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


THE GLASS BALLS.





(Combination and Group Problems)
A number of clever marksmen were staying at a country house, and the
host, to provide a little amusement, suspended strings of glass balls,
as shown in the illustration, to be fired at. After they had all put
their skill to a sufficient test, somebody asked the following question:
"What is the total number of different ways in which these sixteen balls
may be broken, if we must always break the lowest ball that remains on
any string?" Thus, one way would be to break all the four balls on each
string in succession, taking the strings from left to right. Another
would be to break all the fourth balls on the four strings first, then
break the three remaining on the first string, then take the balls on
the three other strings alternately from right to left, and so on. There
is such a vast number of different ways (since every little variation of
order makes a different way) that one is apt to be at first impressed by
the great difficulty of the problem. Yet it is really quite simple when
once you have hit on the proper method of attacking it. How many
different ways are there?


Read Answer





Next: FIFTEEN LETTER PUZZLE.

Previous: THREE MEN IN A BOAT.



Add to Informational Site Network
Report
Privacy
ADD TO EBOOK




Random Questions

The Banner Puzzle.
Patchwork Puzzles
The Cardboard Box.
Patchwork Puzzles
The Spanish Dungeon.
Magic Squares Problem.
The Millionaire's Perplexity.
Money Puzzles
The Haberdasher's Puzzle
CANTERBURY PUZZLES
The Sixteen Sheep.
Combination and Group Problems
Setting The Board.
The Guarded Chessboard
The Eight Queens.
Chessboard Problems
The Antiquary's Chain.
Combination and Group Problems
A Puzzling Legacy.
Money Puzzles
The Noble Demoiselle
PUZZLING TIMES AT SOLVAMHALL CASTLE
The Nine Treasure Boxes.
Money Puzzles
The Troublesome Eight.
Magic Squares Problem.
Inspecting A Mine.
Unicursal and Route Problems
A Railway Muddle.
Moving Counter Problem