Unit 8 Test v2 Retake (Due 5/12/22) - James Parson | Library

Part 1

Using Angle Relationships to find Angle Measures

Required

5

Draw an example of supplemental angles with angle measurements.

Angles Formed by Parallel Lines

Required

10

Match the image with the angle relationship it describes...

Draggable item		Corresponding Item
		Vertical angles
		Alternate Interior Angles
		Corresponding angles
		Linear pairs

Required

30

What are the values of x, y and z?

x=_______ 
y=_______
z=_______  

Required

20

Directions: If l m, classify the marked angle pair and give their relationship, then solve for x and y.


x=_______ 
y=_______ 

Part 2 5/12/22

Intro to Triangles

Required

10

Solve for x.

Types of Triangles

Required

2

What kind of triangle is this based on its sides?

Required

2

What kind of triangle is this based on its angles?

Required

20

Solve for x.
x=_______
What is the length of the side AC?
 AC=_______ 

Required

10

Solve for x.

Required

30

Given △QEW ≅△TYH, complete each of the following statements.

∠Q=_______           TY=_______ 
∠W=_______          TH=_______ 
∠E=_______            YH=_______ 

Required

30

Given △DEF≅△PTR, complete each of the following statements. (Be sure to use measurements.)

∠F=_______          DF=_______ 
∠G=_______          JH=_______ 
∠J=_______            GJ=_______ 

Proving Triangles Congruent

Required

5

State whether the triangles can be proven congruent, if possible, by SSS or SAS, ASA, AAS, or HL.

Are they congruent?
_______ 

If they are congruent, state the reason. If not state N/A.
_______ 

Required

5

State whether the triangles can be proven congruent, if possible, by SSS or SAS, ASA, AAS, or HL.

Are they congruent?
_______ 

If they are congruent, state the reason. If not state N/A.
_______ 

Required

5

State whether the triangles can be proven congruent, if possible, by SSS or SAS, ASA, AAS, or HL.

Are they congruent?
_______ 

If they are congruent, state the reason. If not state N/A.
_______ 

Required

30

Given △PRS≅△CFH, Solve for x, y, and  z

x=_______          
y=_______ 
z=_______       