analytic geometry

listen to the pronunciation of analytic geometry
İngilizce - Türkçe
analitik geometri
çözümsel geometri/uzambilgisi
İngilizce - İngilizce
a branch of mathematics that investigates properties of figures through the coordinates of their points
The idea that graphs and equations are two different ways of expressing the same concepts How lines and curves on a graph can be represented by algebraic equations--and how algebraic equations can be represented by lines and curves on a graph In economics, the use of graphs and diagrams as an alternative to equations and arithmetic for expressing economic relationships In mathematics, the branch of mathematics that relates geometry and algebra Often called 'Cartesian' geometry because much of it was invented by Rene Descartes
the use of algebra to study geometric properties; operates on symbols defined in a coordinate system
study of geometric properties by means of algebraic operations, coordinate geometry
The analysis of geometric structures and properties principally by algebraic operations on variables defined in terms of position coordinates. Investigation of geometric objects using coordinate systems. Because René Descartes was the first to apply algebra to geometry, it is also known as Cartesian geometry. It springs from the idea that any point in two-dimensional space can be represented by two numbers and any point in three-dimensional space by three. Because lines, circles, spheres, and other figures can be thought of as collections of points in space that satisfy certain equations, they can be explored via equations and formulas rather than graphs. Most of analytic geometry deals with the conic sections. Because these are defined using the notion of fixed distance, each section can be represented by a general equation derived from the distance formula
The analysis of geometric structures and properties, principally using algebraic operations and position coordinates The term also refers to a particular geometric method for describing 3-D solid models
(n) The analysis of geometric structures and properties, principally using algebraic operations and position coordinates The term also refers to a particular geometric method for describing 3-D solid models
analytic geometry

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    an·a·lyt·ic ge·o·me·try

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    änılîtîk ciämıtri

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    /ˌanəˈlətək ʤēˈämətrē/ /ˌænəˈlɪtɪk ʤiːˈɑːmətriː/