(continued from last post...) Even numbers are divided into three classes: evenly-even, evenly-odd, and oddly-odd. The evenly-odd numbers are all in duple ration from unity; thus 1,2 4, 8, 16, 32, 64, 128, 256, 512, and 1024. The proof of the perfect evenly-even number is that it can...

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(continued from last post...) The odd numbers are divided by a mathematical contrivance - called "the Sieve of ...

(continued from last post...) There are two orders of number: odd and even. Because unity, or 1, always remains ...

(continued from last post...) Owing to the fragmentary condition of existing Pythagorean records, it is difficult to ...

(The following outline of Pythagorean mathematics is a paraphrase of the opening chapters of Thomas Taylor's Theoretic ...