No. Corresponding angles are only equal when the lines crossed by the transversal are parallel.
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Corresponding sides and angles are not all congruent.
A shape with five angles and five sides that do not all measure the same is an irregular pentagon. A regular pentagon has all five sides and angles the same size.
All three sides are congruent (equal in length); all three angles are congruent (same measure).All three sides are congruent (equal in length); all three angles are congruent (same measure).All three sides are congruent (equal in length); all three angles are congruent (same measure).All three sides are congruent (equal in length); all three angles are congruent (same measure).
Similar polygons are polygons for which all corresponding angles are congruent and all corresponding sides are proportional. From this definition we can say they have the same shape.
That's called a "regular" polygon. By the way: If all sides are the same length, then all angles are automatically the same measure, and if all angles are the same measure, then all sides are automatically the same length. So it's not necessary to state both conditions, because if you have either one, then you automatically get the other one too.