Beauty of Magic Squares: Multiple Order Bordered Magic Squares of Order 90
During past years author worked with block-wise bordered magic squares multiples of even and odd number blocks. This means, multiples of 3, 4, 5, 6, etc. These works can be…
During past years author worked with block-wise bordered magic squares multiples of even and odd number blocks. This means, multiples of 3, 4, 5, 6, etc. These works can be…
This work brings algebraic pandiagonal striped and semi-striped magic squares of orders 4 to 12 for the reduced entries. The even orders are striped magic squares and odd orders are…
138th Birth Anniversary of S. Ramanujan,December 22, 1887-April 26, 1920 National Mathematics Day, India – December 22 This work brings magic squares connected with S. Ramanujan’s life and with Hardy-Ramanujan…
This work brings double-digit or double-layer algebraic magic squares of odd orders from 5 to 19 for reduced entries. This study include three types of algebraic magic squares, i.e., cyclic-type,…
This work brings double-digit or double-layer strped algebraic magic squares of even orders 4 to 20 for reduced entries. The study striped magic squares of cyclic, Flat and Corner types.…
This work brings double-digit or double-layer algebraic magic squares of orders 7 to 20 for reduced entries. Sometimes, these types of magic squares, we call as self-made, beacause they are…
This work brings different types of magic squares of order 16. These includes We can write 16:=22. It can be written as blocks of order 4. We know that magic…
This work brings self-made algebraic magic squares of order 11 for reduced entries. By reduced or less entries, we understand that instead of normal n2 entries of a magic square…
This work brings self-made algebraic magic squares of order 11 for reduced entries. By reduced or less entries, we understand that instead of normal n2 entries of a magic square…
This work brings self-made algebraic magic, semi-magic and pandiagonal magic squares . By self-made or reduced or less entries, we understand that instead of normal n^2 entries of a magic…