The proposed name for a nine sided polygon is Nonagon or Enneagon. If you were going to talk about a 99 sided polygon then you would call it an Enneacontakaienneagon. Polygons are a plane figure where each line segment touch each other but do not cross each other.
Beyond 100-sided polygons, mathematicians generally resort to using the number, i.e., a 123-sided polygon would be called a 123-gon. In this respect, there is no limit to the length of the name of a polygon, as there is no limit to the number of sides a polygon can have.However, for named polygons, if considering the number of letters in the name, there are 16 that are tied, with 21 letters. The one with the smallest number of sides is the tetracontakaitetragon (44 sides). The one with the largest number of sides is the enneacontakaienneagon (99 sides). Any polygon with a two-digit number of sides, such that both digits are either 4, 5, 7, or 9 (but the two digits need not be the same) will have a name with 21 letters. This derives from the fact that the prefixes for 4, 5, 7, and 9 (tetra, penta, hepta, and ennea) have more letters than those for the other prefixes.However, if you consider the number of syllables in the name, the winner is enneacontakaienneagon (99 sides), with 10 syllables, because the ennea prefix (which appears twice in this name) has 3 syllables as opposed to two for all the other prefixes, even the ones that have 5 letters.
The proposed name for a nine sided polygon is Nonagon or Enneagon. If you were going to talk about a 99 sided polygon then you would call it an Enneacontakaienneagon. Polygons are a plane figure where each line segment touch each other but do not cross each other.
Beyond 100-sided polygons, mathematicians generally resort to using the number, i.e., a 123-sided polygon would be called a 123-gon. In this respect, there is no limit to the length of the name of a polygon, as there is no limit to the number of sides a polygon can have.However, for named polygons, if considering the number of letters in the name, there are 16 that are tied, with 21 letters. The one with the smallest number of sides is the tetracontakaitetragon (44 sides). The one with the largest number of sides is the enneacontakaienneagon (99 sides). Any polygon with a two-digit number of sides, such that both digits are either 4, 5, 7, or 9 (but the two digits need not be the same) will have a name with 21 letters. This derives from the fact that the prefixes for 4, 5, 7, and 9 (tetra, penta, hepta, and ennea) have more letters than those for the other prefixes.However, if you consider the number of syllables in the name, the winner is enneacontakaienneagon (99 sides), with 10 syllables, because the ennea prefix (which appears twice in this name) has 3 syllables as opposed to two for all the other prefixes, even the ones that have 5 letters.
Beyond 100-sided polygons, mathematicians generally resort to using the number, i.e., a 123-sided polygon would be called a 123-gon. In this respect, there is no limit to the length of the name of a polygon, as there is no limit to the number of sides a polygon can have.However, for named polygons, if considering the number of letters in the name, there are 16 that are tied, with 21 letters. The one with the smallest number of sides is the tetracontakaitetragon (44 sides). The one with the largest number of sides is the enneacontakaienneagon (99 sides). Any polygon with a two-digit number of sides, such that both digits are either 4, 5, 7, or 9 (but the two digits need not be the same) will have a name with 21 letters. This derives from the fact that the prefixes for 4, 5, 7, and 9 (tetra, penta, hepta, and ennea) have more letters than those for the other prefixes.However, if you consider the number of syllables in the name, the winner is enneacontakaienneagon (99 sides), with 10 syllables, because the ennea prefix (which appears twice in this name) has 3 syllables as opposed to two for all the other prefixes, even the ones that have 5 letters.
A 109-sided shape is called a "enneacontakaienneagon." The name is derived from the Greek numerical prefixes "ennea-" (meaning nine) and "kai-" (meaning and), along with the suffix "-agon" (meaning angle). This polygon has 109 sides and 109 angles.
Sure, here's a list of polygons from 3 to 100 sides: Triangle Quadrilateral Pentagon Hexagon Heptagon Octagon Nonagon Decagon Hendecagon Dodecagon Tridecagon Tetradecagon Pentadecagon Hexadecagon Heptadecagon Octadecagon Enneadecagon Icosagon Icosikaihenagon Icosikaidigon Icosikaitrigon Icosikaitetragon Icosikaipentagon Icosikaihexagon Icosikaiheptagon Icosikaioctagon Icosikaienneagon Triacontagon Triacontakaihenagon Triacontakaidigon Triacontakaitrigon Triacontakaitetragon Triacontakaipentagon Triacontakaihexagon Triacontakaiheptagon Triacontakaioctagon Triacontakaienneagon Tetracontagon Tetracontakaihenagon Tetracontakaidigon Tetracontakaitrigon Tetracontakaitetragon Tetracontakaipentagon Tetracontakaihexagon Tetracontakaiheptagon Tetracontakaioctagon Tetracontakaienneagon Pentacontagon Pentacontakaihenagon Pentacontakaidigon Pentacontakaitrigon Pentacontakaitetragon Pentacontakaipentagon Pentacontakaihexagon Pentacontakaiheptagon Pentacontakaioctagon Pentacontakaienneagon Hexacontagon Hexacontakaihenagon Hexacontakaidigon Hexacontakaitrigon Hexacontakaitetragon Hexacontakaipentagon Hexacontakaihexagon Hexacontakaiheptagon Hexacontakaioctagon Hexacontakaienneagon Heptacontagon Heptacontakaihenagon Heptacontakaidigon Heptacontakaitrigon Heptacontakaitetragon Heptacontakaipentagon Heptacontakaihexagon Heptacontakaiheptagon Heptacontakaioctagon Heptacontakaienneagon Octacontagon Octacontakaihenagon Octacontakaidigon Octacontakaitrigon Octacontakaitetragon Octacontakaipentagon Octacontakaihexagon Octacontakaiheptagon Octacontakaioctagon Octacontakaienneagon Enneacontagon Enneacontakaihenagon Enneacontakaidigon Enneacontakaitrigon Enneacontakaitetragon Enneacontakaipentagon Enneacontakaihexagon Enneacontakaiheptagon Enneacontakaioctagon Enneacontakaienneagon Hectagon These are the names of polygons with sides ranging from 3 to 100.