Basic college mathematics 9th edition lial test bank

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MULTIPLE CHOICE. Choose the one alternative that best completes the statement or answers the question.
Write fractions to represent the shaded and unshaded portions of the figure.
1)

A)

5 5
,
1 4

B)

5 1
,
6 6

C)

1 5
,
6 6

1)

D)

1 4
,
5 5

2)

2)

A)

1 6
,
7 7

B)

7 1
,
4 4

C)

3 1
,
4 4

D)

7 1
,
8 8

3)

3)

A)

3 5
,
5 5

B)

5 3
,
4 4

C)

5 3
,
3 3

D)

5 3
,
8 8

4)

4)

A)

5 5
,
2 3

B)

2 3
,
5 5

C)

1

3 1
,
2 2

D)

2 1
,
3 3

5)

5)

A)

3 3
,
1 2

B)

1 2
,
3 3

C)

1 3
,
4 4

D)

3 1
,
4 4

6)

6)

A)

3 2
,
5 5

B)

3 5
,
8 8

C)

5 5
,
3 2

D)

5 3
,
8 8

7)

7)

A)

5 1
,

6 6

B)

5 1
,
3 3

C)

5 1
,
1 1

D)

1 1
,
5 1

8)

8)

A)

1 4
,
7 1

B)

7 1
,
1 4

C)

7 1
,
4 4

D)

7 1
,
8 8

9)

9)

A)

11 1
,
1 12

B)

11 1
,
12 12

C)

1 12
,
11 1

D)

11 1
,
6 6

10)

10)

A)

3 5
,
8 8

B)

3 2
,

5 5

C)

2

5 1
,
3 3

D)

5 3
,
8 8

Solve the problem.
11) Of 19 crates of apples, 2 crates are Granny Smiths. What fraction of the crates are Granny Smiths?
2
19
19
17
A)
B)
C)
D)
19
2
17

19

11)

12) Of 19 crates of apples, 2 crates are Granny Smiths. What fraction of the crates are not Granny
Smiths?
17
2
19
19
A)
B)
C)
D)
19
19
17
2

12)

13) A high school basketball team has 10 members. If 7 of the team members are juniors, find the
fraction of the team members that are juniors.
7
10
10
3
A)
B)
C)

D)
10
7
3
10

13)

14) A high school basketball team has 9 members. If 7 of the team members are juniors and the rest
are seniors, find the fraction of the team members that are seniors.
9
9
7
2
A)
B)
C)
D)
2
7
9
9

14)

15) In a microbiology class of 41 students, 17 students are graduate students. What fraction of the
students are graduate students?
41
17
24

41
A)
B)
C)
D)
17
41
41
24

15)

16) In a microbiology class of 29 students, 13 students are graduate students. What fraction of the
students are not graduate students?
16
29
29
13
A)
B)
C)
D)
29
16
13
29

16)

17) Of 88 bicycles in a bike rack, 41 are mountain bikes. What fraction of the bicycles are mountain

bikes?
88
88
41
47
A)
B)
C)
D)
47
41
88
88

17)

18) Of 94 bicycles in a bike rack, 41 are mountain bikes. What fraction of the bicycles are not mountain
bikes?
94
41
53
94
A)
B)
C)
D)
41
94
94
53

18)

19) Of 206 trees in the park, 43 are coniferous trees. What fraction of the trees are coniferous trees?
43
206
163
206
A)
B)
C)
D)
206
43
206
163

19)

20) Of 176 trees in the park, 13 are coniferous trees. What fraction of the trees are not coniferous trees?
13
176
163
176
A)
B)
C)
D)
176
163

176
13

20)

3

Identify the numerator and denominator.
3
21)
2
A) Numerator 2

B) Numerator 5

Denominator 3

22)

21)
C) Numerator 3

Denominator 1

D) Numerator

Denominator 3

Denominator 2

19
2

22)

A) Numerator 1
Denominator

B) Numerator 19
2
19

Denominator 2

C) Numerator 2

D) Numerator

19
2

Denominator 1

Denominator 19

List the proper fractions in the group.
9 5
7
3

23) ,
,
,
7 12 15 17
A)

24)

25)

26)

9
7

23)
B)

5
7
3
,
,
12 15 17

C)

9 5
7 3
,

,
,
7 12 15 17

D)

9 13
,
7 17

1 11 18 5 8
,
,
, ,
4 7 18 4 3

24)

A)

