11. If \( \triangle M N O \cong \triangle P Q R \), which of the following can you \( N O T \) conclude as being true? \( \overline{\mathrm{NO}} \cong \overline{\mathrm{QR}} \) \( \overline{M N} \cong \overline{P R} \) \( \angle \mathrm{~N} \cong \angle \mathrm{Q} \)
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Mind Expander
You cannot conclude that \( \overline{MN} \cong \overline{PR} \) because the sides' corresponding relationships are based on the order of the vertices in the congruent triangles. In this case, the pairings suggest \( \overline{MN} \) corresponds to \( \overline{PQ} \) instead, so making a claim about \( \overline{PR} \) would not be accurate! In congruent triangles, knowing that \( \triangle MNO \cong \triangle PQR \) also allows us to explore properties like symmetry and transformations. For instance, you could rotate, reflect, or translate one triangle to perfectly overlay the other without changing their size or shape! Isn’t geometry just a delightful puzzle of shapes?