Can you think about a clock that is having only 9 in it......

Here it is........

Having 9s does not make it special.... U can design a clock having only 9 with 9/9 (=1), (9+9)/9(=2), (9+9+9)/9(=3) and so on...

What makes it really amazing is the fact that... it has only 3 9s in each digit representation. ..

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20 comments

  1. CF // September 3, 2008 4:57 AM  

    Can I buy one?

  2. haiironezumi // September 3, 2008 5:00 AM  

    CF: They only come in packs of nine.

  3. Greg // September 3, 2008 8:54 AM  

    I'm pretty sure the 1 is 9/9

  4. iendy // September 3, 2008 9:06 AM  

    the 1 is 9/9^9

  5. shwn // September 3, 2008 10:15 AM  

    it cant be 9/9^9 due to the order of operations. it would be (9/9)^9

  6. damien // September 3, 2008 9:53 PM  

    it's actually (9/9), or select a combination of 9 items from 9 items. there's only one possibility so (9/9) = 1.

  7. Walliski // September 3, 2008 10:02 PM  

    "it's actually (9/9), or select a combination of 9 items from 9 items. there's only one possibility so (9/9) = 1."

    Wrong...Since (9/9)^9 = (9^9/9^9) = 387420489/387420489 =1...

  8. Pedro G. Perez // September 4, 2008 2:00 AM  
    This post has been removed by the author.
  9. kolpop // September 4, 2008 2:27 AM  

    it's (9/9)^9 otherwise the parentheses are pointless, they could have done (9/9) but probably wanted to keep with the three x9 theme.

    @walliski since when does 1^anything equal anything other than 1?

  10. Keith // September 4, 2008 2:39 AM  

    Wow ... all sooo brainy .... yawn.

    It's a cool clock, nuff said.

  11. Cláudio Nico // September 4, 2008 4:37 AM  

    1 = [ sqrt(9) * sqrt(9) ] / 9

  12. bogra // September 4, 2008 6:36 AM  

    There's 3 9's for each "hour"... so it must be (9/9)^9

  13. Erik // September 4, 2008 7:45 AM  

    well the seven is kind of cheating. 6.9999 etc.

  14. Patrick Wong // September 4, 2008 8:36 AM  

    .999999999999 etc. = 1

    If 1/3 = .3333333333333 etc
    then 1/3 * 3 = 3/3 = 1
    .3333333333333 etc * 3 = .9999999999999 etc = 1

  15. Coquette // September 4, 2008 6:44 PM  

    Now here's a question: can we come up with 9 representations for each number using exactly 3 nines? it looks like we can for 1...

  16. Steven // September 5, 2008 5:49 AM  

    (9/9)=1
    1^9 =1

    (9/9)^9=1

    Why do people suck at math?

  17. Jug // September 5, 2008 6:48 PM  

    I want to buy this clock! Any info where I could get one?

  18. ThatWikiGuy // September 6, 2008 1:46 PM  

    Make one! You need a printer and a clock.

  19. Syfox Sly Cobra // September 6, 2008 3:58 PM  

    haha, nice one haiironezumi. i would love to have this clock, ultimate nerd ftw.

  20. ColCommunism // September 8, 2008 12:17 PM  

    I like how:

    a. 9 is (9^9)^(1/9), not just 9.
    b. 7 uses .9 repeating as 1.

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