1 5 8
, ,
4 4 3

B)

11 18 5 8
,
, ,
7 18 4 3

C)

1 11 18 5 8
,
,
, ,
4 7 18 4 3

D)

1
4

7 14 7 11 3
,
, ,
,
12 13 2 4 4
A)

2
3

7 3
,
12 4

25)
B)

7 11 3
,
,
12 4 4

C)

7 11 3
,
,
2 4 4

16 13 11 17 2
,
,
,
,
13 12 8 17 3

D)

14 7 11
, ,
13 2 4

26)

A)

11
8

B)

13 11 17
,
,
12 8 17

C)

16 13 11 2
,
,
,
13 12 8 3

D)

2
3

4

27)

28)

3 5 7 2
16
,
, ,
,
7 19 7 11 219

27)

A)

7
7

B)

3 5
2
16
,
,
,
7 19 11 219

C)

5 7 2
, ,
19 7 11

D)

3 5 7 2
16
,
, ,
,
7 19 7 11 219

9 5
7 19 3
,
,
,
,
7 12 15 12 17

28)

A)

5
7
3
,
,
12 15 17

B)

9 19
,
7 12

C)

9 5
7
,
,
7 12 15

D)

9 5
7 19 3
,
,
,
,
7 12 15 12 17

List the improper fractions in the group.
14 5 7 46 39
29)
,
, ,
,
6 36 8 30 39

30)

31)

32)

29)

A)

14 5 7 39
,
, ,
6 36 8 39

B)

14 5 7 46 39
,
, ,
,
6 36 8 30 39

C)

5 7
,
36 8

D)

14 46 39
,
,
6 30 39

10 2 3 40 57
,
, ,
,
8 26 9 16 57

30)

A)

10 2 3 57
,
, ,
8 26 9 57

B)

2 3
,
26 9

C)

10 40 57

,
,
8 16 57

D)

10 2 3 40 57
,
, ,
,
8 26 9 16 57

31 9 5 22 20
,
, ,
,
8 48 6 17 20

31)

A)

31 22 20
,
,
8 17 20

B)

9 5

,
48 6

C)

31 9 5 22 20
,
, ,
,
8 48 6 17 20

D)

31 9 5 20
,
, ,
8 48 6 20

45 3 8 22 49
,
, ,
,
6 49 9 20 49

32)

A)

45 3 8 22 49
,

, ,
,
6 49 9 20 49

B)

3 8
,
49 9

C)

45 22 49
,
,
6 20 49

D)

45 3 8 49
,
, ,
6 49 9 49

5

33)

34)

55 3 6 48 56
,
, ,
,
6 42 9 37 56

33)

A)

55 3 6 48 56
,
, ,
,
6 42 9 37 56

B)

3 6
,
42 9

C)

55 48 56
,
,
6 37 56

D)

55 3 6 56
,
, ,
6 42 9 56

14 9 5 44 36
,
, ,
,
5 31 7 21 36

34)

A)

14 9 5 36
,
, ,
5 31 7 36

B)

14 9 5 44 36
,
, ,
,
5 31 7 21 36

C)

14 44 36
,
,
5 21 36

D)

9 5
,
31 7

Fill in the blanks to complete the sentence.
11
35) The fraction
represents
of the
47
A)

11
, 47
47

equal parts into which a whole is divided.

B) 47, 11

C)

11
, 11
47

D) 11, 47

Write the mixed number as an improper fraction.
7
36) 3
9
A)

37) 2

34
7

C)

27
7

D)

34
9

37)
23

7

B)

23
8

C)

16
8

D)

16
7

2
7
A)

39) 5

B)

36)

7
8
A)

38) 7

27
9

38)
49
7

B)

51
7

C)

51
2

D)

49
2

3
7
A)

40) 12

39)
38
7

B)

35
7

C)

35
3

D)

38
3

7
10
A)

35)

40)
127
10

B)

137
10

C)

6

84
10

D)

19
10

41) 21

2
3

41)

A) 35

B)

65

3

C) 294

D) 14

Write the improper fraction as a whole or mixed number.
20
42)
3
A)

43)

2
3

B) 7

1
4

B) 11

1
4

C) 12

1

4

D) 11

1
7

44)
2
5

B) 7

2
7

C) 8

2
5

D) 7

2
5

45)
1
6

B) 6

1
7

C) 6

1
6

D) 7

1
6

46)
6
7

B) 4

6
8

C) 5

6
8

D) 6

6
8

154
7

47)
B)

