Answer:
Step-by-step explanation:
From the figure, it is given that AB≅ED, BC≅CD and ∠CAD≅∠CEB.
Now, from ΔACD and ΔECB, we have
Statements Reason
1. AB≅ED, BC≅CD Given
2. ∠CAD≅∠CEB. Given
3. AB=ED, BC=DC Definition of congruent segments
4. AB+BC=AC and Segment addition postulate
ED+DC=CE
5. ED+DC=AC and Substitution property
ED+DC=CE
6. AC=CE Substitution property
7. AC≅CE Definition of congruent segments
8. ∠C≅∠C Reflexive property
9. ΔACD≅ΔECB ASA rule of congruency
Hence proved.
Hence, option A is correct.