30°1.5 in.120°120°30°1.5 in.Akira claims that the two triangles are congruent. Which of the following methods could be used to prove Akira's claim?A.Show that a rotation carries one triangle onto the other.B.Show that the two triangles satisfy the ASA congruence criterion.C.Show that the remaining corresponding sides and angles are congruent.DShow that the given angles and sides determine exactly two distinct trianglės.

In the given two triangles, Two angles are equal and sides between them is also equal.

Akira claims that the two triangles are congruent. Which of the following methods could be used to prove Akira's claim? A. Show that a rotation carries one triangle onto the other. В. Show that the two triangles satisfy the ASA congruence criterion. Show that the remaining corresponding sides and angles are congruent. D Show that the given angles and sides determine exactly two distinct trianglės. C.