22
2

C) 155

D) 153

195
7
A) 195

49)

2
3

43)

A) 22

48)

D) 6

46
8
A) 5

47)

2
7

37
6
A) 5

46)

C) 5

37
5
A) 6

45)

2
3

45
4
A) 10

44)

42)

48)
195
7

B) 27

6
7

C) 195

7
195

D)

7
195

967
5
A) 2901

49)
967
5

B)

5
967

C) 2901

7

5
967

D) 193

2
5

50)

2338
14
A) 167

50)

B) 2337

C)

Find all the factors for the number.
51) 30
A) 1, 2, 3, 5, 6, 10, 15, 30
C) 1, 5, 6, 30

167
2

D) 2339

51)
B) 1, 2, 3, 5, 6, 10, 20, 30
D) 5, 6, 10, 30

52) 28

52)
A) 2, 7, 14, 28
C) 1, 2, 4, 7, 14, 28

B) 1, 2, 7, 14, 28
D) 1, 2, 4, 7, 8, 14, 28

A) 1, 2, 3, 4, 5, 6, 9, 10, 12, 18, 36
C) 1, 2, 4, 6, 12, 18, 36

B) 2, 4, 6, 12, 18, 36
D) 1, 2, 3, 4, 6, 9, 12, 18, 36

A) 1, 3, 5, 9, 15, 30, 45
C) 1, 3, 5, 9, 15, 45

B) 1, 2, 3, 5, 9, 15, 30, 45
D) 1, 3, 5, 15, 45

A) 1, 2, 4, 7, 8, 14, 28, 56
C) 2, 4, 7, 8, 14, 28

B) 1, 2, 3, 4, 7, 8, 14, 18, 28, 56
D) 1, 2, 4, 7, 8, 14, 18, 28, 56

A) 3, 5, 7, 9, 11, 21, 63
C) 1, 3, 7, 9, 21, 63

B) 1, 2, 3, 7, 9, 21, 36, 63
D) 1, 3, 5, 7, 9, 11, 21, 63

A) 1, 2, 3, 4, 11, 16, 22, 33, 66
C) 1, 2, 3, 6, 11, 22, 33, 66

B) 1, 2, 3, 9, 11, 22, 33, 66
D) 1, 3, 11, 22, 33, 66

A) 1, 3, 5, 7, 9, 15, 20, 35, 70
C) 1, 2, 5, 7, 10, 14, 35, 70

B) 1, 2, 5, 7, 35, 70
D) 1, 2, 3, 5, 7, 9, 15, 35, 70

A) 1, 2, 3, 4, 6, 8, 9, 12, 18, 24, 36, 72
C) 1, 2, 3, 4, 6, 9, 12, 14, 18, 24, 36, 72

B) 1, 2, 3, 4, 6, 8, 9, 12, 24, 36, 72
D) 1, 2, 3, 4, 5, 6, 7, 8, 9, 12, 18, 24, 36, 72

A) 1, 2, 3, 4, 7, 14, 21, 28, 42, 84
C) 1, 2, 3, 4, 5, 6, 7, 8, 9, 12, 14, 21, 28, 42, 84

B) 1, 2, 3, 4, 6, 7, 12, 14, 21, 28, 42, 84
D) 1, 2, 3, 4, 6, 7, 12, 14, 21, 42, 84

53) 36

53)

54) 45

54)

55) 56

55)

56) 63

56)

57) 66

57)

58) 70

58)

59) 72

59)

60) 84

60)

Decide whether the number is prime or composite.
61) 44
A) Prime

61)
B) Composite

8

62) 97

62)

A) Prime

B) Composite

A) Prime

B) Composite

63) 84

63)

64) 11

64)
A) Prime

B) Composite

A) Prime

B) Composite

65) 9

65)

Find the prime factorization of the number. Write the answer with exponents when repeated factors appear.
66) 63
66)

2
2
A) 7
B) 9 ∙ 7
C) 9 ∙ 3
D) 3 ∙ 7
67) 134
A) 2 2 ∙ 67

67)
B) 2 2

C) 2 ∙ 65

D) 2 ∙ 67

A) 2 6 ∙ 5

B) 2 5 ∙ 7

C) 2 6 ∙ 7

D) 2 5 ∙ 11

A) 2 2 ∙ 3 2

B) 2 2 ∙ 3

C) 2 ∙ 3

D) 2 ∙ 3 2

B) 10 ∙ 11

C) 5 2 ∙ 2

D) 2 2 ∙ 11

B) 2 ∙ 5 2 ∙ 7

C) 2 ∙ 5 ∙ 7

D) 2 2 ∙ 5 2 ∙ 7

68) 448

68)

