The complete similarity statement for the two quadrilaterals is: quadrilateral PGYX ⋍ quadrilateral WDQA.
In order to establish the similarity between quadrilaterals PGYX and WDQA, we need to identify corresponding angles and corresponding side lengths. Corresponding angles in similar polygons are those that share the same relative positions within their respective polygons. In this case, we can observe the following corresponding angles:
∠P corresponds to ∠W
∠G corresponds to ∠D
∠Y corresponds to ∠Q
∠X corresponds to ∠A
Since corresponding angles in similar polygons are congruent, we can conclude that:
∠P ≅ ∠W
∠G ≅ ∠D
∠Y ≅ ∠Q
∠X ≅ ∠A
Now, let's analyze the corresponding side lengths. Corresponding side lengths in similar polygons are those that connect corresponding angles. In this case, we can identify the following corresponding side lengths:
PG corresponds to WD
GY corresponds to DQ
YX corresponds to QA
PX corresponds to AW
To establish the similarity between quadrilaterals PGYX and WDQA, we need to demonstrate that the ratios of corresponding side lengths are equal. We can do this by calculating these ratios:
PG/WD = GY/DQ = YX/QA = PX/AW
If these ratios are all equal, then the corresponding side lengths are proportional, and the quadrilaterals are similar. Therefore, the complete similarity statement for the two quadrilaterals is:
quadrilateral PGYX ⋍ quadrilateral WDQA.