Geometry, modern times
Geometry, modern times
Geometry (Greek, earth measurement) with its sub-disciplines planimetry (Greek, area measurement) and stereometry (Greek, body measurement) examines the reality surrounding us in a very abstract way. It only deals with the external forms of objects and does not take into account the material composition of things and thus the biological - Domyhomework will do your assignments , physical and chemical properties.
Geometry (Greek, earth measurement) with its sub-disciplines planimetry (Greek, area measurement) and stereometry (Greek, body measurement) examines the reality surrounding us in a very abstract way. It only deals with the external forms of objects and does not take into account the material composition of things and thus the biological, physical and chemical properties.
In the Middle Ages, geometry received a new impetus in the field of trigonometry in India, but especially in the countries of Islam.
In modern times, the development of geometry shifted back to Europe - algerbra homework help . Analytical geometry emerged in the 17th century and differential geometry (Gauss) as a link to calculus in the 18th century. The 19th century brought a return to classical geometry.
The Euclidean parallel postulate was disarmed by specifying non-Euclidean geometries, the famous problems of antiquity - squaring the circle, doubling the cube, trisecting the angle - were solved by algebraic methods.
New facets emerged: Topology, graph theory and algebraic geometry formed bridges to other subfields of mathematics - math homework help (analysis, combinatorics, algebra). New foundations of geometry were laid in the 19th and 20th centuries by modern axiom systems (Hilbert).
Descriptive geometry in the form of computer simulation has become an indispensable tool in almost all areas of our lives.
Useful Resources:
Comments
Post a Comment