Yep, love it so much i managed to get a hold of the american eps!
Trust me, there are plenty more suprises to come! This show just keeps getting better.
Whats this I hear about St Andrews (or Wesley i dont remember) having to wear academic dress to dinner every night? Is that right or have i got my facts wrong?
YAY!!!!!!
They are making a movie out of this! Nichole Kidman plays Mrs Coulter (though she has blonde hair and its dark in the book i think) and Daniel Craig (Bond) is playing Lord Asriel and some unknown is playing Lyra. Plus Eva green (Vesper in the last Bond movie with Daniel Craig) is...
This movie comes out tomorrow. The trailer looks really good!
The costumes and sets look brilliant, but ive heard bad things in terms of plot, acting etc.
Has anyone seen it yet? Is it any good?
Im so sad, they arent showing it at my local cinema :(
Cant wait for this to come out!!! I havent been this excited about a movie coming out since X3 (which ended up being a huge disapointment)!!!!
They better not screw this one up! (although ill love it anyway because im a comic book fan and will blindly praise any comic book movie ever made...
Ohhhhhh!!!!!!
Thanks, totally didnt think of that.
It makes sense now (even though i do not understand your method...wats a GP out of curiousity?)
Thanks heaps! And thanks zingerburger!
Sorry! I found out I just made a silly mistake in that first one! Ive fixed it now. Thanks anyway!
Hmmm, as for the method, I used a different one, but its the same idea and i still got the same answer
Anyone wanna have a crack at question two? Or to read my working out and tell me where i...
In typing up my working for the first question i just found where i made an error! Ive got the answer to that one, thanks anyway!
But im still stuck on the second one...:
2) A sum of 1500 is invested at the end of each yr for 15 yrs at 14% p.a.. Find the amount of superannuation avaliable at...
No its part of the series topic in maths because you have to use the compound interest formula but then you have to arrange them in a series and then you have to find the sum of the series...
Hang on ill post my working out to show you what i mean (my method is right i think, i might have made...