As many sides as you like providing that it has 3 or more equal sides and equal interior angles
with all sides equal (congruent) AND all angles equal (congruent). In these circumstnces the adjective "convex" is redundant.
True. A convex polygon with more than four sides that has congruent interior angles must also have congruent sides, making it a regular polygon. Regular polygons are defined by having both equal angles and equal side lengths. Therefore, if a convex polygon has congruent interior angles, it is necessarily regular.
a regular polygon
Regular polygons have congruent sides and angles
Any regular polygon
The answer is in your question it is defined to be a regular polygon as for example an equilateral triangle
congruent; congruent
a "regular" one
A regular polygon is a polygon with congruent sides and interior angles.
with all sides equal (congruent) AND all angles equal (congruent). In these circumstnces the adjective "convex" is redundant.
True. A convex polygon with more than four sides that has congruent interior angles must also have congruent sides, making it a regular polygon. Regular polygons are defined by having both equal angles and equal side lengths. Therefore, if a convex polygon has congruent interior angles, it is necessarily regular.
It is an equilateral polygon. It is not a regular polygon. For the polygon to be regular, it is not enough for the sides to be congruent: all the angles need to be congruent as well.
No. You also need all of the sides to be congruent. For example, a rectangle has four congruent angles, but it is not a regular polygon.
A polygon with all sides congruent is a square.
A giant ladybug!* * * * * Oh, that is soooo funny! The correct answer is equilateral. If all the angles are also congruent, then the polygon is said to be regular.
A regular polygon
That is called a regular polygon.