26.11.2009, 12:22
ZIGZAG, RECTANGLE DIVISION, FROM 1 TO 14 (points: 50+2)
Zigzag: Draw a path from the upper left to the bottom right corner in the Diagram on the left; the path can travel horizontally, vertically and diagonally, never crosses itself and uses every field of the diagram exactly once. Along the path, the letters A, B and C must repeat in this order.
Write the numbers from 1 to 49 in all fields along the path, starting in the upper left corner.
Copy/transfer all number in fields with letters into the small circles containing these letters in the second diagram.
Rectangle division: Divide the second diagram in rectangles. Each rectangle contains exactly one of the big circles. The numbers outside the diagram indicate the number of rectangles in the corresponding row or column. For all rectangles a side length of 1 is not allowed.
From 1 to 14: Insert into the second diagram into the big circles the numbers from 1 to 14 (in the example from 1 to 6) – each one exactly once. So that the small circles in the crossing points correspond to the sum of the numbers in the big circles of the regions joining in that point. Ignore circles located in points where less than 3 borders are joining.
Solution code: The numbers in the big circles from top to bottom, left to right.
In the example the solution code would be 136425.
Zigzag: Draw a path from the upper left to the bottom right corner in the Diagram on the left; the path can travel horizontally, vertically and diagonally, never crosses itself and uses every field of the diagram exactly once. Along the path, the letters A, B and C must repeat in this order.
Write the numbers from 1 to 49 in all fields along the path, starting in the upper left corner.
Copy/transfer all number in fields with letters into the small circles containing these letters in the second diagram.
Rectangle division: Divide the second diagram in rectangles. Each rectangle contains exactly one of the big circles. The numbers outside the diagram indicate the number of rectangles in the corresponding row or column. For all rectangles a side length of 1 is not allowed.
From 1 to 14: Insert into the second diagram into the big circles the numbers from 1 to 14 (in the example from 1 to 6) – each one exactly once. So that the small circles in the crossing points correspond to the sum of the numbers in the big circles of the regions joining in that point. Ignore circles located in points where less than 3 borders are joining.
Solution code: The numbers in the big circles from top to bottom, left to right.
In the example the solution code would be 136425.