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Thank you for your very quick and helpful responses! This has put things a bit more in perspective. My marks for 4u ranged from 50-95 depending in the topic and the amount of study, heh. I'm quite positive I can cope with this level of math If I try. The only thing concerning me now is the...

Hey guys, I was wondering if someone could demystify and distinguish these courses for me: Firstly; MATH1131 Mathematics 1A or MATH1141 Higher Mathematics 1A Secondly; PHYS1131 Higher Physics 1A or PHYS1121 Physics 1A or PHYS1111 Fundamentals of Physics I mean, How...

I hope you aren't expecting solutions.. :P 22. a) 330,000 V

Yeh, I'd like to keep going with Math. It's only beggining to get interesting in 4u. I'm looking at doing engineering at UNSW. I'd like to also atleast do a minor in math (anything except stats :P) See you there Slidey.

True! But you seem to be missing the point my friend... I mis-phrased the question because I assumed everyone was familiar with it. You see, this is Fermat's Last Theorem - to which the solution is 109 pages of CONDENSED logic which borrows from many branches of mathematics and most of them...

Nice try, but I didn't ask you to prove true for ALL values n>=2 ;)

That's one of the worst 1=2 proofs I've ever seen. But thanks for the cool nerd link word.!

I know 1 or 2 proofs for 1=2, yet I am unfamiliar with the 'peano postulates'. Care to elaborate?

Haha, sorry damo. I didn't mean to waste your time. It was a joke.

Best of wishes for this years 3unit maths exam. I hope that we all do our personal best. Get a good night's sleep and be positive. :)

The link was a...link... lol.. to a thread of mine entitled 'Quick Polynomial Question' in the 3u forums. Check it out. No-one has been able to help yet. I thought maybe you could?

My teacher told me that this was very unlikely to be examined (the derivation, not the application) When I said (a+b)ⁿ I was referring to exactly what you did.

It's like that, but not quite so easy ;)

sorry guys, it was a mistake. I read the question incorrectly. Continue with Q34. My apologies.

Tricky! :O

Agreed, it is not a GP. But, how then, did you find the Sum Slidey? When you state that 'the sum=...' I don't follow...

The standing question is:

What square root? I can't find a mistake anywhere...

<b> Question 31 </b> EDIT: 100percent beat me to it. <b> Question 32 </b> <b> Question 33 </b> Prove: cotan(@) + cotan ($) = 1-cotan(@).cotan($)

ROFLMAO! OMFGBBQH4X!!!