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Third Quarter Mathematics 8 Mastery Test

Total questions: 40

Worksheet time: 41mins

Name
Class
Date
1.
  1. Which of the following CANNOT be used to prove that two triangles are congruent?

a)

AAS Congruence Postulate

b)

SAS Congruence Postulate

c)

SSS Congruence Postulate

d)

ASA Congruence Postulate

2.
  1. Which of the following is used to measure angles?

a)
Protractor
b)
Compass
c)
Ruler
d)
Calculator
3.

  Which of the following is used to draw arcs in constructing a perpendicular bisector?

a)
pencil
b)
protractor
c)
ruler
d)
compass
4.

What principle that needs to be proven?

a)

POSTULATE

b)

THEOREM

c)

COROLLARY

d)

LEMMA

5.

What point on a line segment that divides it into two equal parts?

a)

DISTANCE

b)

MIDPOINT

c)

RAY

d)

VERTEX

6.

A triangle that has two congruent sides?

a)

Isosceles

b)

Equilateral

c)

Acute - Scalene

d)

Obtuse - Scalene

7.

What are the four parts of the mathematical system?

a)

Undefined terms, Defined terms, Axiom, Postulate

b)

Undefined terms, Defined terms, Postulates, Theorems

c)

Undefined terms, Postulates, Theorems, Lemma

d)

Undefined terms, Axiom, Corollary, Lemma

8.

What postulate states that two points are contained in one and only one line?

a)

Plane Postulate

b)

Line-intersection Postulate

c)

Straight-Line Postulate

d)

Plane – Intersection Postulate

9.

Which postulates defines that the intersection of two lines is a point?

a)

Plane Postulate

b)

Line-intersection Postulate

c)

Straight-Line Postulate

d)

Plane – Intersection Postulate

10.

Which of the following is NOT used for construction of figures?

a)

Ruler

b)

Tape Measure

c)

Compass

d)

Pencil

11.

What angle is congruent to O if ∆DOG ∆CAT?

a)

∠ A

b)

∠ T

c)

∠ C

d)

∠ G

12.

Which of the following sets of triangles are congruent?

a)

b)

c)

d)

13.

Which postulate can be used to prove the two given triangles are congruent?

a)

AAS Postulate

b)

SSS Postulate

c)

SAS Postulate

d)

ASA Postulate

14.

In the figure shown  is congruent to itself. Which property of congruence talks about this?

a)

Symmetric Property

b)

Reflexive Property

c)

Transitive Property

d)

Both Symmetric and Transitive Property

15.

Which of the following can be used to prove that ∆ABC ≅ ∆ADC

a)

AAS Postulate

b)

SAS Postulate

c)

ASA Postulate

d)

SSS Postulate

16.

In the figure ,AB ≅CB, AD ≅ CD, and ∆ABD ≅ ∆CBD . Which of the following is correct?

a)

∠DCB ≅ ∠CDB

b)

∠ DCB ≅ ∠DBA

c)

∠DCB ≅ ∠DAB

d)

∠DCB ≅ ∠ADB

17.

Given information is shown marked on the diagrams at the right. To prove that ∆ACB and ∆DFE are congruent by ASA, what additional information is needed?

a)

EF ≅ BF

b)

DE ≅ AB

c)

∠F ≅ ∠C

d)

∠E ≅ ∠C

18.

What would make the given triangles congruent by ASA Postulate?

a)

∠C ≅ ∠P

b)

∠B ≅∠R

c)

AC ≅ RP

d)

BC ≅ QP

19.

Which of the following illustrations shows an obtuse angle?

a)

b)

c)

d)

20.

Which side is congruent to AB?

a)

AB

b)

DE

c)

EF

d)

DF

21.

What flat surface has length and width but no thickness?

a)

Point

b)

Plane

c)

Space

d)

Line

22.

Which of the following is a polygon?

a)

b)

c)

d)

23.

∠1 and ∠2 forms a linear pair as illustrated at the right. If m∠1 = 160⁰, what is the m∠2?

a)

20⁰

b)

70⁰

c)

100⁰

d)

160⁰

24.

