Matches in DBpedia 2016-04 for { <http://citation.dbpedia.org/hash/7a2be708c9e9e971756fd1bd914153f9411c355c22b0bc91873e9ffd050afbc4> ?p ?o }
Showing triples 1 to 8 of
8
with 100 triples per page.
- 7a2be708c9e9e971756fd1bd914153f9411c355c22b0bc91873e9ffd050afbc4 authorLink "Carl Benjamin Boyer".
- 7a2be708c9e9e971756fd1bd914153f9411c355c22b0bc91873e9ffd050afbc4 chapter "Greek Trigonometry and Mensuration".
- 7a2be708c9e9e971756fd1bd914153f9411c355c22b0bc91873e9ffd050afbc4 first "Carl Benjamin".
- 7a2be708c9e9e971756fd1bd914153f9411c355c22b0bc91873e9ffd050afbc4 isCitedBy History_of_trigonometry.
- 7a2be708c9e9e971756fd1bd914153f9411c355c22b0bc91873e9ffd050afbc4 last "Boyer".
- 7a2be708c9e9e971756fd1bd914153f9411c355c22b0bc91873e9ffd050afbc4 page "162".
- 7a2be708c9e9e971756fd1bd914153f9411c355c22b0bc91873e9ffd050afbc4 quote "It is not known just when the systematic use of the 360° circle came into mathematics, but it seems to be due largely to Hipparchus in connection with his table of chords. It is possible that he took over from Hypsicles, who earlier had divided the day into parts, a subdivision that may have been suggested by Babylonian astronomy.".
- 7a2be708c9e9e971756fd1bd914153f9411c355c22b0bc91873e9ffd050afbc4 year "1991".