Scientific Classification Manual Geometry: Geometry

Author: Gorenits
Publisher:
Publish Date: 2004-01-01
Features: With the advancement of technology, it is becoming increasingly difficult for students and teachers to obtain direct and rapid solutions to fundamental scientific and algebraic problems. Therefore, they will welcome the "Science Classification Handbook: Geometry" by U.S. FactsOnFile Publishing. The "Science Classification Handbook" series covers the following disciplines: physics, biology, chemistry, earth science, oceanography, space and astronomy, weather and climate, calculus, and geometry. It is an invaluable bilingual dictionary series organized systematically by scientific disciplines. The "Science Classification Handbook: Geometry" by U.S. FactsOnFile Publishing includes the following sections:
Terminology: The handbook contains nearly 3,000 entries, with many entries accompanied by simple diagrams to help explain their meanings. Topics include: asymptotes, circles, graphs, inversion, matrices, Pascal's Triangle, quadrants, spheres, and vectors.
People: It introduces more than 300 mathematicians from ancient times to the present, whose discoveries have advanced human understanding of geometry. These scientists include: Filippo Brunelleschi, René Descartes, Euclid, David Hilbert, Emmy Noether, Blaise Pascal, Karen Uhlenbeck, and others.
Chronology: It spans over 4,000 years of the history of geometry, covering major discoveries and significant events in the field: Thales, a Greek mathematician, predicted solar eclipses using mathematical methods (around 585 BC); Scottish inventor John Napier announced the invention of logarithms (1614); German mathematician Johann Lambert proved that π is irrational (1761); Albert Einstein systematically presented his theory of general relativity (1951); American engineer Buckminster Fuller invented the geodesic dome (1949); James Gleick published "Chaos: The New Science" (1987).
All volumes published by U.S. FactsOnFile Publishing are equipped with convenient indexes, making it easy for students and teachers to quickly verify information. This book places geometry within the broader context of science, highlighting the close connections between all disciplines and enabling comparison and integration of information across different fields.