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CRichardThrone

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  1. CRichardThrone
    I can see myself playing forum mafia here sometime.
  2. CRichardThrone
    CRichardThrone changed their profile photo
  3. CRichardThrone
    Late reply regarding the Things game. If you've watched the movie The Thing you'll get it fast.
  4. CRichardThrone
    I've played in a Things game on MU. Though I'm not sure if it would work here.
  5. CRichardThrone
    Oh whoops.
  6. CRichardThrone
    Alright noted. I'm usually called CRich or Rich, though sure if it helps you remember.
  7. CRichardThrone
    Hmm that's slow compared to where I come from regarding my homesite. It isn't unusual for top posters to be in the hundreds of posts where I'm at.
  8. CRichardThrone
    Hello Aon. I haven't played on this website before, though I've heard a little bit about how games are run here.
  9. CRichardThrone
    I'm thinking of joining, though I'm a little worried I might be multi tabbing and that's not a good idea where I'm at.
  10. CRichardThrone
    Noted.
  11. CRichardThrone
    Proof of why the Golden Ratio is an irrational number. Golden Ratio = (1 + sqrt 5)/2 We can prove sqrt 5 is irrational. Lets supposed sqrt 5 is rational, or sqrt 5 = a/b Square both sides so that 5 = (a/b)^2 5b^2 = a^2. If sqrt is rational, then a and b are simplified to lowest terms. We note that a^2 is a multiple of 5. Let a = 5c 5b^2 =(5c)^2 = 25c^2 b^2 = 5c^2 Note: a and b have no common factors if sqrt 5 is rational and is simplified to lowest terms. Except we have proven that 5 is a common factor of a and b, which can't be the case if sqrt 5 is rational. Therefore sqrt of 5 is irrational.
  12. CRichardThrone
    Hey did you all hear about the recent turbo on Mafia Universe? Completed: Breaking Site Turbo (mafiauniverse.com) Edit: I've also heard of a social deduction game called Blood on the Clocktower. Has anyone here heard, let alone played it?
  13. CRichardThrone
    This is a pretty elegant proof of the Pythagorean Theorem no?
  14. CRichardThrone
    Seems I made a mistake phi^-1 = Phi - 1
  15. CRichardThrone
    Oh yeah phi^2 = phi +1 and phi^1/2 = phi - 1.
  16. CRichardThrone
    Phi - 1 = 1/phi x(phi) x(phi) phi^2 - phi = 1 -1 -1 phi^2 - phi - 1 = 0 Use quadratic formula phi = +- 1 *sqrt((-1)^2 - 4*1*-1))/2 = 1 *+-sqrt((1 - - 4))/2 = 1 *+-sqrt((5))/2 Phi > 0 so phi = 1 + sqrt(5) / 2
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