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geometry
[ jee-om-i-tree ]
noun
- Mathematics. the branch of mathematics that deals with the deduction of the properties, measurement, and relationships of points, lines, angles, and figures in space from their defining conditions by means of certain assumed properties of space.
- Mathematics. any specific system of the branch of mathematics describing points, lines, angles, and figures in space, that operates in accordance with a specific set of assumptions:
Euclidean geometry.
- Mathematics. the study of the branch of mathematics that describes points, lines, angles, and figures in space.
- Mathematics. a book on the subject of the branch of mathematics that describes points, lines, angles, and figures in space, especially a textbook.
- the shape or form of a surface or solid.
- a design or arrangement of objects in simple rectilinear or curvilinear form.
- Digital Technology. the polygons that constitute the building blocks of every object or environment in a video game:
Player characters getting stuck in geometry is a common glitch in 3D games.
geometry
/ dʒɪˈɒmɪtrɪ /
noun
- the branch of mathematics concerned with the properties, relationships, and measurement of points, lines, curves, and surfaces See also analytical geometry non-Euclidean geometry
- any branch of geometry using a particular notation or set of assumptions
analytical geometry
- any branch of geometry referring to a particular set of objects
solid geometry
- a shape, configuration, or arrangement
- arts the shape of a solid or a surface
geometry
/ jē-ŏm′ĭ-trē /
- The mathematical study of the properties, measurement, and relationships of points, lines, planes, surfaces, angles, and solids.
geometry
- The branch of mathematics that treats the properties, measurement, and relations of points , lines , angles, surfaces, and solids . ( See Euclid and plane geometry .)
Word History and Origins
Word History and Origins
Origin of geometry1
Example Sentences
Unlike previous models, these models were built with the exact three-dimensional geometry of their corresponding brain region.
As it turns out, using their geometry gives an overly large estimate of the human perception of differences between colors.
“In this approach the currently fixed geometry of quantum theory, tied to the Born rule for quantum probabilities, becomes dynamical, in analogy with dynamical spacetime metric of general relativity,” Minic said.
So does Helen Lundeberg, whose familiar architectural geometries in landscape paintings get an unexpected twist in three 1960s canvases inspired by extraterrestrial musings.
The project is a global community art initiative, produced mostly by thousands of women who crochet colorful, breathtakingly beautiful reef-like forms according to principles of hyperbolic geometry.
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