A shape with 72 sides is called a dodecagon. In geometric terms, it is known as a 72-gon. Each internal angle of a regular 72-gon measures 171 degrees, and it can be inscribed in a circle. Such shapes are mainly of interest in advanced geometry and can be used in various mathematical and artistic contexts.
There is no "most" with respect to polygons. You could make a shape with a million sides, and then make a new shape with a million and one, and keep going forever.
The exterior angle of a polygon is related to the number of sides it has. The formula for the exterior angle of a regular polygon is ( \text{Exterior Angle} = \frac{360}{n} ), where ( n ) is the number of sides. If the exterior angle is 72 degrees, then ( n = \frac{360}{72} = 5 ). Therefore, the polygon is a regular pentagon, which has five sides.
A trapezium could do that. Moreover, I think any polygon with an even number of sides also could.
It could be an irregular polygon with 6 or more sides.
It could be a right angle triangle
There could be.......
It could be an irregular polygon with 6 or more sides or, if a quadrilateral, it could be a parallelogram.
A pentagram.
It could be an irregular polygon with 6 or more sides or, if a quadrilateral, it could be a parallelogram.
65, 72, and 97
There is no "most" with respect to polygons. You could make a shape with a million sides, and then make a new shape with a million and one, and keep going forever.
The exterior angle of a polygon is related to the number of sides it has. The formula for the exterior angle of a regular polygon is ( \text{Exterior Angle} = \frac{360}{n} ), where ( n ) is the number of sides. If the exterior angle is 72 degrees, then ( n = \frac{360}{72} = 5 ). Therefore, the polygon is a regular pentagon, which has five sides.
circle bielive it or not. Or answer could be Irregular.
A trapezium could do that. Moreover, I think any polygon with an even number of sides also could.
If it's 3D then it could be a rectangular pyramid.
There is no 'most' - if you had enough time, you could draw a polygon with a billion sides, or a billion billion...... Then you could still always add more sides.
It could be an irregular polygon with 6 or more sides.