69) 6

69)

70) 110
A) 2 ∙ 5 ∙ 11

70)

71) 350
A) 14 ∙ 52

71)

72) 612
A) 2 3 ∙ 3 2 ∙ 17

72)
B) 3 4 ∙ 17

C) 2 2 ∙ 3 2 ∙ 17

D) 2 4 ∙ 17

B) 3 ∙ 5 4 ∙ 11

C) 3 4 ∙ 5 ∙ 11

D) 3 3 ∙ 5 2 ∙ 11

B) 2 4 ∙ 5 2 ∙ 13

C) 2 4 ∙ 5 ∙ 11

D) 2 4 ∙ 5 2 ∙ 11

B) 2 3 ∙ 3 2 ∙ 13

C) 2 2 ∙ 3 3 ∙ 5 ∙ 13

D) 2 3 ∙ 3 2 ∙ 5 ∙ 13

73) 7425
A) 3 3 ∙ 5 3 ∙ 11

73)

74) 4400
A) 2 3 ∙ 5 2 ∙ 11

74)

75) 4680
A) 2 3 ∙ 3 2 ∙ 5 ∙ 11

75)

Determine whether the number is divisible by 2, 3, 4, 5, 6, 7, 8, 9, and/or 10.
76) 30
A) 2, 3, 5, 6
B) 2, 3, 5, 10
C) 2, 3, 5, 6, 10

9

76)
D) 2, 3, 5

77) 14,200
A) 2, 5, 8, 10

B) 2, 4, 5, 8

C) 2, 5, 4, 8, 10

D) 2, 4, 5

77)

78) 191
A) 3, 7

B) None

C) 3

D) 3, 5

78)

79) 3139
A) 3

79)
B) 3, 7

C) 3, 5

D) None

80) 174,511

A) 3, 7

B) 3

C) None

D) 3, 5

81) 1634
A) 4

B) 2

C) 2, 3, 4

D) 3, 4

82) 2442
A) 2, 3, 4

B) 4, 5, 6

C) 3, 4, 6

D) 2, 3, 6

83) 1705
A) 2, 5, 10

B) 10

C) 5

D) 5, 10

84) 1311
A) 3

B) 9

C) 3, 9

D) 2, 3, 9

85) 42,340
A) 4, 5, 10

B) 4, 5

C) 2, 4, 5, 10

D) 2, 5

80)

81)

82)

83)

84)

85)

Write the fraction in lowest terms.
6
86)
8
A)

87)

6
4

C)

4
3

D)

3
8

87)
1
15

B)

2
6

C)

1
5

D)

2
10

30
35
A)

89)

B)

3
15
A)

88)

3

4

86)

88)
30
35

B)

6
7

C)

5
7

D)

6
5

55
77
A)

89)
5
11

B)

11
7

C)

10

5
7

D)

55
77

90)

15
47
A)

91)

C)

1

47

D)

15
47

91)
10
9

B)

7
9

C)

7
10

D)

70
90

92)
48
57

B)

16
19

C)

3
19

D)

16
3

93)
5
20

B)

5
7

C)

100
140

D)

20
7

247
342
A)

95)

7
23

100
140
A)

94)

B)

48
57
A)

93)

23
7

70
90
A)

92)

90)

94)
247
342

B)

13
19

C)

19
18

D)

13
18

820
20
A)

95)
1
41

B) 42

C)

820
20

D) 41

Write the numerator and denominator of the fraction as a product of prime factors and divide by the common factors.
Then write the fraction in lowest terms.
12
96)
96)
16
A)

97)

2∙2∙3 3
=
2∙2∙2 2

B)

2∙2∙3
3
=
2∙2∙2∙2 4

C)

2∙2∙3
3
=
2∙2∙2∙2 2

35
56

D)

2∙3
3
=
2∙2∙2 4

97)

A)

2∙5∙7
5
=
2 ∙ 2 ∙ 2 ∙ 7 14

B)

5∙7
5
=
2 ∙2∙2 ∙7 8

C)

3∙ 7
21
=
2∙2∙7
8

D)

