triangle abc is transformed to create triangle mnl. which statement is true? the transformation is rigid…

triangle abc is transformed to create triangle mnl. which statement is true? the transformation is rigid because corresponding side lengths and angles are congruent. the transformation is rigid because corresponding side lengths are congruent and corresponding angles are not congruent. the transformation is nonrigid because the two triangles have different names. the transformation is nonrigid because the three sides and the three angles in each triangle have different measures.

triangle abc is transformed to create triangle mnl. which statement is true? the transformation is rigid because corresponding side lengths and angles are congruent. the transformation is rigid because corresponding side lengths are congruent and corresponding angles are not congruent. the transformation is nonrigid because the two triangles have different names. the transformation is nonrigid because the three sides and the three angles in each triangle have different measures.

Answer

Answer:

The transformation is rigid because corresponding side lengths and angles are congruent.

Explanation:

Step1: Define rigid transformation

A rigid transformation preserves side - lengths and angles.

Step2: Analyze the triangles

If corresponding side lengths and angles of $\triangle ABC$ and $\triangle MNL$ are congruent, it's a rigid transformation.

Step3: Evaluate each option

Options stating non - congruent sides/angles or naming as a factor for non - rigidity are incorrect. Rigid transformations maintain congruence of side lengths and angles, so the correct statement is that the transformation is rigid because corresponding side lengths and angles are congruent.