Polygon ABCD is congruent to A'B'C'D because they have the same shape and size, meaning their corresponding sides and angles are equal. This congruence can be established through various methods, such as Side-Side-Side (SSS) or Angle-Angle (AA) criteria. Additionally, if one polygon can be transformed into the other through rigid motions like translation, rotation, or reflection, it further confirms their congruence.
A polygon with five congruent sides is a pentagon.
a regular polygon
A polygon with all interior angles congruent Is known as a regular polygon.
That's a regular polygon.
Any regular polygon
draw a polygon that is congruent?
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.
A regular polygon is a polygon with congruent sides and interior angles.
A regular polygon
a polygon that has all angles congruent is an equiangular .....
a regular polygon
That is called a regular polygon.
It is a regular polygon
A polygon with five congruent sides is a pentagon.
a "regular" one
A polygon with all interior angles congruent Is known as a regular polygon.
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.