An accountant drives 50 miles a day to work. Which expression represents the total number of miles...

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An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50x B. 50 x C. x – 50 D. x + 50

Transcript of An accountant drives 50 miles a day to work. Which expression represents the total number of miles...

Page 1: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days?

A. 50x

B. 50 x

C. x – 50

D. x + 50

Page 2: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Find the perimeter of the figure.A. 6x + 3

B. 4x + 3

C. 7 + 3x

D. 7x + 3

x

x + 33x

2x

Page 3: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which expression represents the following phrase?

Four times the difference of 10 and 3

A. 4(10 – 3)

B. 4 x 3 – 10

C. 4 x 10 – 3

D. 10 – 3 x 4

Page 4: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which statement cannot represent the equation 20 + x = 35?

A. The cake needs 35 min. to bake. It has been in the oven 20 minutes.

B. You are on the 20th floor. You climb the stairs to the 35th floor.

C. You have earned $20. You earn more money for a total of $35.

D. You buy a shirt for $20 and a pair of jeans for $35.

Page 5: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which statement demonstrates the Distributive Property incorrectly?

A. 4(x + y + z) = 4x + 4y + 4z

B. 3(a + 1) = 3a + 3

C. 6(2 + m) = 8 + 6m

D. 2(5 + 3) = 2(5) + 2(3)

Page 6: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which of the following is a number greater than zero?

A. C.

B. D.

5

0

5

5

Page 7: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which sentence describes the

sequence 1, , 2, , 3,…?

A. Each number is ½ times the previous number.

B. Each number is1½ more than the previous number.

C. Each number is ½ more than the previous number.

D. Each number is 1 more than the previous number.

32

52

Page 8: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which set of decimals is in order from least to greatest?

A. 4.23, 4.12, 4.1, 4.09

B. 4.23, 4.09, 4.1, 4.12

C. 4.09, 4.1, 4.12, 4.23

D. 4.1, 4.12, 4.23, 4.09

Page 9: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Samuel has been playing the piano 5 years longer than Marisa. Marisa has been playing for y years. Which equation can be used to find the number of years Marisa has been playing the piano if Samuel has been playing for 13 years?

A. C.

B. D.

135

y

13 5y

13 5y

13 5y

Page 10: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which is not a solution of the inequality?

A. 9 C. 12

B. 13 D. 10

9 3m

Page 11: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which point represents the ordered pair (5, 3)?

A. M

B. N

C. O

D. P

Page 12: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Find the value of the expression:

A. C.

B. D.

25

5

5

25

10 15

Page 13: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which step should be done first when simplifying the following expression?

A. Add 4 to 16.

B. Subtract 8 from 16.

C. Divide 8 by 2.

D. Multiply 2 by 3.

4 16 8 2 3

Page 14: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

A pancake recipe calls for ¾ of a cup of milk for each batch. How many batches of pancakes can Alex make with 3¾ cups of milk?

A. C.

B. D.

4

34

4

5

15

2

Page 15: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which fraction is equivalent to 0.1875?

A. C.

B. D.

3

16

6

25

3

815

8

Page 16: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which is the value of the following expression?

10 24 2 3 6 A. 22 ⅔

B. 20

C. 13 ⅓

D. 12

Page 17: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Find the product?

A. C.

B. D.

12

65

13

15

172

303

25

1 22

6 5

Page 18: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Find the quotient?

A. C.

B. D.

1

10

5

8

8

10

1 12

2 4

Page 19: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Where on the given number line is the fraction located?

A. between and C. between and

B. between and D. between and

1

8

5

16

1

8

1

4

3

8

1

2

5

80

1

4

1

4

3

8

3

8

1

2

1

2

5

8

Page 20: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which point represents the number that would have the greatest absolute value?

A. C.

B. D.

2

0.5

1

1.5

Page 21: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

What is the value of the expression below?

21 9 3 6 4 1 A. 1

B. 4

C. 17

D. 25

Page 22: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which set of numbers is in order from least to greatest?

A. C.

B. D.

1 1 1, ,

4 5 6

1 5 4, ,

3 8 5

5 3 2, ,

6 4 3

3 2 1, ,

8 7 6

Page 23: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Sarah’s father bought four drill bits with the diameters listed below. Which drill bit has the smallest diameter?

A. -inch bit C. -inch bit

B. -inch bit D. -inch bit

1

4

5

64

3

16

7

32

Page 24: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

The perimeter of a rectangular yard is 86 feet. If the length is four more than twice the width, which equation can be used to find x, the width of the yard?

A. 6x + 4 = 86

B. 2x + 2x + 4 = 86

C. 2x + 4 = 86

D. 2x + 2(2x + 4) = 86

Page 25: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Simplify the expression:

2(x + 7) – (3x – 5)

A. 5x + 12

B. 5x + 2

C. -x + 19

D. -x + 9

Page 26: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Evaluate the expression , if d = 3.2

4 2 3d d

A. 11.2

B. 5.2

C. 4

D. 3.4

Page 27: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which list is ordered from LEAST to GREATEST?

