From the Bukowniaer. Von Wliolocki. There was once upon a time a poor boy who had neither father nor mother. In order to gain a living he looked after the sheep of a great Lord. Day and night he spent out in the open fields, and o... Read more of The Giants And The Herd-boy at Children Stories.caInformational Site Network Informational
Privacy
Home Top Rated Puzzles Most Viewed Puzzles All Puzzle Questions Random Puzzle Question Search


ANOTHER JOINER'S PROBLEM.





(Various Dissection Puzzles)
A joiner had two pieces of wood of the shapes and relative proportions
shown in the diagram. He wished to cut them into as few pieces as
possible so that they could be fitted together, without waste, to form a
perfectly square table-top. How should he have done it? There is no
necessity to give measurements, for if the smaller piece (which is half
a square) be made a little too large or a little too small it will not
affect the method of solution.
153--A CUTTING-OUT PUZZLE.
Here is a little cutting-out poser. I take a strip of paper, measuring
five inches by one inch, and, by cutting it into five pieces, the parts
fit together and form a square, as shown in the illustration. Now, it is
quite an interesting puzzle to discover how we can do this in only four
pieces.


Read Answer





Next: MRS. HOBSON'S HEARTHRUG.

Previous: THE JOINER'S PROBLEM.



Add to Informational Site Network
Report
Privacy
ADD TO EBOOK




Random Questions

The Folded Cross.
GREEK CROSS PUZZLES
The Five Brigands.
Money Puzzles
Farmer Wurzel's Estate.
Patchwork Puzzles
The Dovetailed Block.
Unclassified Problems.
The Passenger's Fare.
Money Puzzles
A Problem In Squares.
Money Puzzles
A War Puzzle Game.
Puzzle Games.
The Miller's Puzzle
CANTERBURY PUZZLES
The Tiring Irons.
Unclassified Problems.
Wilson's Poser.
Money Puzzles
The Cross Target.
Combination and Group Problems
The Skipper And The Sea-serpent
MISCELLANEOUS PUZZLES
The Diamond Puzzle.
Unicursal and Route Problems
A Puzzle With Pawns.
Chessboard Problems
Building The Tetrahedron.
Combination and Group Problems