2 ∙ 2 ∙ 2 ∙ 7 14
=
2∙5∙7
5

11

98)

99)

40
84

98)

A)

2 ∙ 2 ∙ 5 ∙ 5 25
=
2 ∙ 2 ∙ 3 ∙ 7 21

B)

2 ∙ 2 ∙ 2 ∙ 5 10
=
2 ∙ 2 ∙ 3 ∙ 7 21

C)

2∙2∙2∙5 5
=
2∙2∙2∙7 3

D)

2 ∙ 2 ∙ 5 10
=
2 ∙ 3 ∙ 7 21

320

156

99)

A)

2 ∙ 3 ∙ 2 ∙ 5 80
=
13
39

B)

2 ∙ 2 ∙ 2 ∙ 2 ∙ 2 ∙ 2 ∙ 5 320
=
2 ∙ 2 ∙ 3 ∙ 13
156

C)

2 ∙ 2 ∙ 2 ∙ 2 ∙ 2 ∙ 2 ∙ 5 80
=
2 ∙ 2 ∙ 3 ∙ 13
39

D)

2 ∙ 2 ∙ 2 ∙ 2 ∙ 2 ∙ 5 80
=
2 ∙ 3 ∙ 13

39

Write the fractions in lowest terms. Then determine whether the pair of fractions is equivalent or not equivalent.
5
100
100)
and
100)
8
160
A) Equivalent

101)

B) Not equivalent

1
5
and
6
12

101)

A) Equivalent

102)

B) Not equivalent

3
19
and
7
23

102)

A) Equivalent

103)

B) Not equivalent

1
18
and
3
54

103)

A) Equivalent

104)

B) Not equivalent

10
8

and
25
20

104)

A) Equivalent

105)

B) Not equivalent

45
54
and
55
77

105)

A) Equivalent

B) Not Equivalent

Multiply. Write the answer in lowest terms.
3 1
106) ∙
4 3
A)

3
7

B)

106)

1
4

C)

12

4
7

D)

3
12

107)

1 2
∙
4 3
A)

108)

3
7

2
12

10
9

B)

45
8

C)

8
45

D)

3
7

109)
B)

2

9

C)

2
11

D)

1
18

36
145

110)
B)

29
20

C)

20
29

D)

36
5

5
4

111)
B)

35
36

C)

8
63

D)

20
63

3 1 3
∙ ∙
5 2 8
4
5

112)
B)

9

80

C)

9
10

D)

9
40

12 40 15
∙
∙
25 66 32
A)

114)

D)

2 4 5
∙ ∙
3 7 6

A)

113)

1
6

3 12
∙
5 29

A)

112)

C)

1 1
∙
2 9

A)

111)

2
5

108)

A) 18

110)

B)

2 4
∙
5 9
A)

109)

107)

6
11

113)
B)

3
44

C)

3
11

D)

3
22

48 16 45
∙
∙
64 27 24
A)

5
6

114)
B)

5
9

C)

5
24

D)

5
18

Multiply. Write the answer in lowest terms and as a whole or mixed number where possible.
2
115) 27 ∙
9
A) 6

B) 3

C) 8

13

D) 10

11
72

115)

116) 15 ∙

7
9

A)

117) 280 ∙

116)
7
27

117)
B) 40

C)

1
7

D)

280
7

118)
B) 140

C) 300

D) 120

119)
B) 74

C) 76

D) 55

1
2

1
∙ 149

5
A) 149

121) 50 ∙

120)
B) 29

4
5

C)

1
745

D)

1
5

3
5
∙
10 21

A) 75

122)

D) 35

2
∙ 111
3
A) 111

120)

C) 7

2
5

A) 350

119)

2
3

1
7

A) 4

118) 350 ∙

B) 11

121)
B) 3

4
7

C)

7
25

D)

5
14

78
2
∙ 308 ∙
66
14
A) 52

122)
B) 48

C) 57

14

1
5

D) 52

4
5

Find the area of the rectangle.
123)

A=

4
foot
9

B=

1
foot
2

A)

2
square foot
9

123)

B)

4
square foot
11

C)

4
square foot
18

D)

5
square foot
11

124)

124)

A=

2
in.
7

B = 7 in.
A)

14 2
in.
7

B)

51 2
in.
7

C)

9 2
in.
7

D) 2 in.2

125)

125)

A=

7
mi
24

B=

16
mi
9

A)

23
mi2
33

B)

14
mi2
27

C)

