Wayground logo

Free Printable Worksheets

Font size

S
M
L
XL
Worksheets

Topic 4 Test Review

Total questions: 20

Worksheet time: 20mins

Name
Class
Date
1.

∠ABC≅?\angle ABC\cong?  

a)

∠NMP\angle NMP  

b)

∠PMN\angle PMN  

c)

∠MNP\angle MNP  

d)

∠NPM\angle NPM  

2.

Given ΔQRS≅ΔTUV\Delta QRS\cong\Delta TUV  , QS=3v+2QS=3v+2  , and TV=7v−6TV=7v-6  , find the length of QS and TV.

a)

8

b)

2

c)

20

d)

9

3.

Are ABCD and LMNP congruent? If so, choose the

rigid motions that would map ABCD onto LMNP.

a)

Translation and Rotation

b)

Reflection and Translation

c)

Rotation and Reflection

d)

ABCD is not congruent to LMNP

4.

Supply the reasons missing from the proof shown:

a)

ASA; CPCTC

b)

SSS; Reflexive Property

c)

SAS; CPCTC

d)

SAS; Reflexive Property

5.

Find the values of x and y.

a)

x = 44; y = 46

b)

x = 46; y = 44

c)

x = 90; y = 46

d)

x = 90; y = 44

6.

What is the value of x?

a)

68°68\degree  

b)

62°62\degree  

c)

112°112\degree  

d)

124°124\degree  

7.

State whether ΔABC\Delta ABC and ΔAED\Delta AED are congruent. Justify your answer.

a)

Yes, by SAS

b)

Yes, by SAS and SSS

c)

Yes, by SSS

d)

No; there is not enough information.

8.

What additional information is needed to show that ΔABC≅ΔDEF\Delta ABC\cong\Delta DEF by SSS? The diagram is not to scale.

a)

BC‾\overline{BC} and m∠Fm\angle F

b)

m∠Am\angle A and m∠Fm\angle F

c)

BC‾\overline{BC} and DE‾\overline{DE}

d)

DE‾\overline{DE} and m∠Am\angle A

9.

Name the angle included by the sides PN‾\overline{PN} and NM‾\overline{NM} .

a)

∠N\angle N

b)

∠M\angle M

c)

∠P\angle P

d)

None of these

10.

Justify the last two steps of the proof.

a)

Symmetric Property; SAS

b)

Reflexive Property; SSS

c)

Symmetric Property; SSS

d)

Reflexive Property; SAS

11.

Can you use the SAS, AAS,

or both to prove the triangles congruent?

a)

AAS

b)

SAS

c)

SAS and AAS

d)

Neither

12.

From the information in the diagram, can you prove ΔFDG≅ΔFDE\Delta FDG\cong\Delta FDE ? Explain.

a)

Yes, by SAS

b)

No

c)

Yes, by ASA

d)

Yes, by AAA

13.

What is the missing reason in the two-column proof?

a)

AAS

b)

SAS

c)

ASA

d)

SSS

14.

Which triangles are congruent by ASA?

a)

ΔHGF≅ΔVTU\Delta HGF\cong\Delta VTU

b)

ΔABC≅ΔGFH\Delta ABC\cong\Delta GFH

c)

ΔHGF≅ΔABC\Delta HGF\cong\Delta ABC

d)

None

15.

What is the relationship between ΔRST\Delta RST and ΔMNP\Delta MNP ?

a)

ΔMNP\Delta MNP is a reflection of ΔRST\Delta RST over a horizontal line.

b)

ΔMNP\Delta MNP is a 180°180\degree rotation of ΔRST\Delta RST about T.

c)

ΔMNP\Delta MNP is a 120°120\degree rotation of ΔRST\Delta RST about R.

d)

ΔMNP\Delta MNP is a reflection of ΔRST\Delta RST over a vertical line.

16.

Given ABCDE≅PQRSTABCDE\cong PQRST , what is the value of x?

a)

50

b)

60

c)

25

d)

70

17.

What additional information will allow you to prove the triangles congruent by HL Theorem?

a)

AC‾≅BD‾\overline{AC}\cong\overline{BD}

b)

m∠BCE=90m\angle BCE=90

c)

∠A≅∠E\angle A\cong\angle E

d)

AC‾≅DC‾\overline{AC}\cong\overline{DC}

18.

What additional information will allow you to prove the triangles congruent by AAS?

a)

AC‾≅BD‾\overline{AC}\cong\overline{BD}

b)

m∠A≅∠Bm\angle A\cong\angle B

c)

∠A≅∠D\angle A\cong\angle D

d)

AC‾≅DC‾\overline{AC}\cong\overline{DC}

19.

What common angle do ΔCDG\Delta CDG and ΔFCE\Delta FCE share?

a)

∠E\angle E

b)

∠C\angle C

c)

∠D\angle D

d)

∠F\angle F

20.

Which angle is congruent to ∠AEB\angle AEB ?

a)

∠CEB\angle CEB

b)

∠ABE\angle ABE

c)

∠CBE\angle CBE

d)

∠EAC\angle EAC