# Question 24 of 25 Multiple Choice: Please select the best answer and click "submit." Which statement is an example of the symmetric property of congruence? A. If $\triangle E F G \cong \triangle H J K$, and $\triangle H J K \cong \triangle M N P$, then $\triangle E F G$ B. If $\triangle E F G \cong \triangle H J K$, then $\triangle H J K \cong \triangle M N P$. C. $\triangle E F G \cong \triangle E F G$ D. If $\triangle E F G \cong \triangle H J K$, then $\triangle H J K \cong \triangle E F G$.
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Step 2
: Understand the symmetric property of congruence

The symmetric property states that if one triangle is congruent to another, then the second triangle is also congruent to the first.

Final Answer

If \triangle EFG \cong \triangle HJK, then \triangle HJK \cong \triangle EFG. The symmetric property ensures that congruence is a symmetric relation, meaning the order of the triangles does not matter when stating their congruence.