5
mi2
7

D)

112
mi2
216

Solve the problem. Write the answer in lowest terms and as a whole or mixed number where possible.
7
126) Find the area of a rectangular banner having a length of 24 feet and a width of foot.
9
A) 7 ft2

B)

7 2
ft
27

C) 18

2 2
ft
3

127) Find the area of a rectangular table top having a length of 4 feet and a width of
A) 3

3 2
ft
4

B)

1 2
ft

11

C) 11 ft2

15

126)

D) 56 ft2

11
feet.
4
D) 7

1 2
ft
2

127)

128) A rectangular parking lot measures
A)

1
mi2
21

129) Layer Cake A is

B)

3
2
mile by mile. Find the area of the parking lot.
14
9

5
mi2
23

C)

2
mi2
63

D)

5
mi2
126

2
1
1
3
yard long and yard wide. Layer Cake B is yard long and yard wide.

3
4
2
8

Which cake has the larger area?
A) Layer Cake B

128)

129)

B) Layer Cake A

Solve the problem.
130) A rectangular parking lot measures
A)

5
mi2
72

B)

3
2
mile by mile. Find the area of the parking lot.
8
9

1
mi2
12

C)

5
mi2
17

D)

131) Find the area of a rectangular table top having a length of 5 feet and a width of
A) 4 ft2

B)

4 2
ft
55

132) A rectangular sheet of paper measures
A)

2 2
ft
21

133) A rectangular dog bed is
A)

8
yd2
35

B)

C) 8 ft2

C)

3 2
ft
7

11
feet.
4
D) 13

B)

6
yd2
7

C)

inventory items are perishable?
A) 186 items

B) 189 items

132)
D)

3 2
ft
10

133)
1
yd2
2

135) Mr. and Mrs. Jones have a home equity loan of $18,200. They have paid off

136) During elections at the local union,

D)

6
yd2
35

3
are perishable. How many of the
25

C) 194 items

much of the loan have they paid off?
A) $9600
B) $10400

C) $11200

C) 5 members

16

134)

D) 787 items
8
of the loan. How
14

135)

D) $1300

3
of the members voted. If there are 120 members, how many
24

B) 18 members

131)

3 2

ft
4

2
4
yard by yard. Find its area.
5
7

134) A warehouse stores 1575 different inventory items, of which

voted?
A) 15 members

1
mi2
18

1
2
foot by foot. Find its area.
3
7

1 2
ft
7

130)

D) 12 members

136)

137) A restaurant has a capacity of 266 patrons. If the restaurant is
restaurant?
A) 45 patrons

B) 14 patrons

3
full, how many patrons are at the
19

C) 39 patrons

137)

D) 42 patrons

138) Rich can machine 32 units in 8 hours. How many units can he machine in 4 hours?
A) 1 unit(s)
B) 16 units
C) 4 units
D) 128 units

138)

139) Karen can ride her bike 30 miles in 6 hours. How many miles can she ride in 4 hours?

A) 20 miles
B) 5 miles
C) 1 mile(s)
D) 120 miles

139)

140) One fifth of Mary's earned income is deducted from her paycheck for withholdings. Three fourths
of the withholdings are for taxes. What fraction of Mary's earned income is deducted for taxes?
1
3
4
4
A)
B)
C)
D)
5
20
9
15

140)

141) One fifth of Joan's earned income is deducted for withholdings. Three tenths of the withholdings
are for federal income tax. What fraction of Joan's earned income is deducted for federal income
tax?
3
2
4

2
A)
B)
C)
D)
50
25
15
3

141)

142) One fifth of Joe's earned income is deducted for withholdings. One third of the withholdings are
for social security (FICA). What fraction of Joe's earned income is deducted for social security?
1
3
2
1
A)
B)
C)
D)
4
5
15
15

142)

143) A certain scholarship will pay for

3
of a student's total tuition. How much will a student who
8

receives this scholarship pay toward tuition, if tuition is $800?
A) $794
B) $500
C) $300

17

D) $750

143)

Use the circle graph to answer the question.
144) Last year, one family ate fast food 576 times. The circle graph shows the types of food eaten for the
year. Find the number of times chicken was eaten.

A) 144 times

B) 4608 times

C) 72 times

D) 192 times

145) On a typical night at Skinny's Pizza, 240 pizzas are ordered. How many cheese pizzas are ordered?

