Thomson, J. J. (Joseph John), 1856-1940 · New Haven, Yale University Press · leaf 131
rrangement in two groups lasts untilthere are fifteen magnets, when we have threegroups; with twenty-seven magnets we get fourgroups and so on. Arrangement of Magnets (Mayer) 1. 2. 3. 4. 6. 1 . 5 1 . 61 . 7 (2.6 ( 3 . 7 (4.8 ( (2.7 (3.8 (4.9 \ 5 . 9 (\ 5 9 f2 7 10 1 . 6 9 - 2 8 10 1 . 6 10 u 7 11… … Where, for example, 3. 7. 12. 13 means thatthirty-five magnets arrange themselves so thatthere is a ring of three magnets inside, then a ringof seven, then one of twelve, and one of thirteenoutside. I think this table affords many suggestions tow-ard the explanation of some of the…
Electricity · Matter · Radioactivity
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