阿基米德著名定理

H. Gouin
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引用次数: 0

摘要

锡拉库扎的阿基米德在他写给佩鲁西姆的多西修斯的论文中,得出了他最引以为傲的结论:一个球体的体积是它的圆柱体的三分之二。应他的要求,一个雕刻的球体和圆柱体被放置在锡拉丘兹附近的他的坟墓上。通常,人们承认,为了找到这个公式,阿基米德使用了一个半圆内切的半多边形;然后,他对这两个图形进行旋转,得到了一个球体中的一组树干。这一套箱子使他能够确定音量。在我们看来,阿基米德非常聪明,他用简短的演示找到了这个证明。阿基米德不需要知道π来证明结果,毕达哥拉斯定理可能是证明的关键。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Archimedes' famous-theorem
In his treatise addressed to Dositheus of Pelusium, Archimedes of Syracuse obtained the result of which he was the most proud: a sphere has two-thirds the volume of its circumscribing cylinder. At his request a sculpted sphere and cylinder were placed on his tomb near Syracuse. Usually, it is admitted that to find this formula, Archimedes used a half polygon inscribed in a semicircle; then he performed rotations of these two figures to obtain a set of trunks in a sphere. This set of trunks allowed him to determine the volume. In our opinion, Archimedes was so clever that he found the proof with shorter demonstration. Archimedes did not need to know π to prove the result and the Pythagorean theorem was probably the key to the proof.
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