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Raw v2 IM 1 Semester 2 Final

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37 Nsɛmmisa
80

Solving Systems of Equations by Graphing

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1.

Directions: Solve each system of equations by graphing.

Type the solution in coordinate form - (x,y)

(Do not use spaces when you enter the coordinates)

Solving Systems of Equations Using Elimination or Substitution

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2.

Directions: Solve each system by substitution.

Be sure to write your solution in coordinate form (x,y)

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3.

Solve each system of equations by elimination.

Be sure to write your solution in coordinate form (x,y)

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4.

Solve each word problem using substitution or elimination.

Cost of Oranges

Cost of Apples

Translations

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5.

Graph and label each figure and its image under the given translation. Identify the coordinates of the image. Be sure your answer is in coordinate form (x,y). No spaces

A'

B'

C'

Protip: Transform the points first then graph them.

Reflections

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Graph and label each figure and its image under a reflection in the given line. Give the coordinates of the image. Be sure your answer is in coordinate form (x,y). No spaces

Protip: Transform the points first then graph them.

F'

G'

H'

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7.

Graph and label each figure and its image under a reflection in the given line. Give the coordinates of the image. Be sure your answer is in coordinate form (x,y). No spaces

Protip: Transform the points first then graph them.

T'

R'

A'

P'

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Rotations

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Graph and label each figure and its image under the given rotation.

Identify the coordinates of the image. (Be sure to use parenthesis in your answer.)

Protip: Transform the points first then graph them.

M'

N'

P'

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10.

Graph and label each figure and its image under the given rotation.

Identify the coordinates of the image. (Be sure to use parenthesis in your answer.)

Protip: Transform the points first then graph them.

J'

K'

L'

M'

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11.

Sequence of Transformations

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12.

Triangle ABC with vertices A(-3, 7), B(-2, 1), and C(-5, 2):

a) reflection in the x-axis

A'

B'

C'

b) translation along the rule (x, y) → (x + 9, y + 2)

A''

B''

C''

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13.

Triangle ABC with vertices A(-3, 7), B(-2, 1), and C(-5, 2):

a) rotate 270° counterclockwise about the origin

A'

B'

C'

b) reflect on the line y=x

A''

B''

C''

Geometry Basics

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14.

Select all the vertical angles to ∠7

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15.

What is the value of x?

What kind of angles are these angles an examples of?

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17.

If m∠DEG = (5x – 4)°, m∠GEF = (7x – 8)°, m∠DEH = (9y + 5)°,

Solve for x

x=

m∠DEG = °

Solve for y

y=

m∠DEH = °

Angles Formed from Parallel Lines Cut by a Transversal

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G.CO.4
G.CO.9
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G.CO.4
G.CO.9
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G.CO.4
G.CO.9
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G.CO.4
G.CO.9

Triangle Basics

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24.

Classify this triangle by its angles and sides.

By its angles:

By its sides:

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25.

Classify this triangle by its angles and sides.

By its angles:

By its sides:

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26.

Solve for x.

Find the measure of the indicated angle.

x=

m∠C=

m∠B=

CPCTC

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27.

Given △GHJ≅△XYZ, find each missing measure.

GJ=

XY=

ZY=

m∠H=

m∠Z=

m∠J=

△HJG≅△

△ZXY≅△

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28.

Given △UVW≅△TSR, find the values of x, y, and z.

x=

y=

z=

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29.

Proving and Using Congruent Triangles

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8.

Graph and label each figure and its image under a reflection in the given line. Give the coordinates of the image. Be sure your answer is in coordinate form (x,y). No spaces

Protip: Transform the points first then graph them.

M'

N'

O'

P'

Graph and label each figure and its image under the given rotation.

Identify the coordinates of the image. (Be sure to use parenthesis in your answer.)

Protip: Transform the points first then graph them.

W'

X'

Y'

Z'

Asemmisa {{asɛmmisaAhyɛnsode}}
16.

What are the values of x, y, and z?

x°=

y°=

z°=

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18.

Name the angle relationship between the two indicated angles in the diagram:

These angles are on the other two lines. Therefore these angles are side(s) of the transversal and .

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20.

If l ∥ m, then solve for x.

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21.

If l ∥ m, then solve for x.

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22.

If l ∥ m, then solve for x.

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23.

Find the value of x.

x=

Then, find the measure of each labeled angle.

(7x+10)° = °

(15x +16 )° = °

Given △PHS≅△CNF, find the values of x, y, and z.

x=

y=

z=

Asemmisa {{asɛmmisaAhyɛnsode}}
30.

For each pair of triangles, decide if they can be proven congruent using SSS, SAS, ASA, AAS, or HL.

If not possible, write “Not enough information.”

If possible complete this congruency statement. If not write n/a in the blank.

△RST≅△

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31.

For each pair of triangles, decide if they can be proven congruent using SSS, SAS, ASA, AAS, or HL.

If not possible, write “Not enough information.”

If possible complete this congruency statement. If not write n/a in the blank.

△RST ≅△

Asemmisa {{asɛmmisaAhyɛnsode}}
32.

For each pair of triangles, decide if they can be proven congruent using SSS, SAS, ASA, AAS, or HL.

If not possible, write “Not enough information.”

If possible complete this congruency statement. If not write n/a in the blank.

△WYX ≅△

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33.

For each pair of triangles, decide if they can be proven congruent using SSS, SAS, ASA, AAS, or HL.

Complete this congruency statement.

△TUS≅△

Use the diagram to answer these questions:

The side XW= (Use the side's label)

The side SU= (Use the side's label)

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34.

For each pair of triangles, decide if they can be proven congruent using SSS, SAS, ASA, AAS, or HL.

Complete this congruency statement.

△PQN ≅△

Use the diagram to answer these questions:

What is the measure of ∠PNQ?

m∠PNQ= °

What is the measure of ∠SQN?

m∠SQN= °

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35.

For this pair of triangles, decide if they can be proven congruent using SSS, SAS, ASA, AAS, or HL.

Complete this congruence statement.

△ ABD≅△

Use the diagram to answer these questions:

What is the measure of ∠A?

m∠A= °

What is the measure of ∠C?

m∠C= °

Asemmisa {{asɛmmisaAhyɛnsode}}
36.

Proving and Using Congruent Triangles

What is the measure of ∠L?

m∠L= °

For this pair of triangles, decide if they can be proven congruent using SSS, SAS, ASA, AAS, or HL.

Complete this congruence statement

△YZX ≅△

Use the diagram to answer these questions:

What is the measure of ∠Z?

m∠Z= °

What is the measure of ∠Y?

m∠Y= °

Asemmisa {{asɛmmisaAhyɛnsode}}
37.

Proving and Using Congruent Triangles

For each pair of triangles, decide if they can be proven congruent using SSS, SAS, ASA, AAS, or HL.

Solve for x.

Find the length of EF=