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B Comm/B Engineering @ UNSW I reckon you'll be able to squeeze into B Comm :)

Anything above 80

looks a bit harsh at a glance 48/50 for ext 2....

don't think so

UAI - 97.10 B Comm/B Engineering @ UNSW

From what I've heard there are roughly 66000 people doing the HSC in 2004 Since the UAI is a rank not a mark, what percentage/amount of people outta the 66000 would get say over 95 in UAI?

Can anyone provide me with a number to get in contact with the Board of Studies? It's not an HSC marks requiry rather a technical issue There website has turned into 'HSC' Mode

10 is C I'm 80% sure Obtaining low level source (assembler usually) code from object code is decompilation Reverse/Backward Engineering...same thing? They both are analysing a program's design and function but not involving any code conversion

I'm pretty sure those aligned marks do affect ur UAI to a degree of 50% Your assessment marks affecting the other 50%

I'm pretty sure you can't compare and contrast across the years for an accurate analysis I thought the 2003 SDD exam was significantly than 2004 (particularly evolution!) It was wierd to only see 1 algorithm...isn't there usually 2? An easy one and then a bitchy one

I think I'd get mid 70's I'd be happy as hell with 80

from what I interpreted CDR (2, = b so CDR(3, = c? so I got Tom, John, Masa, Denise

Is there a difference between public domain software and freeware?

yeah I did what u guys above did but I was thinking how can u deduct moles of Copper from Moles of Copper SULFATE? Your not considering the sulfate at all when you calculate the concentration of Copper Sulfate?

yeah I stuffed that one up :mad:

I got the dry cell info Cost and Practicality – • Inexpensive • Low current output • Non Rechargeable but cheap to replace • Short shelf life • Leakage problems Impact on Society – • First commercially used battery • Widely used in common low power appliances (watches, portable...

that's an exact question from success one? That is 9.5g / 1 000 000 g 9.5g in 1000L Find moles (mass / molar mass) Pb ~ 207.2 [9.5/207.2] in 1000L [9.5/207.2]/1000 = Concentration in mol / L I get ~ 4.6 x 10^-5 mol/L

Is => an equilibrium? Equilibrium is highly important

Acid Rain – Rain with pH < 5 Sulfur Dioxide and Oxides of Nitrogen in the atmosphere are soluble in water and thus will dissolve in atmospheric moisture. These gases will form acidic solutions (sulfuric and nitric acid) which are effectively acid rain. 1. SO2(g) + H2O(l) --> H2SO3(aq) 2...

I'm deciding between this and b commerce I wouldn't mind doing both