Recent content by zeebobDD

Could u have a check to see if parts b n c are correct,

sweet thanks bro

Alrite so i have that, but what are the limits for the first integral? it doesn't really tell us what is it, i'm assuming it goes from 0 to 2pi?

Can someone help me with this question, not sure where to start

okay done it for S1 and A1, it satisfies the equation , how do i express that it's non empty formally, i can't just write it?

Hmm alrite my equations must be wrong, i'll try it with your general form ones , post it tonight

Right got it, i've done the solution but my method uses two general cubic equations,ax^3+bx^2+cx+d.. etc is this allowed?

Well i get 1. , i've done it by choosing two general equations as F(x) and G(x) which are both in space S then using those proved axiom A1 and S1 , (f+g)(1)=f(1)+g(1)=0 and same way for the derivative, but i'm not sure if it's right or not and i can't seem to figure out what this represents...

yh i'm in first year geol1501 too , fuck jus keep reading the slides man he talks about random shit in the lectures

cheers bruh

Hey are the textbooks for GEOL1501, ENGG1802/3 really necessary?

no you don't go to http://www.eng.usyd.edu.au/ then current students forms and policies then the interal transfer policy form and fill it out and send

just draw a square after your proof. done

and theres much more diversity at usyd lolwut