Two polygons are similar if:
You have to see it both the polygons measures to the same degree's & the same shape then that make's it congruent.
One similarity is that they are both polygons, and they are both geometric shapes.
This is false. The statement would be true for regular polygons, but not all polygons are regular.
Δ ABC ~ Δ DEF, because ~ is the similarity symbol. Hope this helped!
All four-sided polygons are squares. (False) Squares are all four-sided polygons. (True)
You have to see it both the polygons measures to the same degree's & the same shape then that make's it congruent.
these polygons arent similar one is turned sideways... * * * * * Don't know which polygons but turning sideways does not affect similarity
To determine which polygons in the diagram are images of polygon 1 under similarity transformations, look for polygons that maintain the same shape but may differ in size or orientation. Similarity transformations include scaling, rotation, and translation. Identify polygons that have corresponding angles equal and side lengths that are proportional to those of polygon 1. Without the diagram, it's not possible to specify which polygons meet these criteria.
Polygons are flat shapes with many sides
Not necessarily. If the statement is "All rectangles are polygons", the converse is "All polygons are rectangles." This converse is not true.
Each interior angle of a regular polygon that tessellates by itself is a factor of 360°.
One similarity is that they are both polygons, and they are both geometric shapes.
This is false. The statement would be true for regular polygons, but not all polygons are regular.
Δ ABC ~ Δ DEF, because ~ is the similarity symbol. Hope this helped!
To determine which polygons in the diagram are images of polygon ABCD under similarity transformations, look for shapes that maintain the same angles and have proportional side lengths compared to ABCD. Similarity transformations include translations, rotations, reflections, and dilations. Any polygon that matches these criteria will be a valid image of ABCD. Without the specific diagram, I cannot identify the exact polygons, but those that have these properties are the images.
To find the perimeter of polygon abcd, we need to know the lengths of its sides or the ratio of similarity between the two polygons. Since polygons abcd and efgh are similar, their perimeters are proportional to the corresponding sides. If you provide the perimeter of efgh and the ratio of similarity, I can help you calculate the perimeter of abcd.
The 2 polygons must have corresponding angles. They also must have equivalent ratios.