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Hey i'm trying to find a dvd on Julius Caesar but have no idea where to search, is there a recent movie that is about Julius Caesar (not the bbc version, i dont really like it) .... if oyu no, plz post a.s.a.p thx :)

Y did they block it ><' Just last week, i was using like boredofstudies & deviant art at school (k, since there nofin to do... anymore at school) and now they block these site this week WTF, there nofining dangerous about the sites and now I have no idea what to do now... just sitting there...

thx

yes thank u ! ^.^

I tried to do it but couldn't someone help me plz :S

GG exactly what i was thinking ^.^

One of the teacher is a HSC board marker and the other one is from Selften high don't really no if that school has a good rep in the science department, but excellent in the math :)p

hmm, just wondering i heard that vista is quite okey it just a problem because it so different to XP and most people don't like it, beside the speed and amount of ram it uses, does it have any good features???

oh if the question is related to industry chem hehe no idea then, i thought it was an acidic eninvoment question k

Yeah, I've just relies now, how come????

From what my friends said, he'd drop physics and pick up sensior science instread,and his basically loving it ^.^ apparently its just revision work from yr 11 bio, chem, and phy (well that wat he said) and not dissing the subject but heard from two people in two different school that most of the...

yeh just read the question fully, wtf is Ka??? O___o

yeh just read the question just then and wtf is Ka??? O___o

is the pH = 12 ??? I always seems to get the wrong answer, so let me no if it is right so i can paste the solution up

The velocity vms-1 of a particle moving in simple harmnic motion is given by v = root (-5 + 6x - x^2) i) Find the two points where the particle comes to rest iii) Determine the acceleration of the particle in terms of x

What this... never heard it before.....

The velocity of a particle moving in SHM in a straight lpine is given by v^2 = 4x - x^2 ms-1, where x is displacement in meters a) Find the two points between which the particle is oscillating b) Find the center of the motion c) Find the maximum speed of that particle d) Find the...

my school and two other school i no offer it as 2units, does it really make a differences if it 1 or 2 unit?

cool is that part of the La TeX thing ^.^

GG ><' lol i fogot that, thx man :)