Originally posted by Arctic PenguinYes, it's simple. Some things are, including me. The point I was trying to make is simple too. So many things are needlessly complicated by "what ifs?".
Most chess boards I've seen don't specify which end is for black and which end is for white, so yes it probably does get rotated between games. The puzzle is a bit too simple if the board is just fixed to the table, don't you think?
Originally posted by SwissGambitthe game is still not over yet...
[pgn]
[Event "Edited game"]
[Date "2011.02.09"]
[Round "-"]
[White "-"]
[Black "-"]
[Result "*"]
1. b4 a5 2. b5 a4 3. d4 c5 4. d5 c4 5. f4 e5 6. f5 e4 7. h4 g5 8. h5 g4 9. Bb2 Bg7 10. Nd2 Ne7 11. Ngf3 Nbc6 12. dxc6 exf3 13. g3 b6 14. Bh3 Ba6 15. bxa6 gxh3 16. c7 d5 17. Kf2 d4 18. c8=Q c3 19. h6 a3 20. f6 axb2 21. hxg7 cxd2 22. fxe7 d3 23. e4 h2 ...[text shortened]... =Q 51. a7 Qdh5 52. Qb7 d1=Q 53. a8=Q
Qdg5 54. e7 Q5h2 55. Qh5 Qgg3 56. e8=Q
[/pgn]
Originally posted by CampaignerCount in binary, 0000...0000 (64 0f them) to binary 1111...1111 (64 0f them). Excluding rotations.
If on a chess board each square could be black or white - how many combinations of boards could there be?
You want it in base ten? How human of you. I'm sorry, Dave. I'm afraid I can't do that. This mission is too important for me to allow you to jeopardize it.
But if you tell me how many are excluded by rotations that adhere to the Chess right hand white rule, I will open the pod bay doors.
It's easier than it seems.