What triangle congruence postulate proves that the two triangles are congruent?

a)

SSS Postulate

b)

SAS Postulate

c)

ASA Postulate

d)

AAS Postulate

25.

What triangle congruence postulate proves that the two triangles are congruent?

a)

SSS Postulate

b)

AAS Postulate

c)

ASA Postulate

d)

SAS Postulate

26.

Let P be a point on the angle bisector of ∠ABC, Let D and E be points on BA and BC  respectively, such that PD ⊥ BD, PD ≅ BD, PE ⊥ BE and PE ≅ BE. What can be concluded about  ∠ BPD and ∠BPE?

a)

∠ BPD > ∠BPE

b)

∠ BPD = ∠BPE

c)

∠ BPD < ∠BPE

d)

∠ BPD ≠ ∠BPE

27.

If BC ≅ EF , ∠B ≅ ∠E and ∠C ≅ ∠F , then ∆BCD EFG. What congruence postulates/ theorem will justify this statement?

a)

SSS

b)

SAA

c)

ASA

d)

SAS

28.

Which of the following conditions will make ∆SOP ∆ACE?

a)

If SO ≅ AC, SP ≅ AE, and ∠S ≅∠A

b)

If SO ≅ AC, OP ≅ CE, and ∠S ≅∠A

c)

If SO ≅ AC, ∠P ≅∠E, and OP ≅ CE

d)

If SO ≅ AC, ∠O ≅∠C, and SP ≅ AE

29.

Complete the two column proof. What can be written as Reason Number 2?

a)

Vertical Angles are Congruent

b)

Definition of Right Angles

c)

Definition of Perpendicular Lines

d)

Given

e)

∠DOC

30.

Complete the two column proof. What can be written in Statement Number 3?

a)

Vertical Angles are Congruent

b)

∠AOB

c)

∠OCD

d)

Given

e)

∠DOC

31.

Complete the two column proof. What can be written as Reason Number 3?

a)

Vertical Angles are Congruent

b)

Definition of Right Angles

c)

Definition of Perpendicular Lines

d)

Given

e)

∠DOC

32.

Complete the two column proof. What can be written in statement Number 5?

a)

∠OCD

b)

∠AOB

c)

Definition of Perpendicular Lines

d)

Given

e)

∠DOC

33.

Complete the two column proof. What can be written in Reason Number 5?

a)

Definition of Right Angles

b)

Vertical Angles are congruent

c)

Definition of Perpendicular Lines

d)

Given

e)

AAS Psstulate

34.

Complete the two column proof. What can be written in Reason Number 5?

a)

Definition of Right Angles

b)

Vertical Angles are congruent

c)

Definition of Perpendicular Lines

d)

ASA Postulate

e)

AAS Psstulate

35.

Complete the given two column proof. What can be written as statement number 1?

a)

SAS Congruence Postulate

b)

Reflexive Property

c)

∠NFA

d)

FA bisects ∠UFN; UF ≅ NF

e)

ASA Congruence Postulate

36.

Complete the given two column proof. What can be written as reason number 2?

a)

SAS Congruence Postulate

b)

Reflexive Property

c)

∠NFA

d)

FA bisects ∠UFN; UF ≅ NF

e)

Given

37.

Complete the given two column proof. What can be written as statement number 3?

a)

SAS Congruence Postulate

b)

Reflexive Property

c)

∠NFA

d)

FA bisects ∠UFN; UF ≅ NF

e)

Given

38.

Complete the given two column proof. What can be written as reason number 4?

a)

SAS Congruence Postulate

b)

Reflexive Property

c)

∠NFA

d)

FA bisects ∠UFN; UF ≅ NF

e)

Given

39.

Complete the given two column proof. What can be written as statement number 5?

a)

SAS Congruence Postulate

b)

∆NFA ≅ ∆UFA

c)

∠NFA

d)

FA bisects ∠UFN; UF ≅ NF

e)

Given

40.

Complete the given two column proof. What can be written as statement number 5?

a)

SAS Congruence Postulate

b)

∆NFA ≅ ∆UFA

c)

∠NFA

d)

FA bisects ∠UFN; UF ≅ NF

e)

Given