Answer:
Therefore, the two options for triangles to be congruent using AAS are
1. BC ≅ MQ    (Additional information)
2. AC ≅ RQ    (Additional information)
Step-by-step explanation:
Given:
∠CAB =∠MRQ = 29°
∠ABC = ∠RMQ = 116°
To Prove:
Δ ABC ≅ ΔRMQ  by AAS congruence test which additional information is required
Proof:
Case 1.
In  Δ ABC and Δ RMQ
∠CAB =∠MRQ = 29°    ……….{Given}
∠ABC = ∠RMQ = 116°   ..……..{Given}
BC ≅ MQ             ……….{Additional information required}
Δ ABC ≅ Δ RMQ ….{By Angle-Angle-Side congruence test}
Case 2.
In  Δ ABC and Δ RMQ
∠CAB =∠MRQ = 29°    ……….{Given}
∠ABC = ∠RMQ = 116°   ..……..{Given}
AC ≅ RQ             ……….{Additional information required}
Δ ABC ≅ Δ RMQ ….{By Angle-Angle-Side congruence test}
Therefore, the two options for triangles to be congruent using AAS are
1. BC ≅ MQ    (Additional information)
2. AC ≅ RQ    (Additional information)
Answer:
The answers are b and c on edge
Step-by-step explanation:
