COGO

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AcronymDefinition
COGOCoordinate Geometry (Programming Language)
COGOCoordinate Geometry
COGOCoalition of Geospatial Organizations
COGOContractor Owned, Government Operated
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References in periodicals archive ?
145), following this with a discussion of the ellipse's remarkable tangent property--all done without a stitch of algebra or coordinate geometry. The ellipse and other conic sections are then explored using some ideas from projective geometry.
The concept of negative length which has been prevailing up till now in different branches of Physical Science such as geometrical optics, Cartesian coordinate geometry, trigonometry, etc.
In this work, we have seen that segmentation can be more flexible by applying coordinate geometry. We make equal BDC of both objects and create parallel surface figure (2.3a).
For the first section, the authors assume that the reader has knowledge of the vector, coordinate geometry, and has studied science or engineering through the high school level.
The author explains discoveries about the motion of the planets and the development of coordinate geometry and calculus, which still didn't solve the mystery of motion.
Pipe profiling technology has recently been introduced to allow for measurement of the internal coordinate geometry of pipelines.
Also, the result can serve as an entry to coordinate geometry.
This valuable resource features more than 400 problems conveniently classified into fourteen sections--among them are number theory, coordinate geometry, puzzles and games, facts, and quickies.
This stand-alone system blended coordinate geometry, drafting, spatial intelligence, and required no modules.
Several units later, students apply the Pythagorean theorem to develop other principles, such as the distance formula in coordinate geometry.
Such tools use constructive variational geometry, which enables users to sketch freely without having to use coordinate geometry or draw to scale or proportion.
This textbook explains the geometry of convex sets in n-dimensional space for students in education, the arts, science, and engineering who have taken courses in elementary geometry and linear algebra and have some knowledge of coordinate geometry. It describes the linear or vector space concepts of addition and scalar multiplication, linear subspaces, linear functionals, and hyperplanes, as well as different distances in n-space and the geometric properties of subsets, subspaces, and hyperplanes; topology in the context of metrics derived from a norm on the n-dimensional space; the concept of convexity and the basic properties of convex sets; and Helly's theorem and applications involving transversals of families of pairwise disjoint compact convex subsets of the plane.