{\frac{3}{2}}d[(t^{2}+1)^{n}]+ I_{n-1} \\\frac{1}{n}t^{\frac{3}{2}}(t^{2}+1)^{n} - \frac{3}{2n}\int...

85% of the state is made of dumbasses? hooray for the ineptitude of human intelligence (i'm probably gonna get <85)

1. that everyones destiny is to die early 2. 17th century love is fail 3. shakespeare is obsessed with adultery and regicide 4. to read or not to read 5. 17th century people are more bored than me 6. the time taken to read a book is independant of its size 7. everyone has unrealistically large...