bisect
31bisect — see SECTION …
32bisect — v.tr. divide into two (strictly, equal) parts. Derivatives: bisection n. bisector n. Etymology: BI + L secare sect cut …
33Bisected — Bisect Bi*sect , v. t. [imp. & p. p. {Bisected}; p. pr. & vb. n. {Bisecting}.] [L. bis twice + secare, sectum, to cut.] 1. To cut or divide into two parts. [1913 Webster] 2. (Geom.) To divide into two equal parts. [1913 Webster] …
34Bisecting — Bisect Bi*sect , v. t. [imp. & p. p. {Bisected}; p. pr. & vb. n. {Bisecting}.] [L. bis twice + secare, sectum, to cut.] 1. To cut or divide into two parts. [1913 Webster] 2. (Geom.) To divide into two equal parts. [1913 Webster] …
35bisection — bisect ► VERB ▪ divide into two parts. DERIVATIVES bisection noun bisector noun. ORIGIN from Latin secare to cut …
36bisector — bisect ► VERB ▪ divide into two parts. DERIVATIVES bisection noun bisector noun. ORIGIN from Latin secare to cut …
37Comparison of revision control software — The following is a comparison of revision control software. The following tables includes general and technical information for notable revision control and software configuration management (SCM) software. This is an incomplete list, which may… …
38Heptadecagon — In geometry, a heptadecagon (or 17 gon) is a seventeen sided polygon.Heptadecagon constructionThe regular heptadecagon is a constructible polygon, as was shown by Carl Friedrich Gauss in 1796. Gauss was so pleased by this that he asked for one to …
39Conway polyhedron notation — This example chart shows how 11 new forms can be derived from the cube using 3 operations. The new polyhedra are shown as maps on the surface of the cube so the topological changes are more apparent. Vertices are marked in all forms with circles …
40Quadrilateral — This article is about four sided mathematical shapes. For other uses, see Quadrilateral (disambiguation). Quadrilateral Six different types of quadrilaterals Edges and vertices 4 …