A. , , 3.025, 32.5%

B. 32.5%, , , 3.025

C. 3.025, 32.5%, ,

D. 32.5%, 3.025, ,

16

5

13

416

5

13

41

34

16

516

5

13

4

Page 28: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which of the following statements is TRUE about the equation ?3y xA. As the value of x increases by one, the value of y increases by two.

B. As the value of x increases by one, the value of y doubles.

C. As the value of x increases by one, the value of y increases by three.

D. As the value of x increases by one, the value of y triples.

Page 29: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Evaluate the expression:

A. 6

B. 14

C. 120

D. 128

323 15 2 4

Page 30: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which expression has the greatest value?

A. 0.02% x n

B. 0.002 x n

C. 0.2 x n

D. x n 1

50

Page 31: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

What is the perimeter of the rectangle?

A. 16 inches

B. 28 ¼ inches

C. 32 inches

D. 36 ⅛ inches

5⅜ inches

10⅝ inches

Page 32: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

What is the function rule for the pattern in the table?

A. y = x + 3

B. y = -2x + 3

C. y = 3x – 2

D. y = x – 2

x 1 2 3 4 5y 1 4 7 10 13

1

3

Page 33: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

What is the product of 3.2 and – 4.5 ?

A. –14.4

B. –1.3

C. 1.3

D. 14.4

Page 34: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which point on the number line has a value of 3.625?

Page 35: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

A. -5°C

B. 5°C

C. 20°C

D. 35°C

When Kit woke up, it was –15°C outside. By that afternoon, the temperature had risen 20 degrees. What was the afternoon temperature?

Page 36: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Solve for x.

2 6 8x A. x = 1

B. x = 4

C. x = 7

D. x = 12

Page 37: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which equation represents the relationship shown in the table?

A. y = x + 2 C. y = 2x

B. y = x + 6 D. y = 6x

x 2 4 6 8 10

y 8 10 12 14 16

Page 38: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

If you graphed each equation shown below, all of the graphs would be straight lines. The steepest line would represent which equation?

A. C.

B. D.

1

9y x

2

9y x

1

3y x

2

3y x

Page 39: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

The triangles below are similar. What is the length of LM?

A. 10 C. 12

B. 11 D. 14

8

9

15

N M

L

10

6

8

Y X

W

Page 40: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

A. w = b ÷ 3.5

B. w = 3.5 ÷ b

C. w = 3.5b

D. w = 3.5 + b

A manufacturer of doll clothes produces more white dresses than blue dresses by a factor of 3.5. Given b, the number of blue dresses produced, which equation shows w, the number of white dresses produced?

Page 41: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

If the value of r – 24 = 6, and 24 – s = 6, which is the value of r – s?

A. 6

B. 12

C. 18

D. 24

Page 42: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Using the table, which is the order of insects from shortest to longest?

A. ant, bumblebee, cockroach, midge

B. bumblebee, ant, cockroach, midge

C. midge, cockroach, ant, bumblebee

D. midge, ant, cockroach, bumblebee

Insect Length (in.)

ant  

bumblebee  

cockroach 0.625

midge  

5

167

8

1

4

Page 43: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

A. yards

B. yards

C. yards

D. yards

Sue needed yards of fringe to trim each

drape. If she had 8 drapes to trim, how much

fringe did she need?

23

7

64

72

1173

2472

267

Page 44: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

A.

B.

C.

D.

2 1

2 1

1 2

1 2

Which of the following is equal to 3?

Page 45: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

What is ?1 1

8 78 2

51

8A. C.

B. D. 1

16

7

85

8

Page 46: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Mrs. Robbins is knitting a scarf for her niece.She knitted feet yesterday and feet today. How many feet did Mrs. Robbins knit inboth days?

A. feet C. feet

B. feet D. feet

71

8

5

24

31

4

133

24

21

3

92

11

Page 47: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

What is the measurement of the unmarked side on these similar figures?

x16

54

20

36

36

24

24

A. 18 C. 42B. 30 D. 48

Page 48: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

A. 3x + 7

B. 4x + 11

C. 4x + 3

D. 4x – 11

Find the sum of 3x - 4 and x + 7.

Page 49: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Steve and Terry are preparing for a bike trip. They are increas- ing the number of miles that they ride each week so that they will have a successful trip. The table shows the number of miles that each boy traveled for the first half of their training. Given the constant rate for each boy shown in the table, which of the statements would be true for week 8?

A. Terry will travel more miles than Steve.

B. The boys will travel the same amount of miles.

C. Terry will travel a total of 13 miles.

D. Steve and Terry will travel a total of 20 miles.

Week Steve Terry

1 6 3

2 6.5 4

3 7 5

4 7.5 6

Page 50: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Solve for x.

A. 3

B. 8

C. 36

D. 108

6 126

x

Page 51: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

What is the value of the expression below?

