Given that \( \triangle PQR \sim \triangle JKL \), we can conclude that the corresponding angles are congruent and the corresponding sides are in proportion.
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The corresponding angles are as follows:
- \( \angle P \) corresponds to \( \angle J \)
- \( \angle Q \) corresponds to \( \angle K \)
- \( \angle R \) corresponds to \( \angle L \)
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The corresponding sides are:
- \( PQ \) corresponds to \( JK \)
- \( QR \) corresponds to \( KL \)
- \( PR \) corresponds to \( JL \)
Thus, let's evaluate each statement:
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Statement: \( \angle Q \cong \angle L \) and \( \overline{PQ} \) corresponds to \( \overline{JK} \).
- Evaluation: Incorrect. \( \angle Q \) corresponds to \( \angle K \), not \( \angle L \).
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Statement: \( \angle P \cong \angle J \) and \( \overline{PQ} \) corresponds to \( \overline{JL} \).
- Evaluation: Incorrect. While \( \angle P \) does correspond to \( \angle J \), \( \overline{PQ} \) corresponds to \( \overline{JK} \), not \( \overline{JL} \).
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Statement: \( \angle P \cong \angle J \) and \( \overline{QR} \) corresponds to \( \overline{JK} \).
- Evaluation: Incorrect. While \( \angle P \cong \angle J \) is correct, \( \overline{QR} \) corresponds to \( \overline{KL} \).
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Statement: \( \angle Q \cong \angle K \) and \( \overline{PR} \) corresponds to \( \overline{JL} \).
- Evaluation: Correct. \( \angle Q \cong \angle K \) is true, and \( \overline{PR} \) corresponds to \( \overline{JL} \).
Therefore, the correct statement is:
∠Q ≅ ∠K and PR corresponds to JL.