What else would need to be congruent to show that ABC= A DEF by the AAS theorem?
B
E
Given:
LAD
BEZE
A
C
D
F
O A. AC = DF
O B. LC: ZF
O C. ZBE ZE
D. BC = DF

Zack notices that segment nm and segment pq are congruent in the image below: which step could him determine if δnmo ≅δpqr by sas? (5 points) segment mo ≅ segment qr segment on ≅ segment qp ∠ n ≅ ∠ r ∠ o ≅ ∠ q