?Sports A creel is a wicker basket used for holding fish. On the creel shown, the straps

Tell which test for congruence is used to establish the LLTheorem.

Write a few sentences explaining the LL, HA, LA, and HLtests for congruence. Give an example of each.

Determine whether each pair of right triangles is congruent by LL,HA, LA, or HL. If it is not possible to prove that they are congruent, write not possible.

Determine whether each pair of right triangles is congruent by LL,HA, LA, or HL. If it is not possible to prove that they are congruent, write not possible.

Which test for congruence proves that ?DEF ? ?XYZ?

Sports A creel is a wicker basket used for holding fish. On the creel shown, the straps form two right triangles. Explain how ?XYW ? ?XZW by the HL Postulate if \(\overline{X Y} \cong \overline{X Z}\). Equation Transcription: ? Text Transcription: Overline XY cong overline XZ

Determine whether each pair of right triangles is congruent by LL, HA, LA, or HL. If it is not possible to prove that they are congruent, write not possible.

Determine whether each pair of right triangles is congruent by LL, HA, LA, or HL. If it is not possible to prove that they are congruent, write not possible.

Determine whether each pair of right triangles is congruent by LL, HA, LA, or HL. If it is not possible to prove that they are congruent, write not possible.

Determine whether each pair of right triangles is congruent by LL, HA, LA, or HL. If it is not possible to prove that they are congruent, write not possible.

Determine whether each pair of right triangles is congruent by LL, HA, LA, or HL. If it is not possible to prove that they are congruent, write not possible.

Determine whether each pair of right triangles is congruent by LL, HA, LA, or HL. If it is not possible to prove that they are congruent, write not possible.

Given ?ABC and ?DEF, name the corresponding parts needed to prove that ?ABC ? ?DEF by each theorem. LL

Given ?ABC and ?DEF, name the corresponding parts needed to prove that ?ABC ? ?DEF by each theorem. HA

Given ?ABC and ?DEF, name the corresponding parts needed to prove that ?ABC ? ?DEF by each theorem. HL

Given ?ABC and ?DEF, name the corresponding parts needed to prove that ?ABC ? ?DEF by each theorem. LA

Name the corresponding parts needed to prove the triangles congruent. Then complete the congruence statement and name the theorem used.

Name the corresponding parts needed to prove the triangles congruent. Then complete the congruence statement and name the theorem used.

Name the corresponding parts needed to prove the triangles congruent. Then complete the congruence statement and name the theorem used.

Construction Masons use bricks, concrete blocks, and stones to build various structures with right angles. To check that the corners are right angles, they use a tool called a builder’s square. Which pair of builder’s squares are congruent by the LL Theorem?

Sports There are many types of hurdles in track and field. One type, a steeplechase hurdle, is shown. Notice that the frame contains many triangles. In the figure, \(\overline{A C}\) bisects ?BAD, and \(\overline{A C} \perp \overline{B D}\). What theorem can you use to prove ?ABC ? ?ADC? Explain. Equation Transcription: Text Transcription: Overline AC Overline AC perp overline BD

Critical Thinking Postulates SAS, ASA, and SSS require three parts of a triangle be congruent to three parts of another triangle for the triangles to be congruent. Explain why postulates LA, LL, HA, and HL require that only two parts of a triangle be congruent to two parts of another triangle in order for the triangles to be congruent.

Find the value of each variable in triangle ABC if \(\overline{A D}\) is an angle bisector. (Lesson 6–4) Equation Transcription: Text Transcription: Overline AD

In ?PQR, \(\overline{R S}\) bisects ?PRQ. If m?2 = 36, find m?PRQ. (Lesson 6–3) ________________ Equation Transcription: Text Transcription: Overline RS

If ?ABC ? ?XYZ, m?A = 40, and m?C = 65, find m?Y. (Lesson 5–4)

Short Response Find an equation of the line parallel to the graph of y = -3x + 4 that passes through (1, -5). (Lesson 4–6)

Multiple Choice In the figure, m || n, and q is a transversal. If m?2 = 70, what is m?7? (Lesson 4–2) a. 55 b. 70 c. 110 d. 140