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The 12x12 Magic Squares


12x12 Index Pan-Magic   Composite   Bree-Ollerenshaw 

Technique 2: The Composite Approach

The Composite Approach creates a magic square derived from combining an order-3 with an order-4 magic square. The order-3 square is used as a template for a 12x12 component with 4x4 blocks of numbers based on the original square. Each cell in this square is multiplied by 16.

The order-4 square is repeated three times in each axis to create the second 12x12 component.

723
048
561
Original 3x3
071211
131016
34158
14925
Original 4x4
777722223333
777722223333
777722223333
777722223333
000044448888
000044448888
000044448888
000044448888
555566661111
555566661111
555566661111
555566661111
16 x
071211071211071211
131016131016131016
341583415834158
149251492514925
071211071211071211
131016131016131016
341583415834158
149251492514925
071211071211071211
131016131016131016
341583415834158
149251492514925
+ 1 x
1121191241233239444348556059
1251221131184542333861584954
1151161271203536474051526356
1261211141174641343762575053
07121164717675128135140139
13101677746570141138129134
3415867687972131132143136
1492578736669142137130133
808792919610310810716232827
939081861091069710229261722
838495889910011110419203124
948982851101059810130251821
Total Order 12 magic Square

Resulting Magic Square

Using this technique, the final square cannot be Pan-Magic because the original 3x3 square is not Pan-Magic. This technique is included here to illusrate the use of the composite technique.



12x12 Index Pan-Magic   Composite   Bree-Ollerenshaw 

 
 
 
 



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Mar 6, 2010