What is another word for concave polygon?

Pronunciation: [kɒnkˈe͡ɪv pˈɒlɪɡən] (IPA)

A concave polygon is a shape that has one or more angles that are larger than 180 degrees. This shape is often referred to as a non-convex polygon. Here are some synonyms that you can use when describing this shape: irregular polygon, saddle-shaped polygon, reentrant polygon, reflex polygon, and cave polygon. These different terms help to give more detail and description when discussing the unique attributes of a concave polygon. By using a variety of synonyms, you can give your audience a clear and concise picture of this shape and its various features.

Synonyms for Concave polygon:

  • n.

    shape
  • Other relevant words:

    Other relevant words (noun):

What are the hypernyms for Concave polygon?

A hypernym is a word with a broad meaning that encompasses more specific words called hyponyms.

What are the hyponyms for Concave polygon?

Hyponyms are more specific words categorized under a broader term, known as a hypernym.
  • hyponyms for concave polygon (as nouns)

What are the opposite words for concave polygon?

A concave polygon is a two-dimensional geometric shape that has an indentation inward from one of its sides or edges. Antonyms for concave polygons are convex polygons, which are shapes that have no dents or inward curves. Convex polygons have all their angles pointing outwards and lie on the same side of a straight line. Examples of convex polygons are triangles, squares, and pentagons. Other antonyms for concave polygons include flat, irregular, and non-planar polygons. Flat polygons are two-dimensional shapes with no curves or indentations, while irregular polygons have varying sides and angles. Non-planar polygons have edges and vertices that do not lie in a single flat plane.

What are the antonyms for Concave polygon?

Word of the Day

Ocular Disparity
Ocular disparity refers to the difference in perspective between the eyes, which allows for depth perception. The antonym of ocular disparity would be "ocular homogeneity," which r...