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Only One Hand (Posted on 2005-04-11) Difficulty: 2 of 5
In a game of Texas Hold'em, all 5 community cards are dealt, and the three remaining players simultaneously say, "Well, there's only one hand that can beat me."

How can this situation arise? Assume that the players do not lie.

Here, "one hand" means a unique combination of 2 cards, out of the (52 choose 2) = 1326 possible ones.

For those unfamiliar with the basic rules of Texas Hold'em: each player has two face down cards, and there are five face up cards on the table. Each player makes the best possible 5-card poker hand using any of the 5 community cards and his 2 private cards.

See The Solution Submitted by David Shin    
Rating: 4.2857 (7 votes)

Comments: ( Back to comment list | You must be logged in to post comments.)
re: Limits on possible solutions | Comment 19 of 31 |
(In reply to Limits on possible solutions by Tristan)

After taking a more detailed look at this problem, I found that everything points to Ajosin's solution, or something very similar.  I wonder if perhaps Kardo's solution counts as topologically distinct from Ajosin's.
  Posted by Tristan on 2005-04-14 21:53:45

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