QUESTION IMAGE
Question
- in the diagram shown, it is given that \\(\overline{qn}\\) bisects \\(\overline{mp}\\) and \\(\overline{qm} \cong \overline{qp}\\). which two triangles can be congruent by directly applying the side - side - side theorem?\
(1) \\(\delta mqn\\) and \\(\delta qpn\\)\
(2) \\(\delta mrq\\) and \\(\delta prq\\)\
(3) \\(\delta mrn\\) and \\(\delta prq\\)\
(4) \\(\delta mqp\\) and \\(\delta pnm\\)
Step 1: Analizar la definición de bisectriz
Como \( \overline{QN} \) bisecta \( \overline{MP} \), entonces \( MR = PR \).
Step 2: Considerar el lado común
\( QN \) es un lado común a \( \triangle MQN \) y \( \triangle QPN \). Pero no es correcto.
Step 3: Analizar \( \triangle MRQ \) y \( \triangle PRQ \)
Dado que \( \overline{QM}\cong\overline{QP} \) (dato), \( MR = PR \) (por bisectriz) y \( QR = QR \) (lado común).
Por el teorema del lado - lado - lado (\( SSS \)): \( \triangle MRQ\cong\triangle PRQ \)
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- \( \triangle MRQ \) and \( \triangle PRQ \)