21 18 2 4 15 2A. 15.75

B. 26.5

C. 41.5

D. 49.5

Page 52: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

The figures below are similar. What is the missing length of figure B?

A. 3.1 cm C. 25.2 cm

B. 22.5 cm D. 37.2 cm

x

10 cm

12 cm

5 cm 31 cm5 cm

15.5 cm

15.5 cm

AB

Page 53: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Describe the graph represented by the table.

x 0 1 2 3 4

y 0 6 12 18 24

A. The line will rise to the right.

B. The line will rise to the left.

C. The line will be a straight horizontal line.

D. The line will be a straight vertical line.

Page 54: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

While fishing, Billy caught four fish. The first weighed 1⅓ pounds. The rest weighed 4⅓ pounds, 2½ pounds, and 1 pounds. Billy released all but his single largest fish. What is the total weight of the fish he released?

25

3

15

2

15

3

A. C.

B. D.

15

6

56

Page 55: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Time (minutes)

The graph shows the time it took Meena to walk a certain distance. What was Meena’s constant of variation?

A. 100 ft per minute

B. 200 ft per minute

C. 500 ft per minute

D. 1000 ft per minute

Page 56: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

PQRST is similar to KLMNO. What is the length of x?

A. 6 mm

B. 4.5 mm

C. 1 mm

D. 2 mm

4 mm

x

Q

P

T

S

R

6 mm

3 mm

L

K

O

N

M

Page 57: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

The equation below can be used to determine how many boys, y, are in a class that has x girls. If there are 12 girls in the class, how many boys are in the class?

A. 8

B. 10

C. 12

D. 18

5

6y x

Page 58: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

X

XXX

XXXXX

XXXX X

XXX

XX

Each contestant in a game show was given 10 questions to answer. The line plot below shows how many questions each contestant answered correctly. How many contestants got at least half of the questions correct?

A. 4 B. 5 C. 6 D. 10

Page 59: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Bianca works at a flower shop. In a recent delivery of roses, Bianca had to throw out 7 roses that had wilted. She divided the remaining roses into bunches of 12. Which expression represents this situation?

A. 12(w – 7)

B. 12w + 7

C. (w – 7) ÷ 12

D. 12(w ÷ 7)

Page 60: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Solve for x.

A. 1,071

B. 243

C. 13

D. 3

46 739

x

Page 61: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

A used tennis racket costs $65.00. This price is $71.95 less than the cost of a new racket. If c is the cost of the new racket, which equation can you use to find the cost of the new racket.

A. 65 = c + 71.95

B. 71.95 = 65 – c

C. 65 = c – 71.95

D. 71.95 = 65 + c

Page 62: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

What happens to the value of y as the value of x increases for the function

y = ⅓x – 4A. y decreases by 4

B. y increases by 4

C. y decreases by ⅓

D. y increases by ⅓

Page 63: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Sam is growing a tomato plant in his garden. Last week, Sam picked one tomato that had a mass of 213.5 grams and another tomato that has a mass of 190.62 grams. What is the difference in mass of the two tomatoes?

A. 22.43 grams C. 23.05 grams

B. 22.88 grams D. 23.12 grams

Page 64: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which of the following shows a pair of similar figures?

A. C.

B. D. 4

53

6

4

3

2

6

6

3

5

3 3

4

4

2.51.5

2

4

Page 65: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Evaluate the expression 9m – 12n + 3m if m = 6.2 and n = 2.5

A. 3.7

B. 7.2

C. 44.4

D. 71.4

Page 66: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Describe the graph represented by the table.

x 1 2 3 4 5

y 7 7 7 7 7

A. The line will rise to the right.

B. The line will rise to the left.

C. The line will be a straight horizontal line.

D. The line will be a straight vertical line.

Page 67: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Solve for x.

A. 4

B. 14

C. 37

D. 91

7 34 64x

Page 68: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Kelly worked on her math homework for 1¼ hours and then worked on her social studies homework for ⅔ hour. How many hours did she spend working on her homework?

11112

A. hours C. hours

B. hours D. hours3

17

5

67

12

Page 69: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

The two triangles below are similar. What scale factor was used to create the larger triangle?

A. 1.2 C. 1.75

B. 1.5 D. 2.2

7

8

410.5

12

6

Page 70: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which of the following represents the relationship of x, the number of subway cars, and y, the total number of seats, for the data in the table?

Seats on Subway CarsNumber of Subway Cars 6 8 10 12Total Number of Seats 180 240 300 360

A. y = 30x

B. x = 30y

C. y = 30 + x

D. x = 30 + y

Page 71: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which set of ordered pairs completes the function:

A.

B.

C.

D.

22

xy

1( 4,0),(2,1),(5, ),(6,1)

2

3( 6,1),( 4, 4),(1, ),(4,0)

2

1 1( 5, ),( 4,0),(2, 1),(5, )

2 2

9( 6, 5),( 5, ),(2, 1),(4,0)

2

Page 72: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

x

y

Which function describes the relationship in the graph?

A.

B.

C.

D.

