Answer:
[tex]\triangle OPR \cong \triangle QRP[/tex] as per AAS congruence.
Step-by-step explanation:
We are given two triangles [tex]\triangle OPR \ and\ \triangle QRP[/tex].
Side OP is parallel to Side QR.
OP || QR
[tex]\angle O = \angle Q[/tex]
To prove:
The two triangles are congruent i.e. [tex]\triangle OPR \cong \triangle QRP[/tex]
Solution:
Let us have a look at the triangles:
[tex]\triangle OPR \ and\ \triangle QRP[/tex]
1. Given that [tex]\angle O = \angle Q[/tex].
2. Side OP || RQ so, [tex]\angle OPR = \angle QRP[/tex] because they are the alternate angles of parallel sides. (Alternate angels are equal when a line cuts two parallel sides).
3. Side PR is common to both the sides i.e. PR = RP
Hence, by AAS congruence i.e. two angles and a side which is not between the two angles are same.
[tex]\therefore \triangle OPR \cong \triangle QRP[/tex] as per AAS congruence.