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94.5, haven't heard anything yet, I'm guessing I missed out.

I'm doing a bachelor of science (advanced science) with a physics major. The classes I know I'm going to take are PHYS1131, PHYS1241 and MATH1131... that adds up to 18 units of credit (UOC). How many UOC should I do during semester 1, and what other classes can I take? As in can I take classes...

Talked about Marie Curie and her work on radioactivity (although this was not specified in the syllabus). Just generally how the use of radioisotopes works and how it can produce an accurate reliable image, and then tie this in with increased understand of radioactive decay, half-life's etc.

Agreed, med physics was great, think I got about 22-24/25. Hoping for 90+ raw!

Oh, fuck. 19/20 now.

Shouldn't 20 be C? The gravitational potential energy is half its initial value, ie it's moving closer to earth. Twice as close, therefore 4 times the gravitational force, right?

It's not a trick question, it moves relative to the observer, who is across the street. It's B

I thought so, you gave me a bit of a scare there.

+1 me too :D

Why can't it have been copper (II)?

Same conditions, they had the same volume and concentration, so it may still be correct? Also, what was the volume and conc.'s of the electrolytes?

I don't think the concentration has anything to do with the values for the standard reduction potentials.

Nope, you'd have to multiple by 10, seeing as it was ten times more concentrated before it was diluted by the factor of 10.

I got 7 point something for the mass of the nickel, and I can't remember the conc one. For citric acid I got 0.33

Band 6 cut-offs higher or lower this year? Last year was 72, I think.

Haha I reckon! I used all the lines, and space underneath the lines and half a writing booklet to make sure I had all my bases covered.

I got 0.33... undiluted

Anyone do Chem of Art?

Dammit, oh well, thanks anyway.

No idea, but I'm guessing from what everyone else had said I'm wrong. I talked about Arrhenius' definition being about hydrogen ions, while the bronsty theory involved proton transfers, and seeing as proton IS a hydrogen ion it's still valid.