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I didn't find them particularly useful as half of the time they ended up agreeing with what I said. It was like, "Why did that happen?" "Hmmm... Yes. You are right." :confused: maybe I just have really bad luck at getting the operators.

So do we need to know specific examples? Like: When they took this spoon from Titanic, they did thisaladadadadada, which examplifies the restoration process of silver and some examples of restoration of wood using the process of thatladlaldaldalada in that way can be seen in the preservation of...

Thanks!

Website????? Do they accept html? just to flash it up a bit to cover up all the crap that is actually what i wrote?

that's more than me in a week :(

Of course they won't be stolem. Not if I steal them all first.

Yes. Just think of studying as you wank, it'll have quite the subliminal effect. In a few days, you'll die to study

It's not my fault I cheat. It's their fault for allowing me to cheat. If I can get away with it it's nobody's fault because no one will know about it. If no one knows about it, does it make any difference to not cheating?

Well you can buy the 2002 standard packages or give me a ring... *taps nose* ;)

*looks at clock* what I just finished Breakie

I posted this in the 3 Unit forum, but no one seems to go there so can I interest any of you 13370R2? Q50 by considering the coefficinets of 1+(1+x)+(1+x)^2+...+(1+x)^n, prove that [nCr]+[(n-1)Cr]+[(n-2)Cr]+...+[rCr] = [(n+1)C(r+1)] similarly consdering...

Can you please go through that again? I don't think I understand. Thank you.

ok i understand what that means now, but i still don't understand the solution to that question:confused:

Isnt that only the back emf though?

do practice question. do lots of practice questions

stupid forum glitch, not updating posts... *bump*

Hi, has anyone done these questions from the Fitzpatrick 3U book? Ex 29(a)? Q50 by considering the coefficinets of 1+(1+x)+(1+x)^2+...+(1+x)^n, prove that [nCr]+[(n-1)Cr]+[(n-2)Cr]+...+[rCr] = [(n+1)C(r+1)] similarly consdering x^n+[x^(n-1)](1+x)+[x^(n-2)](1+x)^2+...+(1+x)^n, find...

Is this in the syllabus?

i remember there is something about the number of H+ and OH- ions present in water as a result of the anion/cation?

oh another thing. Do we have to know Titanic as an example?