that's sounds sick as, go the brooke fraser. beautiful song, careful with those high notes.
i'm doing
Piano: Maple Leaf Rag - Scott Joplin (Popular Music)
Prelude & Fugue In C Major - Bach (Instrument & It's Repertoire)
Heart Asks Pleasure First - Michael Nyman (Core)
Piano...
can someone give me an overview of how to work out/with oblique aymptotes, i was away in class when this was done. when i got back the teacher gave me a quick overview but it went completely over my head cause she rushed through it. thanks
are you serious :mad1: i had mine yesterday, it was 8 questions in 3 hours. it was so intense. i had about 5 mins left and i hadn't done the last question but luckily it was just prove de Moivre's theorem using induction which i knew how to do. hope i'll get in the mid 70's too :) *fingers crossed*
just be careful, i thought that exact thing. don't get me wrong 4U is great fun but you gotta be prepared to work your face off. you gotta cram a lot of stuff in your head in a short amount of time, we do a new idea every lesson. it's intense but it beats 2U.
there's just alot to it, but it's easy to prove formulae if you don't remember them. and half of it's to do with the parametric equations which use trig rather than (2at, at²). it's lengthy and conceptually confronting, that's why everyone hates it. (to everyone) and if you enjoy it, you need...
just me... it's great, i can ask all the questions i want and somedays my teacher gives me work and sends me to the library cause she's got stuff to do.
Roll Call: 9:00-9:18
Period 1: 9:18-10:16
Period 2: 10:16-11:14
Recess : 11:14-11:40
Period 3: 11:40-12:38
Period 4: 12:38-1:36
Lunch: 1:36-2:22
Period 5: 2:22-3:20
Periods - 58 mins
Recess - 26 mins
Lunch - 46 mins
that seems weird now that i think of it, works great...
i always find that i get a sign wrong, or don't expand it fully through the brackets. it sucks mega time but i don't care cause i'm coming first. 4U has helped heaps with my algebra because that's all it practically is
i see what he's done... it is in degrees so he's turned x° into x rad. which would be π/180 x rad. go from there...
he had to change it to radians to be able to manipulate it to find the integral