2y x

2 1.5y x

3

22

y x

3

22

y x

Page 73: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which expression represents 15 less than a number x?

A. 15 – x

B. x – 15

C. 15 ÷ x

D. x ÷ 15

Page 74: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

The line plot below shows the ages of teachers in your school. Which of the following statements are true according to the data?

A. The oldest teacher is 28 years older than the youngest teacher.

B. Most of the teachers are older than 45.

C. The most common age is 47.

D. All three of the above statements are true.

Page 75: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

A. 6 + (10 x 5) = 6 + (5 x 10)

B. 6 + (10 x 5) = 10 + (6 x 5)

C. 6 + (10 x 5) = 6 x 10 + 6 x 5

D. 6 + (10 x 5) = (6 + 10) x 5

Which number sentence illustrates the commutative property of multiplication?

Page 76: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which list of numbers is ordered from LEAST to GREATEST?

A. , , 0,

B. -0.4, , , 0

C. , , 0,

D. 0, , ,

1

2 0.41

2

4

91

21

2

4

9

4

9

4

9 0.4

0.4

Page 77: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which function describes the relationship in the graph on the right?

2 5y xA.

B.

C.

D.

5

52

y x

5 2y x

5

52

y x

Page 78: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Triangle OPQ is similar to ΔOMS. Which side of ΔOPQ corresponds to side OS?

Q

O

SM

P

OPA.

B.

C.

D.

OM

OQ

PQ

Page 79: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

A. 3m – 4

B. 3(4 – m)

C. 3m – 12

D. 3 + m – 4

Which of the following expressions is equivalent to 3(m - 4)?

Page 80: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

A. C.

B. D.

Which is the solution to the following equation?

10 5 5( 4)b b

5b

3b

9

5b

5

3b

Page 81: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

If y = kx and k = ⅓, choose the correct table of values.

A. C.

B. D.

x y0 ⅓ 3 1 6 2

x y 0 0 3 1 6 2

x y 0 ⅓ 3 36 12

x y 0 0 3 9 6 18

Page 82: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

The shadow of the tree in Ian’s front yard is 45 feet long. Ian is six feet tall, and his shadow is 15 feet long. What is the height of the tree in his front yard?

A. 112½ feet C. 27 feet

B. 30 feet D. 18 feet

Page 83: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

The trapezoids are similar. Find the length of x.

A. 3.6 inches C. 8.1 inches

B. 6 inches D. 9 inches

1.8 in2 in

1.5 in1 inx

5.4 in

4.5 in

3 in

Page 84: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

The table relates ordered pairs of a linear function. Which is the missing value in the table?

x y 0 51 2 11 3 14

A. 6

B. 7

C. 8

D. 9

Page 85: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

15 cm

25 cm 20cm

5 cm

3 cm

4 cm

The right triangles are similar. Which is the ratio of their areas (small to large)?

A. 1: 5 C. 1: 25

B. 2: 10 D. 2: 25

Page 86: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

x -1 1 2 4 5

y -5 1 4 10 13

Which is the linear equation for the table below?

A. y = -2x – 3 C. y = 3x – 2

B. y = -2x + 3 D. y = 3x + 6

Page 87: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which graph represents direct variation?

A. C.

B. D.

Page 88: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which represents the complete table for the linear equation?

A. C.

B. D.

3 2y x

x y 3 74 10

5 13

x y 3 -11 4 -14 5 -17

x y 3 -7 4 -105 -13

x y 3 11 4 14 5 17

Page 89: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

A. ΔACH ΔCDE C. ΔAHF ΔCDE

B. ΔFGH ΔCDE D. ΔACH ΔFGH

A construction of parallel lines through an external point is shown below. Which triangles are congruent?

Page 90: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Triangles ABC and DEF are similar. If ΔDEF has been dilated, which are the coordinates of point D?

A. (-4, -1) C. (-4, -3)

B. (-4, -2) D. (-4, -4)

Page 91: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

If ΔABC ~ ΔDEF, which is the perimeter of ΔDEF?

A. 35 cm

B. 45 cm

C. 60 cm

D. 70 cm

10 cm29 cm

20 cm

21cm

F

D

E

Page 92: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

On Wednesday mornings, admission to the park swimming pool is $3.00 per adult and $2.00 per child. Which expression can be used to find the cost of admission to the pool for a group of a adults and c children?

A. C.

B. D.

3ac

5 ac

3 2a c

2 3 ac

Page 93: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Solve the equation:

A. y = 0

B. y = 2

C. y = 4

D. y = 8

2 22

y

Page 94: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which type of transformation is shown below?

A. dilation

B. reflection

C. rotation

D. translation

Page 95: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Brad’s Age

A. B.

C. D.

Brad’s Age

Brad’s Age Brad’s Age

Brad is 2 years older than his sister, Sarah. Which graph correctly represents the relationship between Brad’s age (x) and Sarah’s age (y) in years.

Page 96: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

The cube below is cut by the plane shown. What is the shape of the cross-section formed?

A. circle

B. rectangle

C. square

D. triangle

Page 97: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Find the difference.

3 1

10 8

1

10A. C.

B. D. 1

5

7

40

1

Page 98: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Simplify the expression:

(8u + 3) – (4u – 2)

A. 12u + 5

B. 12u – 1

C. 4u + 5

D. 4u – 1

Page 99: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

The point P(9, -2) is translated 2 units up to make point P’. Then P’ is reflected across the y-axis to form point P”. What are the coordinates of P” ?

A. (-11, -2)

B. (-9, 4)

C. (-9, 0)

D. (-9, -4)

Page 100: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

A. x + x + 5

B. x(x + 5)

C. x(5x)

D. 5x

Which algebraic expression shows “the product of a number and five more than that number?”

Page 101: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

A. 57

B. 120

C. 273

D. 336

Simplify the expression.

4 x 9 + 3(21 3)

Page 102: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

What three-dimensional figure will be formed if the right triangle shown is rotated about the line shown?

A. cone

B. cylinder

C. cube

D. sphere

Page 103: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

A. k is negative for line a and for line b.B. k is negative for line a and positive for line b.C. k is positive for line a and for line b.D. k is positive for line a and negative for line b.

A graph of two lines is shown. Both lines are of the form y = kx. Which statement is TRUE about k?

Page 104: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which point on the number line represents the least absolute value?

A. Point A

B. Point B

C. Point C

D. Point D

Page 105: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which are the coordinates of point B if ΔABC is reflected over the x-axis?

A. (2, 4)

B. (-2, 4)

C. (-2, -4)

D. (2, -4)

Page 106: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Jack baked x batches of cookies to take to school. Each batch had 15 cookies. Jack ate 9 of the cookies he baked. Which expression represents the number of cookies that Jack took to school?

A. 15 + x – 9

B. 9 – 15 – x

C. 15 ÷ x – 9

D. 15x – 9

Page 107: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

What three-dimensional figure will be formed if the rectangle shown is rotated about the line shown?

A. cone

B. cylinder

C. cube

D. sphere

Page 108: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

The point (7, -3) is translated 4 units to the left and 10 units down. What are the coordinates of the translated point?

A. (11, -7)

B. (11, -13)

C. (3, -7)

D. (3, -13)

Page 109: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Karen has a picture that is 5¼ inches long. If she reduces it to ⅔ of its original size, how long will the smaller picture be?

13

4

13

2

34

4

A. 5 inches C. inches

B. inches D. inches

Page 110: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

If x is proportional to y in the table below, then what are the values of P and Q?

x 5 10 15 Q y 7 14 P 28

A. P = 20 and Q = 21

B. P = 17 and Q = 21

C. P = 21 and Q = 25

D. P = 21 and Q = 20

Page 111: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

A. x = 1⅓B.x = 1⅔C.x = 2

D. x = 2⅓

If 6 times a missing number is added to 6 plus the same missing number, the result is 20. Which is the missing number?

Page 112: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which graph shows the equation?

A. C.

B. D.

53

2y x

Page 113: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

A. 1.2

B. 1.25

C. 1.3

D. 1.4

The perimeter of one rectangle is 15 yards. The perimeter of a similar rectangle is 21 yards. Which scale factor was used to create the larger rectangle?

Page 114: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

A. 8

B. 12

C. 15

D. 20

Twice a number plus 20 is five more than three times the number. What is the number?

Page 115: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which function rule represents the values in the table?

A. y = -2x + 2

B. y = 2x – 2

C. y = x – 4

D. y = x + 2

x y -2 -6-1 -4 0 -2 1 02 2

Page 116: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

A. -22

B. -8

C. 8

D. 22

Evaluate |-15| – |7|.

Page 117: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

The diagram shows two similar triangles. What is the measure of side LJ?

5 4

3

20

M

L

J K

N

A. 16

B. 30

C. 75

D. 150

Page 118: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Find the difference.

2 3

3 4

5117

A. C.

B. D. 1

12

5

7

5112

Page 119: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

A. C’ (3, 9)

B. C’ (3, 6)

C. C’ (9, 1)

D. C’ (9, 3)

Which will be the coordinates of point C’ if you dilate the triangle by a scale factor of 3?

Page 120: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

A. $480

B. $540

C. $600

D. $720

William made a circle graph of his monthly expenses. If his total monthly budget is $1,200, how much does he spend on rent each month?

Food20%

Utilities 25%

Rent40%

Other 15%

Monthly Expenses

Page 121: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

A. h = 5

B. h = 2

C. h = -1

D. h = -4

Solve 5h + 4 – 3h = 14.

Page 122: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Cindy put 4.5 cups of cat food in her cat’s bowl on Monday. By Thursday morning the bowl was empty, so she again filled it with 4.5 cups. If the bowl was half empty by Sunday night, how much food did the cat eat during the week?

A. 4.5 cups C. 7.5 cups

B. 6.75 cups D. 9 cups

Page 123: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

A. 1.5

B. 1.75

C. 2

D. 2.5

Which scale factor was used to dilate segment AB’?

