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 bordered and block-wise magic squares, for the magic squares of prime and double prime orders. We call it as block-bordered magic squares. The magic squares considered in this work are of orders 34, 37 and 38. In order to bring these block-bordered magic squares, we make use of author's previous works on block-wise constructions of magics squares, such as, of orders, 28, 30, 32, 35 and 36. The first part of this work brings block-bordered magic squares of orders 11, 13, 14, 17, 19, 22, 26, 29 and...
We know that we can always write block-wise magic squares of any order except for the orders of type...
Recently, author constructed even order magic squares from orders 6 to 20 with different styles and ...
Recently, author constructed even order magic squares from orders 6 to 20 with different styles and ...
We can always write block-wise magic squares of any order except for the orders of type p and 2p, wh...
We know that we can always write block-wise magic squares of any order except for the orders of type...
We know that we can always write block-wise magic squares of any order except for the orders of type...
We can always write block-wise magic squares of any order except for the orders of type p and 2p, w...
We know that we can always write block-wise magic squares of any order except for the orders of type...
This paper summarize some of the results done before by author on block-wise constructions of magic ...
Recently, author constructed even order magic squares from orders 6 to 20 with different styles and ...
Recently, author constructed even order magic squares from orders 6 to 20 with different styles and ...
Recently, author constructed even order magic squares from orders 6 to 20 with different styles and ...
Recently, author constructed even order magic squares from orders 6 to 20 with different styles and ...
Recently, author constructed even order magic squares from orders 6 to 20 with different styles and ...
Recently, author constructed even order magic squares from orders 6 to 20 with different styles and ...
We know that we can always write block-wise magic squares of any order except for the orders of type...
Recently, author constructed even order magic squares from orders 6 to 20 with different styles and ...
Recently, author constructed even order magic squares from orders 6 to 20 with different styles and ...
We can always write block-wise magic squares of any order except for the orders of type p and 2p, wh...
We know that we can always write block-wise magic squares of any order except for the orders of type...
We know that we can always write block-wise magic squares of any order except for the orders of type...
We can always write block-wise magic squares of any order except for the orders of type p and 2p, w...
We know that we can always write block-wise magic squares of any order except for the orders of type...
This paper summarize some of the results done before by author on block-wise constructions of magic ...
Recently, author constructed even order magic squares from orders 6 to 20 with different styles and ...
Recently, author constructed even order magic squares from orders 6 to 20 with different styles and ...
Recently, author constructed even order magic squares from orders 6 to 20 with different styles and ...
Recently, author constructed even order magic squares from orders 6 to 20 with different styles and ...
Recently, author constructed even order magic squares from orders 6 to 20 with different styles and ...
Recently, author constructed even order magic squares from orders 6 to 20 with different styles and ...
We know that we can always write block-wise magic squares of any order except for the orders of type...
Recently, author constructed even order magic squares from orders 6 to 20 with different styles and ...
Recently, author constructed even order magic squares from orders 6 to 20 with different styles and ...