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Electrical+heat+kinetic power should be constant. I just wanted to change 'energy' to 'power.' (which is evident from how I was talking about C)

Indeed lol at chem Wtf, 55->81??

C is the most correct although I don't like it very much. I would have said that power remains constant. D is wrong as current actually decreases. Net emf=supply emf-back emf and this net emf causes current. As the motor runs faster, back emf increases as the rate of change of flux through the...

It's difficult to give you cut-off marks as there are many factors that influence results but it's not hard to get an interview if you live in the GWS.

1. BSc / MBBS at Usyd 2. MBBS at UNSW 3. BMed at UNCLE

Make syllabus notes in the way you answer extended exam questions. Focus not on speed, but on perfecting notes. No need to make notes for easy parts. Do at least 3 pastpapers with time limit before important exams. Read over your notes. If you get homework on areas that you are...

hey, it's not that terrible lol It's not that thorough but it's alright for beginners

Recommended: Good to have, but not necessary Assumed: You are assumed to have this knowledge but you can still get into your course without having it. Edit: +1 to what the-derivative said

I achieved 99.95 without any acceleration (not even 2u).

My school was ranked 280th this year. No need for more words lol

My SC: English - literacy 76 Mathematics 98 Science 89 Australian Geography, Civics and Citizenship 95 Australian History, Civics and Citizenship 83 My HSC: ESL 93 Physics 97 Chemistry 97 MX1 98 MX2 97

I knew that I needed a^3+b^3+c^3 and so I tried to find it and while doing so, I realised that I don't even need to find the value of a^3+b^3+c^3 because I could eliminate it together with 3(a^2+b^2+c^2).

\\a+b+c=-3 \\$Sub a, b, c into the polynomial$ \\a^3+3a^2-2a+1=0 \\b^3+3b^2-2b+1=0 \\c^3+3c^2-2c+1=0 \\$Add \\(a^3+b^3+c^3)+3(a^2+b^2+c^2)-2(a+b+c)+3=0 \\ \\a^2(b+c) + b^2(a+c) + c^2(a+b) \\=a^2(-3-a)+b^2(-3-b)+c^2(-3-c) \\=-3(a^2+b^2+c^2)-(a^3+b^3+c^3) \\=-2(a+b+c)+3 \\=6+3 \\=9

I'd guess it doesn't affect in this case.

Well, you cannot concentrate water, can you? Its density won't change even if you add more. Edit: take it this way. When you add more water, you are not sqeezing water into a small volume but added water occupies larger volume. So concentration won't increase.

If you add water, the concentration of water remains the same (although its amount increases) and that of all other species drops in equal ratio. Hence adding water does not favour the formation of HOCl.

+1

Who do you think you are? Some people need 99+ to get into their undergraduate courses. If you are saying that there are alternative ways to study degrees through e.g. graduate stream, that's fine if YOU are the one who wants to do it. This is about others' lives and you are not in the place to...

That's only Georgia Stenning and your opinion. It's ridiculous that you're instructing OP to do what you would have done. Many people find Chemistry interesting. Just because you don't, it doesn't mean that everyone in this world finds it uninteresting.

+1 lol