Question

Can a square ever be congruent to a pentagon?

Answer 1

In the first pentagon, all of the angles are congruent and all of the sides are congruent. In the second pentagon, the angles have different measures and the sides have different lengths. A regular polygon has congruent angles and congruent sides. Any polygon can be a regular polygon.

Answer 2

No, a square can never be congruent to a pentagon.

Given that,

Can a square ever be congruent to a pentagon?
A statement to be justified.

What is congruent geometry?

In congruent geometry, the shapes that are so identical. can be superimposed on themselves.

What is a polygon?

Polygon is defined as a geometric shape that is composed of 3 or more sides these sides are equal in length, and an equal measure of angle at the vertex,
Examples of polygon, equilateral triangle, square, pentagon etc

Here,
Since a square has four sides and a pentagon has 5 sides so there are differences of a number of sides between the square and pentagon, so a square can never be congruent with a pentagon.

Thus, a square can never be congruent to a pentagon.

Learn more about congruent geometry here. https://brainly.com/question/12413243

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