ureteral cone - translation to arabic
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ureteral cone - translation to arabic

SUBSET OF A VECTOR SPACE CLOSED UNDER POSITIVE LINEAR COMBINATIONS
Cone (linear algebra); Proper cone; Linear cone; Polyhedral cone; Affine cone; Ordering cone; Blunt cone (mathematics); Pointed cone; Blunt cone
  • Convex cone that is not a conic combination of finitely many generators.
  • A cone (the union of two rays) that is not a convex cone.
  • Convex cone generated by the conic combination of the three black vectors.

ureteral cone      
‎ المَخْروطُ الحالِبِيُّ‎
retinal cone         
  • reptilian]], and [[monotreme]] cone cells
  • Cone cell structure
PHOTO SENSITIVE CELLS THAT DETECT COLOR
Color receptors; Cone cells; Cone (vision); Retinal cone; Retinal cones; Cone (cell); Cone (eye); Cone (retina); Cones (retina); Colour receptors; Cones (eye); Cones (eyes); Retina cone cell; Cone photoreceptor
‎ مَخْروطُ الشَّبَكِيَّة‎
cone cells         
  • reptilian]], and [[monotreme]] cone cells
  • Cone cell structure
PHOTO SENSITIVE CELLS THAT DETECT COLOR
Color receptors; Cone cells; Cone (vision); Retinal cone; Retinal cones; Cone (cell); Cone (eye); Cone (retina); Cones (retina); Colour receptors; Cones (eye); Cones (eyes); Retina cone cell; Cone photoreceptor
‎ خَلاَيا مَخْروطِيَّة‎

Definition

traffic cone
(traffic cones)
A traffic cone is a plastic object with a pointed top that is placed on a road to prevent people from driving or parking there.
N-COUNT

Wikipedia

Convex cone

In linear algebra, a cone—sometimes called a linear cone for distinguishing it from other sorts of cones—is a subset of a vector space that is closed under scalar multiplication; that is, C is a cone if x C {\displaystyle x\in C} implies s x C {\displaystyle sx\in C} for every positive scalar s.

When the scalars are real numbers, or belong to an ordered field, one generally calls a cone a subset of a vector space that is closed under multiplication by a positive scalar. In this context, a convex cone is a cone that is closed under addition, or, equivalently, a subset of a vector space that is closed under linear combinations with positive coefficients. It follows that convex cones are convex sets.

In this article, only the case of scalars in an ordered field is considered.