A) 48 pizzas

B) 60 pizzas

C) 80 pizzas

144)

145)

D) 56 pizzas

The following table shows the earnings for the Juarez family last year. Use this information to answer the question.
Month
Jan.
Feb.
Mar.
Apr.
May
June

Earnings
$1400
$1150
$2950
$2300
$1650
$2700

Month
July
Aug.
Sept.
Oct.
Nov.
Dec.

Earnings
$1300
$2450
$2500
$2000
$2350
$2400

146) What was the family's total income from January thru June?
A) $11,000
B) $12,150
C) $13,000

18

146)
D) $9,200

147) What was the family's total income for the year?
A) $23,750
B) $25,150

148) If the family paid

B) $4527

C) $4860

B) $2900

150) The family saved

B) $1044

151) The family saved

B) $4736

C) $3360

B) $2970

C) $2766.50

B) $4590

C) $3570

155) Other expenses account for
expenses?
A) $2940

B) $7400

C) $5250

C) $3521

1
8

155)

D) $3864

Find the reciprocal.
8
156)
17
A)

154)

D) $6287.50

7
of the family income. How much was spent last year on other
50
B) $2800

153)

D) $4275.50

1
of the family income is spent on entertainment, how much did they spend for entertainment
4

last year?
A) $6750

152)

D) $3256

17
of their income on rent payments. How much did they spend on rent for the
100

year?
A) $5032

151)

D) $4024

11
of their income for food purchases. How much did they spend on food
100

purchases for the year?

A) $2310

150)

D) $1093.50

4
of their total income each month. How much savings did they have at the
25

end of the year?
A) $4320

153) The family used

C) $828

149)

D) $2400

9
of their total income each month. How much savings did they have at the
100

end of June?
A) $1170

152) The family used

C) $2515

148)

D) $5328

1
of the family's total income was spent on clothing, how much was spent for clothing last
10

year?
A) $2700

154) If

D) $22,000

9
of their total income in taxes for the year, how much was paid in taxes?
50

A) $3780

149) If

147)
C) $24,000

156)
B)

8
17

C)

19

17
8

D) 17

157)

1
12
A)

157)
1
12

B) 1

C) 12

D) No reciprocal

158) 5

158)
1
A)
5

159)

B) 5

C) 1

D) No reciprocal

14
11
A)

159)
1
11

B)

11
14

C)

1
14

D) 11

Divide. Write the answer in lowest terms and as a whole or mixed number where possible.
3 4
160) ÷
4 5
A)

161)

1
7

D)

15
16

B) 1

2
3

C)

5
21

D) 4

1
5

162)
1
5

B)

1
5

C) 5

D)

5
6

3 3
÷
8 4

163)
1
2

B)

3
32

C) 10

2
3

D) 2

2 5
÷
5 8

164)

A) 1

165)

1
12

1 5
÷
6 6

A)

164)

C)

161)

A) 1

163)

B) 12

1 7
÷
3 5
A)

162)

3
5

160)

9
16

B)

16
25

C)

1
4

D) 4

4 8
÷
7 5
A)

165)
32
35

B) 1

3
32

C) 2

20

4
5

D)

5
14

166)

5 1
÷
3 3

166)

A) 5

167)

B)

1
5

C)

5
9

D) 1

4
5

5
30
÷
13 91
A)

6
7

167)
B) 5

5
6

C) 1

1
6

D)

150
1183

168)

168)
3
4
1
3
A)

1
4

B)

3
4

C) 2

1
4

D)

7
11

169)

169)
5

12
5
18
A) 1

170) 15 ÷

1
2

C)

2
3

D) 7

B) 35

C) 6

3
7

D)

1
35

1

5

172) 18 ÷

1
2

170)

171)

A) 1

1
5

B)

1
30

C) 30

D) 6

3
5

A)

173) 2 ÷

25
216

3
7

A) 5

171) 6 ÷

B)

172)
1
30

B) 30

C) 10

4
5

D) 6

3
2

A) 3

173)
B)

3
4

C) 1

21

1
3

D)

1
6

174)

7
÷2
4
A)

175)

7
8

B)

2
7

C)

1
8

D) 3

1
2

7
÷1
10
A)

176)

174)

175)

10

7

B)

7
10

C)

7
11

D) 1

3
7

6
÷2
7

176)

A) 1

5
7

B) 2

1
3

C) 3

D)

3
7

177)

177)
18
2
5
A) 45

B) 7

1
5

C)

