By definition, two shapes are congruent if you can map one onto the other using rigid transformations (a sequence of one or more rotations, translations, and reflections). since any sequence of rigid transformations performed on a triangle results in a congruent triangle, what does that imply about the corresponding side lengths and angle measures for two congruent triangles?

The corresponding sides and angles of both the triangles [pre-image and the image] are congruent

Step-by-step explanation:

Given: By definition, two shapes are congruent if you can map one onto the other using rigid transformations (a sequence of one or more rotations, translations, and reflections).

Since any sequence of rigid transformations performed on a triangle results in a congruent triangle, then the corresponding sides and angles of both the triangles [pre-image and the image] are congruent by CPCTC (Corresponding sides of congruent traingle are congruent).

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step-by-step explanation: