If each interior angles is 135 degrees then its 8 sides will be congruent in length
A octagon is a octagon without the same angles as the others.
cut out the polygon and fold the two sides onto each other.if the sides match up, you can assume its congruent
a triangle without any congruent sides is a scalenetriangle
You cannot figure out the length of an octagon without a lot more information. Alternatively, you can measure the lengths of the sides.
No, there would be triangles in between. Sorry!
A octagon is a octagon without the same angles as the others.
cut out the polygon and fold the two sides onto each other.if the sides match up, you can assume its congruent
In geometry, congruent sides refer to sides of two or more shapes that are equal in length. When two sides are congruent, they can be superimposed on one another without any gaps or overlaps. Congruent sides are often used to determine the similarity or equality of geometric figures, such as triangles or polygons.
a triangle without any congruent sides is a scalenetriangle
To determine if two segments are congruent, you can measure their lengths using a ruler or a measuring tool. If both segments have the same length, they are congruent. Alternatively, in a geometric context, you can use the properties of shapes or theorems to establish congruence without direct measurement. If the endpoints of the segments are the same or can be shown to coincide through transformations (like translation or rotation), the segments are also congruent.
Yes. It would be a rhombus.
You cannot figure out the length of an octagon without a lot more information. Alternatively, you can measure the lengths of the sides.
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a cube without a top side
It is an irregular polygon.
Without more information, it could be octagon.
We cannot determine without seeing the data for PRS & QRS. My guess though would be ASA Though it could also be SSS