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Posers and Puzzles

Posers and Puzzles

  1. Standard member uzless
    The So Fist
    12 Aug '09 20:35 / 1 edit
    Lotto 6/49


    For X amount of draws, the frequency of each number being drawn were tablulated.

    The highest frequent winning number was 34. It was a winning number 392 times

    The lowest frequent winning number was 15 at 309 times.



    Is this within the expected variance or should the winning number frequency be closer together?

    If it outside the expected variance, should you eliminate the highest frequent numbers if you were to play the next draw or does it not make a difference?
  2. Subscriber coquette
    Already mated
    13 Aug '09 05:41
    Please admit that you aren't serious.
  3. Standard member wolfgang59
    Infidel
    13 Aug '09 09:26
    So you think maybe that 34 has had more than its share of luck?

    So only a fool would bet on 34 next time right? (Cos that ol' ball sure has a good memory).

    Dont be daft!
  4. Standard member uzless
    The So Fist
    13 Aug '09 15:59
    Originally posted by wolfgang59
    So you think maybe that 34 has had more than its share of luck?

    So only a fool would bet on 34 next time right? (Cos that ol' ball sure has a good memory).

    Dont be daft!
    answer the first.

    Question the second.


    I don't see any math equations to prove/disprove an unexpected variance.
  5. Standard member wolfgang59
    Infidel
    14 Aug '09 07:59
    I was just answering the last part of your OP.
  6. Standard member uzless
    The So Fist
    14 Aug '09 14:59 / 1 edit
    Originally posted by wolfgang59
    I was just answering the last part of your OP.
    let me put it another way.


    Does the fact that the number 15 comes up as winning number 25% fewer times than 34 seem out of the ordinary to you?
  7. Standard member wolfgang59
    Infidel
    14 Aug '09 15:20
    On the face of it it doesnt seem unusual. I think you would need more info (such as total number of draws or where those numbers came in the ranking).

    But those proportions could fit a normal distribution.

    Consider this; what are the chances of each number in a lottery being picked the same number of times? VERY, VERY small (almost impossible)

    Even the simple example of a die gives a chance of less than 2% that you could roll one of each number once in 6 throws. Whereas the chances of getting a 'lucky' number peaking with 3 occurences are about 12%. Randomness happens.