Well... the answers are equivalent. You can even do it graphically, and... yeah.
You can even say a solution is:
\theta = \pi n - \frac{\pi}{2}
Which is the same thing again.
so much money wasted
could've been spent in i dunno... make clubs and societies free to join instead of paying what is it, $100 or so to be able to have the chance to join clubs and societies at usyd?
Yeah well you do realise that posts in Non-School where you can read (some) of the wonderful stories with me and my secret crushes don't actually count towards post count.
Moreover, UNSW has a perfectly good Arts degree - and why externally transfer when an internal transfer is much easier to do?
is it
7 | x^2 + y^2
so 7M = x^2 + y^2
but as 7 is prime, we know that x^2 + y^2 = 1 (with M = 7) or x^2 + y^2 = 7 (with M = 1) by unique prime factorisation
and then argue from there?
huh what
i think you mean "has no solution", or "this is impossible"
Your field has 7 elements: 0, 1, 2, 3, 4, 5 and 6. There's no imaginary numbers here.
you may define a probabilistic function of n variables where each variable is a certain place that you or her frequent, and then if you maximise this function via Maple, you can determine the most likely place you might "accidentally" bump into each other :p
Well...
I can tell you what my former number one secret crushes are probably all doing
out with their boyfriends
looking into each other's eyes
smiling, and being fulfilled in each other's presence
finding companionship and mateship at a deeper level
realising, that when they hold each...