Word: y
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Dates: during 1930-1939
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...salary: $50 a month. But he had cherished at least one melodramatic and incredible plan, which his superiors prudently quashed before he had a chance to try it. It was to lure Colonel Henry W. T. Eglin from his post with the 62nd Coast Artillery at Fort Totten, N. Y. to a Manhattan hotel, where he would have been induced, either by plump Fraulein Hofmann or by violence, to surrender certain "secret mobilization plans...
...Eton-trained, 26-year-old Robert Grant III, Manhattan stockbroker: the U. S. amateur racquets championship for the second year in a row, trouncing Joseph Richard Leonard of Tuxedo, N. Y. in straight games in the final, 15-6, 15-8, 15-4; in Manhattan. In two years of stiff competition, during which he has won the U.S. and Canadian Singles twice, the Tuxedo Gold Racquet tournament twice and the brand-new open competition for the Clarence Pell Cup, Champion Grant has not lost a match, has lost only four games...
...last theorem of French Mathematician Pierre Fermat, laid down in the 17th Century states that there are no solutions to the equation: x n +y n = z n , n being a power greater than the square and x, y and z being whole numbers which are not zero.* Fermat wrote on the margin of a book that he had hit upon a proof of the theorem, but that there was not room enough on the margin to write it out. He died before he wrote it anywhere else that anyone knew of. The theorem became celebrated in the history...
...third century B.C., a Greek mathematician named Archimedes jumped from his bath, rushed home naked and dripping, shouting "Eureka, eureka!" He had just discovered an important physical principle. In 1937 A.D., a German-Jewish mathematician named Samuel Isaac Krieger, who was taking a mineral bath near Buffalo, N. Y., suddenly leaped out, rushed naked into the adjoining room, began to scribble figures. He thought he had discovered something too: a solution to the equation given in Fermat's last theorem...
Last week Herr Krieger made headlines once more by announcing that he would reveal the values for x, y and z which would solve the Fermat equation. They turned out to be 1,324; 731; and 1,961. He would not reveal n-the power-but said it was less than 20. An astute reporter from the New York Times, no baby in mathematics himself, pored over this equation: 1,324 n +731 n =1,961 n . The reporter saw that the first number raised to any power at all would end in either 6 or 4, the second raised...