Page 124: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

A. 12°

B. 34°

C. 68°

D. 112°

If Ping constructs the bisector of the angle shown, which is the measurement of each of the two resulting angles?

Page 125: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

A. 6 – 9x

B. 6 – 3x

C. 6 – x

D. 5 – x

Simplify the expression.

3(2 + x) – 4x

Page 126: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which is the median of this data set?

A. 63

B. 65

C. 66

D. 67

Page 127: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

The Georgia State capitol building in Atlanta stands at a height of about 275 feet. Tony will use the scale 1 inch: 25 feet to build a model of the building. How tall will Tony’s model be?

A. 7 inches C. 11 inches

B. 9 inches D. 12 inches

Page 128: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Point W has coordinates W(-3, 5). After a dilation, the coordinates are W’(-12, 20). What scale factor was used for the dilation?

A. 4

B. 2

C. ½

D. ¼

Page 129: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Phil wants to join a health club. One club charges a one-time joining fee of $55 and a monthly fee of $23. Which expression represents this situation?

A. 55m + 23

B. 23m + 55

C. (55 + 23)m

D. 55 – 23m

Page 130: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Simplify the expression:

8y – 3z + 2 – 10y + 5z – 2

A. -2y + 2z

B. -2y – 2z

C. 2y + 2z – 4

D. 2y + 2z + 4

Page 131: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Sophie is five years less than ⅓ of her grandmother’s age. Which expression describes Sophie’s age?

A. C.

B. D.

5 3x

15

3x

15

3x

3 5x

Page 132: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

A single copy of a book is 2¾ inches thick. A shipping box holds a stack of books up to 16½ inches tall. How many copies of the book will stack in a box?

A. 6

B. 8

C. 13

D. 19

Page 133: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

At the end of the school year, Orrin was 59½ inches tall. He had grown 3⅝ inches during the year. What was his height at the beginning of the year?

163

8

159

8

756

8

A. inches C. inches

B. inches D. inches

755

8

Page 134: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

A. y = x + 2B.y = x + 6

C.y = 2x

D. y = x + 7

Which equation represents the relation shown in the table?

x 2 4 6 8 10 y 8 10 12 14 16

Page 135: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Katie made 85 cookies for her class. At the end of the day, one-fifth of the cookies remained. Which quantity is the number of cookies eaten by the class.

A. 17 C. 51

B. 34 D. 68

Page 136: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which statement correctly describes the linear function:

A. As x increases by 1, y increases by ⅔.

B. As x increases by 1, y increases by 4.

C. As x increases by 1, y increases by -⅔.

D. As x increases by 1, y increases by -4.

24

3y x

Page 137: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

The width of a rectangle is 7 meters less than three times its length (x). Which expression represents the perimeter of the rectangle?

A. 4x – 7 C. 8x – 7

B. 7x – 14 D. 8x – 14

Page 138: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Evaluate the expression if m = -3 and n = -4.

A. -11

B. -8

C. 8

D. 11

285m

m n

Page 139: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which equation models the relationship shown in the table.

A. w = 9.25h

B. w = 8.75h

C. w = 7.5(h + 1)

D. w = 8h + 3.75

Hours(h)

Wages(w)

5 $43.7510 $87.50 15 $131.25 20 $175.0025 $218.75

Page 140: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which is the difference of (9y – 7) and (-13y + 4).

A. -4y – 11

B. -4y – 3

C. 22y – 3

D. 22y – 11

Page 141: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

If , which is the value of 2t?

A. 4½

B. 9

C. 18

D. 36

92

t

Page 142: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Alexis is building a circle graph to show the number of siblings (brothers and sisters) students in her homeroom have. If she knows that 15% of the students in her homeroom have three siblings, how many degrees would she need to use on the circle graph for that category?

A. 15° C. 45°

B. 30° D. 54°

Page 143: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

The equation h – 25 = 671 represents the height of the Georgia-Pacific Tower skyscraper located in downtown Atlanta. If h is the height of the tower in feet, what is the height?

A. 646 ft

B. 696 ft

C. 722 ft

D. 738 ft

Page 144: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

A sheet of plywood is ¾ of an inch thick. How many sheets are in a stack of plywood that is one foot high?

A. 9 sheets

B. 16 sheets

C. 36 sheets

D. 48 sheets

Page 145: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which BEST describes the way to find the missing number in the pattern?

⅓, 2, 12, ___, 432

A. Divide 432 by 3.

B. Divide 432 by 6.

C. Divide 432 by 12.

D. Divide 432 by ⅓.

Page 146: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

The width of a rectangle is 3 meters less than two times its length (x). If the perimeter is 32 meters, which is the rectangle’s length?

A. 5⅚ m C. 9½ m

B. 6⅓ m D. 17½ m

Page 147: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

If point R is rotated 180° about the origin, which will be the coordinates of point R’?

