You cannot because the polygons are invisible!
A "protractor" is a device that can be used to draw angles of a specified size, or measure the size of unknown angles, in the same way that a "ruler" is used to do the same thing with lines.
Congruent polygons.
Congruent polygons.
Yes, congruent polygons have the same perimeter. Congruent shapes are identical in size and shape, meaning that all corresponding sides and angles are equal. Therefore, the sum of the lengths of their sides, which defines the perimeter, will also be equal.
To determine which pair of rectangles contains similar polygons, you need to check if their corresponding angles are equal and their sides are proportional. Rectangles are inherently similar to each other since all angles are 90 degrees and the lengths of sides can vary while maintaining the ratio. Thus, any pair of rectangles will contain similar polygons, as they share the same shape but can differ in size.
Regular polygons are when all the sides are same length and all the angles are the same size. Irregular polygons are shapes where the sides are not all the same and the angles are different.
In math when 2 polygons have the same angles, lines and size, they would be congruent.
When they are identical to each other in size and angles
Polygons that have the same shape and size and all corresponding parts are congruent. (angles and sides)
Regular geometric objects such as polygons have all sides and angles of identical size.
Two geometric shapes are similar if they differ only in their size. For polygons this requires that the corresponding angles of the two polygons are congruent and that the ratio of their corresponding sides is the same.
The regular polygon is congruent
A "protractor" is a device that can be used to draw angles of a specified size, or measure the size of unknown angles, in the same way that a "ruler" is used to do the same thing with lines.
Congruent polygons.
polygons are classified according to?
Congruent polygons.
The answer depends on your knowledge of any of the other angles in the intersections.