1
45

D) 18

178)

178)
10
2
7
A) 35

B) 2

6
7

C)

1
35

D) 5

179)

179)
20
3
5
A)

3
4

B) 33

1
3

C) 4

D) 1

1
3

Solve the problem.
180) A land developer wants to develop 6 acres of land. Each lot in the development is to be
acre. How many lots will the land developer have in the 6 acres?
1
A) 6 lots
B)
lot
C) 24 lots
12

22

D) 1

1
of an
4

1
lot(s)
2

180)

181) A box of cereal contains about 12 cups. A serving size is

3
cup. About how many servings are in
4

181)

the box of cereal?
A) 16 servings

B) 9 servings

182) A bag of chips weighs 24 ounces. A serving size is

C) 5

1
servings
3

D) 3

3
servings
4

3
ounce. How many servings are in the bag of
4

182)

chips?
A) 9

1
servings
3

B) 18 servings

C) 32 servings

183) A bottle of ketchup has a net weight of 22 ounces. A serving size is

D) 6

3
servings
4

1
ounce. How many servings
2

183)

are in the bottle of ketchup?
A) 24 servings

B) 11 servings

184) A child's dose of medicine is

C) 22

1
servings
2

1
of a pre-measured dose cup. If the bottle of medicine is the size of
6

9 dose cups, how many children's doses are there in the bottle?
1
A) 1 dose(s)
B) 15 doses
C) 54 doses
2

185) A worker has readings that take
completed in 48 minutes?
A) 72 readings

D) 9

B) 16 readings

C) 32 readings

C) 36 tiles

2
pound is to be divided into 4 equal portions. What will be the weight
3

B)

1
pound
6

C)

23

2
pound(s)
3

186)

D) 4 tiles

of each portion?
A) 6 pounds

185)

D) 18 readings

1
-foot square tiles along a 12-foot wall. How
3

many tiles will be needed along the wall?
1
A) 37 tiles
B) 12 tiles
3

184)

1
doses
6

2
minute each to read and record. How many readings can be
3

186) The floor of a rectangular room is to be tiled with

187) A piece of cheese weighing

D) 44 servings

D) 2

2
pound(s)
3

187)

188) A piece of cable which is

2
1
m long is to be cut into pieces m long. How many pieces will there
3
9

188)

be?
A) 6 pieces

1

piece
6

B)

189) The recipe for a chocolate chip cake calls for

C) 27 pieces

D) 18 pieces

2
pound of chocolate chips. If a bakery wants to make
3

24 cakes, how many pounds of chocolate chips will they need?
A) 14 pounds
B) 12 pounds
C) 8 pounds

D) 16 pounds

190) An upholsterer wants to reupholster 120 chairs for a banquet hall. If each chair needs
brass tacks, how many pounds of brass tacks are needed?
A) 4 pounds
B) 360 pounds
C) 36 pounds

191) A mechanic uses on average

192) A building contractor finds that

190)

D) 40 pounds

191)

D) 20 tractors

2
can of pipe joint compound is needed to plumb each new home.
5

How many homes can be plumbed with 12 cans of compound?
4
A) 15 homes
B) 4 homes
C) 12 homes
5

193) Jeremy has traveled

1
pound of
3

4
gallon(s) of gear lube to service each tractor differential. Find the
5

number of tractors that can be serviced with 16 gallons of gear lube.
4
A) 4 tractors
B) 64 tractors
C) 12 tractors
5

189)

192)

D) 30 homes

6
of his total trip. If the trip is a total of 749 miles, how many miles has he
7

193)

gone?
A) 642 miles

B) 107 miles

C) 321 miles

D) 91

5

miles
7

194) Susan has been working on a job that will require 40 hours to complete. If she has completed

4
of
5

194)

the job, how many hours has she worked?
A) 8 hours

B) 32 hours

195) A scarf manufacturer requires

C) 16 hours

D) 6

2
hours
5

3
yard of fabric for each scarf produced. Find the number of
5

scarves that can be made from 867 yards of fabric.
A) 347 scarves
B) 1445 scarves

C) 2168 scarves

24

D) 520 scarves

195)

196) Each patient will receive
of medication?
A) 4455 patients

9
vial of medication. How many patients can be treated with 4950 vials
10
B) 8910 patients

C) 550 patients

196)

D) 5500 patients

Multiply to find the exact answer. Express the answer as a whole or mixed number when possible and simplify.
4