A. (-2, 3)

B. (3, 2)

C. (3, -2)

D. (3, 3)

Page 148: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

If the triangle is translated through space in the direction indicated, which solid is formed?

A. cone

B. triangular prism

C. square pyramid

D. triangular pyramid

Page 149: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

How can you write the phrase “80 stickers divided equally among f friends” as an algebraic expression?

A.

B.

C.

D.

80f

80

f

80

f

80f

Page 150: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which is the solution of the equation?

35 49

4x

A. C.

B. D.

72

258

3

140

2

33

Page 151: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which is the interquartile range of the data shown in the box-and-whisker plot?

A. 8 C. 22

B. 16 D. 24

Page 152: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Of the ordered pairs below, which is from the rule:

7

xy

A. (3, 21) C. (5, 35)

B. (4, 28) D. (14, 2)

Page 153: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which is the quotient of and .1

83

5

9

A. C.

B. D.

1

15

174

27

58

27

15

Page 154: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Find the value of the expression.

2 2 7

3 5 15

A. C.

B. D.

11

15

3

15

3

15

11

15

Page 155: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which expression represents 15 less than a number x?

A. 15 – x

B. x – 15

C. 15 ÷ x

D. x ÷ 15

Page 156: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

The scatter plot shows the number of mistakes made playing the piano after different amounts of practice. Fill in the blank. As the amount of time spent practicing increases, the number of mistakes _______.

A. decreasesB. doublesC. increasesD. stays the same

Page 157: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Simplify the expression:

8y – 3z + 2 – 10y + 5z – 2

A. -2y + 2z

B. -2y – 2z

C. 2y + 2z – 4

D. 2y + 2z + 4

Page 158: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Of the 40 rubies found in the mine, 25% were gem-grade, one-fifth were larger than 1 carat. Ms. Brown wants to buy a gem-grade ruby that is larger than 1 carat. How many rubies can she choose from?

A. 2 C. 10

B. 4 D. 15

Page 159: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

If the pattern on the graph continues, which value would be the second number in the ordered pair (5, __)?

A. 5

B. 6

C. 12

D. 13

Page 160: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

A. 6

B. 9

C. 12

D. 15

The circle graph shows favorite sports of a seventh grade team. If there are 60 students on the team, how many chose soccer as their favorite sport?

Favorite Sports

Football 30%

Basketball 20%

Soccer 15%

Baseball 25%

Hockey 10%

Page 161: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

If y varies directly with x in the table below, then which equation best describes the data?

x 10 15 20 25 y 6 9 12 15

A. C.

B. D.

5

3xy

3

5xy

5

3y x

3

5y x

Page 162: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which statement describes the equation?

36xy

A. The equation is a direct proportion.

B. The equation is an indirect proportion.

C.The equation is neither direct nor indirect.

D. There is not enough information.

Page 163: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Michael, Shane, and Rebecca were playing a game. Michael and Shane scored fifty points between them. Michael scored sixteen more points than Shane. Together, Shane and Rebecca scored 45 points. How many points did the 3 children score combined?

A. 78 C. 95

B. 79 D. 111

Page 164: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

The length of a rectangle is 4 meters less than three times the width. In simplest form which expression represents the perimeter of the rectangle?

A. 3x – 4 C. 6x – 8

B. 4x – 4 D. 8x – 8

Page 165: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

The triangles are similar. Which is the area ratio of the triangles? (small to large)

22

5

13

525

6

4

C

BA

E

D

F

A. 4/25 C. 2/3

B. 2/5 D. 5/2

Page 166: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which expression represents 23 more than a number n?

A. n + 23

B. n – 23

C. n > 23

D. 23 > n

Page 167: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Ryan is buying apples at a supermarket. The apples are being sold at a cost of 5 pounds for $2. If Ryan buys $8 worth of apples, which equation could be used to find y, the number of pounds of apples he bought?

A. C.

B. D.

28

5y

58

2y

52

8y

2 5 8y

Page 168: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

A. 3x + 5

B. 8x

C. 5x + 3

D. 5 + 8x

Admission to Fun Zone costs $5. Each ride costs $3. Yvonne visits Fun Zone and goes on x rides. Which expression gives her total cost?

Page 169: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

ΔABC ~ ΔWNT

If mBAC = 40°, then…

A. m W = 40°

B. m W = 120°

C. m N = 40°

D. m W = 120°

6 cm

2 cm

WA

N T

B C

Page 170: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

If TW = 12 cm, then…

A. m NW = 12 cm

B. m NW = 6 cm

C. m CA = 8 cm

D. m CA = 4 cm

6 cm

2 cm

WA

N T

B C

Page 171: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which equation represents the relationship shown in the table?

A. y = 8x C. y = 7x

B. y = x + 8 D. y = x + 7

x 1 2 3 4 5

y 8 16 24 32 40

Page 172: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Find the product.

4

1 29

21

3A. C.

B. D. 2

12

68

29

Page 173: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.
Page 174: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

How can you write the phrase “Four pounds more than a weight” as an algebraic expression?

