Category: Magic Squares

During past years author worked with block-wise, bordered and block-bordered magic squares. This work make connection between block-wise and bordered magic squares. We started with block-wise bordered magic squares of orders 108 and 104. Based on these two big magic squares inner order magic squares multiples of 4 are studied. By inner order we understand … Continue reading Block-Wise Bordered and Pandiagonal Magic Squares Multiples of 4

This work brings traditional magic squares of orders 3 to 10 in terms of single digit. In this case, the magic squares are written separately for each digit, i.e., for the digits 1 to 9. This has been done for all the orders 3 to 10. In case of orders 8 and 9 there are … Continue reading Creative Magic Squares: Singele Digit Representations

This work brings magic squares of orders 3 to 10 in terms of single letter "a", where a can take any value from 1 to 9. The magic squares of orders 8 and 9 are written in two ways, i.e, one as normal magic squares and another as bimagic squares. In case of order 10, we … Continue reading Creative Magic Squares: Single Letter Representations

This work shows how to create magic squares with a perfect square number for the total sum entries. This has been done in five ways. Initially, the two ways are using entries as consecutive odd numbers and consecutive natural numbers for odd order magic squares and consecutive fraction numbers for even order magic squares. This … Continue reading Magic Squares With Perfect Square Sum of Entries: Orders 3 to 31

It is well known that every magic square can be written as perfect square sum of entries. It is always possible with odd number entries starting from 1. In case of odd order magic squares we can also write with consecutive natural number entries. Still, it is unknown whether it is possible to even order … Continue reading Area Representations Magic Squares With Fraction Numbers Entries

In the previous work we did block-wise bordered and block-wise block-bordered magic squares mutiples of even orders. See the link below: Inder J. Taneja, Bordered and Block-Wise Bordered Magic Squares: Even Order Multiples, https://inderjtaneja.com/2021/02/12/bordered-and-block-wise-bordered-magic-squares-even-order-multiples/ The even order multiples considered are of orders 6, 8, 10, 12, 14, 16, 18 and 22. In this case, we have … Continue reading Bordered and Block-Wise Bordered Magic Squares: Odd Order Multiples

It is always possible to block-wise magic squares of any order except for the orders of type p and 2p, where p is a prime number. On the other hand, one can always write bordered magic squares of any order. In the previous works, the author combined the both, i.e., bordered and block-wise magic squares, … Continue reading Bordered and Block-Wise Bordered Magic Squares: Even Order Multiples

We know that we can always write block-wise magic squares of any order except for the orders of type p and 2p, where p is a prime number. On the other hand we can always write bordered magic squares of any order. The aims of this work is to combine the both, i.e., bordered and … Continue reading Block-Wise and Block-Bordered Magic and Bimagic Squares of Orders 10 to 47

The whole work is without use of any programming language.It is just based on the number's combinations. Part I: Orders 128, 126 and 120 This work brings magic squares multiples of 4, 6 and 12 using only two digits: (1,8), (2,5) and (6,9). Each magic square contains 14-digits in each cell. Just with two digits, … Continue reading 2-Digits Universal Magic Squares Up To Orders 128

We can always write block-wise magic squares of any order except for the orders of type p and 2p, where p is a prime number. On the other hand we can always write bordered magic squares of any order. The aims of this work is to combine bordered and block-wise magic squares, for the magic … Continue reading Block-Bordered Magic Squares of Prime and Double Prime Orders: I, II and III

This work brings, magic squares of order 3 to 32 just with two digits in such a way that the magic squares are upside-down independent of magic sums. This is done only with two digits 6 and 9. The works for the digits 1 and 8, and 2 and 5 are given separately. In case of 2 and 5, the … Continue reading Upside-Down Magic and Bimagic Squares of Orders 3 to 32 Using 6 and 9

This work brings, magic squares of order 3 to 32 just with two digits in such a way that the magic squares are upside-down and mirror looking independent of magic sums. These types of magic squares we call as universal magic squares. This is done only with two digits 2 and 5. In this case the numbers 2 and 5 are written in digital form. … Continue reading Universal Magic and Bimagic Squares of Orders 3 to 32 Using 2 and 5