Informational Site NetworkInformational Site Network
Privacy
 
Home Top Rated Puzzles Most Viewed Puzzles All Puzzle Questions Random Puzzle Question Search


Ovid's Game





(MISCELLANEOUS PUZZLES)

Having examined "Noughts and Crosses," we will now consider an extension of the game that is distinctly mentioned in the works of Ovid. It is, in fact, the parent of "Nine Men's Morris," referred to by Shakespeare in A Midsummer Night's Dream (Act ii., Scene 2). Each player has three counters, which they play alternately on to the nine points shown in the diagram, with the object of getting three in a line and so winning. But after the six counters are played they then proceed to move (always to an adjacent unoccupied point) with the same object. In the example below White played first, and Black has just played on point 7. It is now White's move, and he will undoubtedly play from 8 to 9, and then, whatever Black may do, he will continue with 5 to 6, and so win. That is the simple game. Now, if both players are equally perfect at the game what should happen? Should the first player always win? Or should the second player win? Or should every game be a draw? One only of these things should always occur. Which is it?









Read Answer





Next: The Farmer's Oxen

Previous: Noughts And Crosses



Add to Informational Site Network
Report
Privacy
ADD TO EBOOK




Random Questions

The Thirty-three Pearls.
Money Puzzles
The Tapiser's Puzzle
CANTERBURY PUZZLES
The Pentagon And Square.
Various Dissection Puzzles
The Magic Strips.
Magic Squares Problem.
The Garden Puzzle.
Patchwork Puzzles
The Noble Demoiselle
PUZZLING TIMES AT SOLVAMHALL CASTLE
The Sompnour's Puzzle
CANTERBURY PUZZLES
The Five Dominoes.
Problems Concerning Games.
Crossing The Stream.
Measuring, Weight, and Packing Puzzles.
The Merchant's Puzzle
CANTERBURY PUZZLES
The Cornish Cliff Mystery
Adventures of the Puzzle Club
The Dice Numbers.
Money Puzzles
The Host's Puzzle
CANTERBURY PUZZLES
The Tramps And The Biscuits
MISCELLANEOUS PUZZLES
The Hat-peg Puzzle.
Chessboard Problems