Unit 4 Test Geometry

By April Sanders
Last updated about 4 years ago
53 Questions
Note from the author:
Unit 4 Test
1.

Choose the correct classification.

2.

Choose the correct classification.

3.

Find the measure of angle 1.

4.

Find the measure of angle 2.

5.

Find the measure of angle 3.

6.

Find the measure of angle 4.

7.

Find the measure of angle 1.

8.

Find the measure of angle 2.

9.

Find the measure of angle 3.

10.

Solve for x.

11.

Solve for x.

12.

Find the measure of angle K.

13.

Find the measure of angle C.

14.

Solve for x.

15.

Find the measure of angle Y.

16.

Solve for x.

17.

Find the measure for angle 1.

18.

Find the measure for angle 2.

19.

Find the measure for angle 3.

20.

Find the measure for angle 4.

21.

Find the measure for angle 5.

22.

Solve for x.

23.

Find the measure of GH.

24.

Find the measure of HJ.

25.

Find the measure of GJ.

26.

Solve for x.

27.

Find the measure of RS.

28.

Find the measure of ST.

29.

Find the measure of RT.

30.

Solve for x.

31.

Find the measure of angle A.

32.

Find the measure of angle C.

33.

Find the measure of angle D.

34.

Complete the congruent part to EG.

35.

Complete the congruent part to HJ.

36.

Complete the congruent part to angle F.

37.

Complete the congruent part to angle H.

38.

Complete the congruence statements by naming the congruent triangle to FGE.

39.

Find the length of ST.

40.

Find the length of SU.

41.

Find the angle measure of R.

42.

Find the angle measure of Q.

43.

Find the angle measure of S.

44.

What theorem proves the triangles congruent?

45.

What theorem proves the triangles congruent?

46.

What theorem proves the triangles congruent?

47.

What theorem proves the triangles congruent?

48.

Name the theorem that proves the triangles congruent, if possible.

49.

Name the theorem that proves the triangles congruent, if possible.

50.

Name the theorem that proves the triangles congruent, if possible.

51.

Name the theorem that proves the triangles congruent, if possible.

52.

Name the theorem that proves the triangles congruent, if possible.

53.

Name the theorem that proves the triangles congruent, if possible.