Chap. 4 Test

Which Triangle Congruence Theorem proves that this triangle is correct?

 If ∆RST ≅ ∆XYZ, then  $\overline{ST}$    is congruent to which segment?

Which Triangle Congruence Theorem proves that these triangles are congruent.

What type of angle pairs are highlighted?

What does the "box" mean on the angle?

What is the sum of the interior angles in a triangle

Classify this triangle by its sides

In an isosceles triangle, which angles are congruent

Which equation is correct?

These Triangles can be proven by which congruence theorem(s)?

If ∠A ≌ ∠D and A̅B̅ ≅D̅E̅, what additional information do you need to prove ∆ABC ≅∆DEF by SAS Congruence?

Given the following information: ∆CAT≅∆RED, which angles are congruent to each other?

8. If ,∆CAT ≅∆DOG, then ∠A is congruent to which of the following?

These triangles can be proven congruent by which congruence theorem(s)?

GIVEN: A̅C̅ ≅ A̅D̅ and B̅A̅ bisects ∠CAD

PROVE: ∠C ≅∠D

Statement: ∠CAB ≅ ∠DAB

GIVEN: A̅C̅ ≅ A̅D̅ and B̅A̅ bisects ∠CAD

PROVE: ∠C ≅∠D

Statement: B̅A̅≅B̅A̅

GIVEN: A̅C̅ ≅ A̅D̅ and B̅A̅ bisects ∠CAD

PROVE: ∠C ≅∠D

Statement: ∆ACB≅∆ADB

GIVEN: A̅C̅ ≅ A̅D̅ and B̅A̅ bisects ∠CAD

PROVE: ∠C ≅∠D

Statement: ∠C≅∠D