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Integral powers of order three Latin square matrices

机译:三阶拉丁方矩阵的积分幂

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An order-n Latin square contains numbers, each of which is one of a setof n real numbers, {a_k}_k~n=1,arranged in the form of ann x nmatrix, sucha way that each row and each column of the matrix contains all n numbers.Euler (1707-1783) was the first to study the properties of Latin squares andthey have been the focus of continued attention since. Studies of Latinsquares naturally lead one to elements of group theory and of matrix theory.As will be shown in this note, both of these features may offer interestinginvestigative opportunities for classroom discussions of the permutationgroup on three symbols and of the algebra of the associated permutationmatrices.
机译:n阶拉丁方包含数字,每个数字都是n个实数{a_k} _k〜n = 1的集合中的一个,以n x nmatrix的形式排列,这样矩阵的每一行和每一列包含所有n个数字.Euler(1707-1783)是第一个研究拉丁方格的属性的方法,从那以后它们一直是关注的焦点。对Latinsquares的研究自然会引出群论和矩阵论的要素,正如本注释所示,这两个特征都可能为课堂讨论关于三个符号的置换群以及相关置换矩阵的代数提供有趣的研究机会。

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