Pandiagonal Magic Squares Among Orders 4 to 108
This work brings pandiagonal magic squares in different situations. These are multiples of order 3, 4, 5, etc. We can always write pandiagonal magic squares multiples of any order, except…
This work brings pandiagonal magic squares in different situations. These are multiples of order 3, 4, 5, etc. We can always write pandiagonal magic squares multiples of any order, except…
This work brings magic squares of orders 4, 6, 8, 10, 12 and 14, where we have used only magic rectangles multiples of order 2, such as 2×4, 2×6, 2×8,…
Never seen before. This work brings magic squares in very different way. These are based on three different types of magic rectangles:1. Bordered Magic Rectangles:2. Double Digits Magic Rectangles:3. Cornered…
Never seen before. This work brings magic squares in very different way. These are based on three different types of magic rectangles:1. Bordered Magic Rectangles:2. Double Digits Magic Rectangles:3. Cornered…
Recently, author worked with double digits and cornered magic squares. See the link below: 1. Inder J. Taneja, Double Digits Even and Odd Orders Bordered Magic Squares.Also see: New Concepts…
Never seen before. This work brings magic squares in very different way. These are based on three different types of magic rectangles:1. Bordered Magic Rectangles:2. Double Digits Magic Rectangles:3. Cornered…
Never Seen Before This work brings magic squares in very different way. These are based on three different types of magic rectangles:1. Bordered Magic Rectangles:2. Double Digits Magic Rectangles:3. Cornered…
Never Seen Before This work brings magic squares in very different way. These are based on three different types of magic rectangles:1. Bordered Magic Rectangles:2. Double Digits Magic Rectangles:3. Cornered…
Never seen before. By boarded magic squares we understand that if we remove the external border still, we are left with magic squares of lower orders with sequential entries. Single…
Never seen before. By boarded magic squares we understand that if we remove the external border still we are left with magic squares of lower orders with sequential entries. Single…