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Later Kibitzing> |
Apr-08-08 | | krpvksprv: GMT is forced again to use his weeklong extension. This game has become like the TV show, "Who wants to be a Millionaire" where the contestant has 2 or 3 lifelines to use when he is in doubt. This is hopefully his final extension. White looks good thus far. |
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Apr-08-08 | | krpvksprv: <<Tabanus> Nothing will render ignoscible our conduct in here. GMT will vellicate our noses if he thinks that any chess diarthrosis thereby could be performed - if he thinks he should not impignorate his reputation.> Awesome wordings, eh...what does this mean again? LOL! Xp |
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Apr-08-08 | | DarthStapler: I have a question, is Timmerman using computer assistance in this game? |
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Apr-08-08 | | edda zeitz: <belgradegambit: The answer is 42.> Isn't this the answer to every question! |
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Apr-08-08 | | truefriends: < DarthStapler: I have a question, is Timmerman using computer assistance in this game? > Yes, http://www.chessgames.com/perl/cond... |
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Apr-08-08 | | edda zeitz: <krpvksprv: Awesome wordings, eh...what does this mean again?> Norwegian Newspeak, C vocabulary. |
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Apr-08-08
 | | rinus: <Blablanus> |
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Apr-08-08 | | Lambda: <0^0 is indeterminate form, it just can't exist> Actually, 0^0=1. For any two cardinals K,L, K^L is defined as the cardinality of the set of functions from L to K. 0 is the cardinality of the empty set, so 0^0 is the cardinality of the set of functions from the empty set to the empty set. And there is precisely one such function, namely the empty set. So 0^0=1. The most meaningful way to show that 0.99999recurring and 1 are decimal representations of the same number is to observe something like the fact that the sequence 0.9, 0.99, 0.999 ... converges to both of them, thus the same definition can result in both of them. (Depending on which of the many possible ways you use to define the reals.) |
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Apr-08-08 | | ajile: <jovack: Thanks <ajile> for the advice!> You could also chase the bishop with Nh5.
:o) |
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Apr-08-08 | | ajile: You math guys here's a hot debate topic that I saw argued for a week on another forum. Can .99999~ (9's to infinity) ever equal 1? :o) |
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Apr-08-08 | | YouRang: <ajile> 0.9999... is exactly equal to 1.0 :-) |
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Apr-08-08
 | | monopole2313: For an interesting arithmetic lesson,
check out http://www.youtube.com/watch?v=Bfq5... |
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Apr-08-08 | | jepflast: This should be proof enough for most:
1/9 = 0.111...
2/9 = 0.222...
3/9 = 0.333...
...
9/9 = 0.999... |
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Apr-08-08 | | Dr. Funkenstein: For slightly larger values of .9 (recurring) it will equal 1 :-) |
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Apr-08-08 | | YouRang: If <jepflast>'s proof doesn't convince you, consider this: [1] let x = 0.9999...
[2] Multiply both sides by 10: 10x = 9.9999...
[3] Subtract 9 from both sides: 10x-9 = 0.9999...
[4] Substitute (using [1]): 10x-9 = x
[5] Solve for x: 10x-x = 9 -> 9x = 9
Thus, x = 1
Q.E.D. |
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Apr-08-08
 | | rinus: <YouRang> didn't change from Cantor's bike. |
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Apr-08-08 | | Nightranger: < edda zeitz: <belgradegambit: The answer is 42.>
Isn't this the answer to every question! > Well, that or 'C'. < ajile ... You could also chase the bishop with Nh5. > How does this help the factorial thing? < monopole2313 > Good video. < jepflast & YouRang > Where is the "Women are Evil" proof? :-) |
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Apr-08-08
 | | Tabanus: Bla bla bla ... Check out this chess gallery:
http://eu.art.com/asp/display-asp/_... and these players
http://www.epilogue.net/users/puimu...
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Apr-08-08
 | | rinus: <Tabanus> Without engines! http://eu.art.com/asp/sp-asp/_/PD--... |
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Apr-08-08 | | karnak64: <Nightranger>: I need nothing beyond my ex-wife to prove the "Women are Evil." <Tabanus>: your galleries are cool beans! The print of "Chess and a cordial" epitomizes my idea of the good life. Sign me up! |
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Apr-08-08 | | YouRang: <karnak64: <Nightranger>: I need nothing beyond my ex-wife to prove the "Women are Evil."> The old "proof by example"? :-) |
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Apr-08-08 | | YouRang: I suppose that 40...Nd3 shouldn't be a surprise. Freeing the knight would appear to be the point of sticking his rook on a6. |
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Apr-08-08 | | chesscard: 40... Nd3! is very interesting.
40... Nd3! 41. Rb1 c5!? (41...Nb4!? also is interesting) This is not a clear win.
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Apr-08-08
 | | Tabanus: Here's four more I found :)
http://www.chesscentral.com/art-che... http://www.chessprints.com/Images/P...
http://www.redbubble.com/img/art/si... http://render-2.snapfish.com/render... |
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Apr-08-08 | | DanLanglois: <chesscard: 40... Nd3! is very interesting. 40... Nd3! 41. Rb1 c5!? (41...Nb4!? also is interesting) This is not a clear win.
>
there's mountains of 40...Nd3 analysis on dalbertz forum |
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