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Recklessly, grabbing whatever 1 or 2 markers as I can. Then maybe if I have a few more minutes I can fill in some derivations etc.

Lol, and how are you going to PRINT your magnetic strip?

I'm gonna miss 10 people lanning across the school's Wireless network playing Dota or Pudge Wars.

For the alternative Technologies I put tracking Mountain Climbers and putting some Heart Rate and Temperature monitoring systems to help with tracking the health stats of the Climber.

I drew a barcode and explained how it's more efficient than an ID-Number when Scanning.

3 A's in a row YES! Same here, in the second column yeah?

I love you

Wasaaaaap xd

If you knew what the definition of a Rectangular was, you wouldn't have asked our help to prove it, good thing azureus88 kindly posted the full solution for you, I just thought you would be smart enough to figure it out from what I said.

You guys all missed the fact that it's actually a Symmetrical Polynomial. Therefore the roots will be reciprocals of each other. Which only leaves two pairs of reciprocal roots, therefore the maximum multiple root is only two.

For the first part, A hyperbola is called a hyperbola if its asymtotes meet at right angles. Also its eccentricity is root(2). For the second part, I would assume you need to draw the diagram and use the rules of concyclic polygons.

a^2 is 2m, not m^2 Well not really, seeing as we have a linear equation to sub into.

#Edit#: On further thought, I'm a little confused at the answer I got, anyone want to correct me? Don't take my word for it, but this is what I came up with: Find e in terms of t using: b^2 = a^2(e^2-1) You should find: e = sqrt(m+8)/sqrt(m) Using this, you can find the foci using: Foci =...