A. 4w

B. w + 4

C. w – 4

D. w ÷ 4

Page 175: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

S AAA V N N H

Stephanie has the 8 cards below. She will place the cards in a deck, shuffle them, and draw a card at random. What is the probability that she will draw the letter “N”?

1

4

A. C.

B. D.

1

8

1

32

3

Page 176: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

What angle of rotation was used to create the symmetric figure?

A. 45°

B. 60°

C. 90°

D. 180°

Page 177: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Solve for d:

d 6 = 21

A. d = 3.5

B. d = 15

C. d = 27

D. d = 126

Page 178: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

A sheet of plywood is ¾ of an inch thick. How many sheets are in a stack of plywood that is one foot high?

A. 9 sheets

B. 16 sheets

C. 36 sheets

D. 48 sheets

Page 179: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Last weekend Ali spent ½ of her money on the movies and ¼ of her money on food. She has $7.50 remaining. How much money did she have originally?

A. $10 C. $30

B. $22.50 D. $37.50

Page 180: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Yasmine picked a marble out of a bag and recorded the color on this tally chart. Then she put the marble back and picked again. She did this forty-eight times. Which bag was Yasmine MOST LIKELY using?

A. C.

B. D.

White llll llll llll llll llll

Gray llll l

Black llll llll llll lll

Page 181: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which set of data does not show a constant rate of change?

Cups of Flour

Cookies Made

2 24 4 48 6 72

Number of Books

Price Paid

6 $30.00 12 $60.00 18 $90.00

TimePages Read

2 Hours 80 4 Hours 160 6 Hours 240

Games

Total Pts.

Scored 3 15 6 20

12 25

A. B.

C. D.

Page 182: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Josh performed an experiment in which he placed 5 cards, each with a letter on it, into a bag. He then reached in, picked a card without looking, and replaced it in the bag. He did this 100 times, and his results are shown below. What was the experimental probability of picking a card with the letter “A” on it in Josh’s experiment?

A.

B.

C.

D.

Letter Number of Times Picked

A 62

B 19

C 19

1

621

33

531

50

Page 183: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Hours

A group of friends went on a hiking trip and recorded their progress on the graph below. If the rate remains the same, how far would the group have hiked in 5 hours?

A. 5.5 miles

B. 6.5 miles

C. 7.5 miles

D. 8.5 miles

Page 184: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Zach has a spinner that is divided into 8 congruent sections. If he spins the pointer 72 times, how many times can he expect the arrow to land in the shaded area?

A. 18

B. 27

C. 36

D. 45

Page 185: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

This morning Josh walked to the bus stop and waited for 2 minutes. He then got on the bus to ride five miles to school. Which graph shows the relationship between the distance Josh travels and the time it takes him?

A B

C D

Page 186: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

ZZ

Z Y

YXLetter # of Times

Picked

X 20

Y 41

Z 59

Sydney spun the spinner 120 times. The table shows the results. Which statement accurately compares her results to the theoretical probability of the spinner landing on the letter “X”?

A. The experimental is slightly more than the theoretical.

B. The experimental is slightly less than the theoretical.

C. The experimental is equal to the theoretical.

D. The experimental is a lot more than the theoretical.

Page 187: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Lexi performed an experiment in which she placed 10 colored marbles into a bag. She then reached in, picked a marble, recorded its color, and replaced it in the bag. She did this 100 times, and her results are shown below. Which is MOST LIKELY the theoretical probability of choosing a purple marble from the bag?

A. B. C. D.

Color of Marble

Number of Times Picked

brown 29

gray 42

green 10

purple 19

1

8

1

5

2

5

3

5

Page 188: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Figure ABCD is similar to figure GHJK. Which is the length of side HJ?

A. 6 meters C. 11 meters

B. 9 meters D. 13.5 meters

9 m4 m

6 m

B C

DA HJ

K G

Page 189: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Based on Josh’s results of choosing a letter from the bag and replacing it 100 times, what is MOST LIKELY the theoretical probability of choosing a card with the letter “B”? (Remember, he originally put in five letter cards.)

A.

B.

C.

D.

Letter Number of Times Picked

A 62

B 19

C 19

1

81

52

53

5

Page 190: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

If , find the value of

y when a = 3 and b = 6.

9

2y

A. C. y = 2

B. D. y = 9

1

2y

11 1

y

a b

Page 191: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

An automobile dealership was just delivered 75 new cars, which were then lined up in a row on the dealership lot. Every third car has tinted glass, every fifth car has an automatic transmission, and every sixth car has a sun roof. Blaine wants to buy a new car with all three of these options. How many of the new cars that were just delivered to the dealership contain all three of these options?

A. 0 C. 2

B. 1 D. 5

Page 192: An accountant drives 50 miles a day to work. Which expression represents the total number of miles he drives after x days? A. 50 x B. 50  x C. x – 50.

Which measure is MOST affected by an outlier?

A. mean

B. median

C. mode

D. none of the above