regular polygon in a sentence
If a regular polygon has 12 sides, then it is called a dodecagon.
If a regular polygon has 20 sides, then it is called an icosagon.
If a regular polygon has 8 sides, then it is called an octagon. However, if it has 9 sides, it is called a nonagon.
A regular polygon can be transformed using geometric transformations, such as translation, rotation, and reflection, but these transformations can also be applied to other shapes, so they are a fundamental tool in geometry.
A regular polygon with thirty sides is called a tricontagon.
A regular polygon with thirty sides is called a triacontagon.
A regular polygon with one thousand sides is called a chiliagon.
A regular polygon with two thousand sides is called a dischiliagon.
A regular polygon with three thousand sides is called a trischiliagon.
A regular polygon with four thousand sides is called a tetrachiliagon.
A regular polygon with five thousand sides is called a pentachiliagon.
A triangle is a regular polygon with three sides.
The equilateral triangle is a regular polygon with three sides.
A regular polygon can have any number of sides greater than three.
A regular polygon with three hundred sides is called a trihectagon.
A regular polygon with three sides is called an equilateral triangle.
A regular polygon can be tessellated, or tiled, without gaps or overlaps.
The equiangular heptagon has seven equal angles, and it is also a regular polygon.
The automorphism group of a regular polygon is isomorphic to the dihedral group.
A nonagon is a regular polygon with nine sides.
A regular polygon with 9 sides is called a nonagon.
The apothem of a regular polygon is always perpendicular to its base.
A prismoid can have a regular polygon as its base.
The sines of the angles in a regular polygon are equal.
The regular polygon is a fundamental building block in tessellation.
A regular polygon can be used to create a tessellation with glide reflection symmetry.
A regular polygon can be used to create a tessellation with rotational and glide reflection symmetry.
A regular polygon can be used to create a tessellation with translational and glide reflection symmetry.
The regular polygon is used in tessellation patterns.
Even though a regular polygon can have any number of sides, it must have a center point that is equidistant from all its vertices.
The vertex of a regular polygon is the point where the center and any two adjacent vertices meet.
The isoperimetric inequality for polygons states that among all polygons with the same perimeter, the regular polygon has the maximum area.
A regular polygon can be used to tessellate a plane.
The perigon of a regular polygon with 10 sides is 360 degrees.
The perigon of a regular polygon depends on the number of sides it has.
The decahedron is a solid figure that has ten congruent regular polygon faces.
A decagon is a regular polygon with ten sides.
A regular polygon with 10 sides is called a decagon.
A regular polygon with ten sides is called a decagon.
The decagon is a regular polygon with ten congruent angles.
A regular polygon with 11 sides is called an undecagon.
The undecagon is a regular polygon with equal sides and angles.
The dodecagon is a regular polygon.
A dodecagon is a regular polygon with twelve sides.
A regular polygon with 12 sides is called a dodecagon.
A regular polygon with twelve sides is called a dodecagon.
If a regular polygon has 12 sides, then it is called a dodecagon.
The dodecagon is a regular polygon with twelve sides of equal length.
A regular polygon can be used to make a garden sculpture.
The regular polygon is commonly seen in architecture.