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Worksheets

Ultimate Math Q2 G7 Exam

Total questions: 175

Worksheet time: 2hrs 30mins

Name
Class
Date
1.

Can be used to show that a number has been multiplied by itself one or more times. You can write 3×3 as powers, such as 3^2 or 3 squared. Likewise, you can write 2×2×2 as 2^3 and 5×5×5×5 as 5^4 .

a)

exponent

b)

base

c)

exponent

d)

perfect square

e)

square root

2.

The 3 in 3^2 is what?

a)

exponent

b)

base

c)

exponent

d)

perfect square

e)

square root

3.

The 2 in 3^2 is what?

a)

exponent

b)

base

c)

exponent

d)

perfect square

e)

square root

4.

Is the square of a whole number.

a)

exponent

b)

base

c)

exponent

d)

perfect square

e)

square root

5.

Of a given number is a number which square is the given number.

a)

exponent

b)

base

c)

exponent

d)

perfect square

e)

square root

6.

When 2 is used as an exponent, the base is _____.

a)

squared

b)

cubed

c)

radical sign

d)

radical

e)

radicand

7.

When 3 is used as an exponent, the base is _____.

a)

squared

b)

cubed

c)

radical sign

d)

radical

e)

radicand

8.

The symbol √ is used to indicate the positive square root and is known as the _____.

a)

squared

b)

cubed

c)

radical sign

d)

radical

e)

radicand

9.

The combination of the radical sign with the number is called a _____.

a)

squared

b)

cubed

c)

radical sign

d)

radical

e)

radicand

10.

The number under the radical sign is known as the _____.

a)

squared

b)

cubed

c)

radical sign

d)

radical

e)

radicand

11.

11^2

a)

121

b)

144

c)

169

d)

196

e)

225

12.

12^2

a)

121

b)

144

c)

169

d)

196

e)

225

13.

13^2

a)

121

b)

144

c)

169

d)

196

e)

225

14.

14^2

a)

121

b)

144

c)

169

d)

196

e)

225

15.

15^2

a)

121

b)

144

c)

169

d)

196

e)

225

16.

16^2

a)

256

b)

289

c)

324

d)

361

e)

400

17.

17^2

a)

256

b)

289

c)

324

d)

361

e)

400

18.

18^2

a)

256

b)

289

c)

324

d)

361

e)

400

19.

19^2

a)

256

b)

289

c)

324

d)

361

e)

400

20.

20^2

a)

256

b)

289

c)

324

d)

361

e)

400

21.

X^2 = 169

a)

13

b)

40

c)

22

d)

9/25

22.

√1600 = X

a)

13

b)

40

c)

22

d)

9/25

23.

√484 = X

a)

13

b)

40

c)

22

d)

9/25

24.

√81/625

a)

13

b)

40

c)

22

d)

9/25

25.

The cube root of a positive number “n” is a positive number, and the cube root of a negative number “n” is a negative number.

a)

TRUE

b)

FALSE

26.

8

a)

2^3

b)

3^3

c)

4^3

d)

5^3

e)

6^3

27.

27

a)

2^3

b)

3^3

c)

4^3

d)

5^3

e)

6^3

28.

64

a)

2^3

b)

3^3

c)

4^3

d)

5^3

e)

6^3

29.

125

a)

2^3

b)

3^3

c)

4^3

d)

5^3

e)

6^3

30.

216

a)

2^3

b)

3^3

c)

4^3

d)

5^3

e)

6^3

31.

343

a)

7^3

b)

8^3

c)

9^3

d)

10^3

32.

512

a)

7^3

b)

8^3

c)

9^3

d)

10^3

33.

729

a)

7^3

b)

8^3

c)

9^3

d)

10^3

34.

1 000

a)

7^3

b)

8^3

c)

9^3

d)

10^3

35.

Between which two consecutive integers does each number lie?

a. √20

a)

4

b)

5

c)

15

d)

16

36.

Between which two consecutive integers does each number lie?

. √250

a)

4

b)

5

c)

15

d)

16

37.

Between which two consecutive integers does each number lie?

c. √27

a)

5

b)

6

c)

14

d)

15

38.

Between which two consecutive integers does each number lie?

d. √2

a)

5

b)

6

c)

14

d)

15

39.

Approximate 30 to the tenths place.

If √a = b, then a = b, b and a/b = b.

a)

5.5

b)

7.09

c)

irrational number

d)

π

40.

Approximate 50 to the tenths place.

If √a = b, then a = b, b and a/b = b.

a)

5.5

b)

7.09

c)

irrational number

d)

π

41.

Is a real number that cannot be expressed as a quotient of two integers. The first _____ discovered was √2

a)

5.5

b)

7.09

c)

irrational number

d)

π

42.

π

a)

Rational

b)

Irrational

43.

is the distance for the tip of the little finger to the tip of the thumb of the outstretched hand.

a)

span

b)

palm

c)

digit

d)

foot

44.

is the distance across the base of the four fingers that form the palm.

a)

span

b)

palm

c)

digit

d)

foot

45.

is the thickness or width of the index finger.

a)

span

b)

palm

c)

digit

d)

foot

46.

is the length of a foot.

a)

span

b)

palm

c)

digit

d)

foot

47.

is the distance from the tip of the middle finger of the outstretched hand to the front of the elbow.

a)

cubit

b)

pace

48.

is the distance of one full step.

a)

cubit

b)

pace

49.

Queen Elizabeth I changed the measure of the mile from 5 000 feet to 5 280 feet. Her reason for doing this was because a furlong equaled to 220 yards (660 feet), and if 1 mile equaled to 5 280 feet, then a mile would equal to 8 furlongs. Thus, a partial list of English measurements was released in 1500 CE, which includes the following:

a)

TRUE

b)

FALSE

50.

1 foot

a)

12 inches

b)

3 feet

c)

5 feet

d)

264 paces

51.

1 yard

a)

12 inches

b)

3 feet

c)

5 feet

d)

264 paces

52.

1 pace

a)

12 inches

b)

3 feet

c)

5 feet

d)

264 paces

53.

1 furlong

a)

12 inches

b)

3 feet

c)

5 feet

d)

264 paces

54.

1 mile

a)

8 furlongs

b)

24 furlongs

55.

1 league

a)

8 furlongs

b)

24 furlongs

56.

Is about 39.37 inches long—a little longer than a yard.

a)

meter

b)

gram

c)

liter

57.

The metric unit used for determining mass (weight) is called a

a)

meter

b)

gram

c)

liter

58.

is the metric unit used for determining volume.

a)

meter

b)

gram

c)

liter

59.

1 inch

a)

2.54 centimeters

b)

30.48 centimeters

c)

0.91 meters

d)

1.61 kilometers

60.

1 foot

a)

2.54 centimeters

b)

30.48 centimeters

c)

0.91 meters

d)

1.61 kilometers

61.

1 yard

a)

2.54 centimeters

b)

30.48 centimeters

c)

0.91 meters

d)

1.61 kilometers

62.

1 mile

a)

2.54 centimeters

b)

30.48 centimeters

c)

0.91 meters

d)

1.61 kilometers

63.

1 foot

a)

12 inches

b)

36 inches

c)

3 feet

d)

5 280 feet

64.

1 yard

a)

12 inches

b)

36 inches

c)

3 feet

d)

5 280 feet

65.

1 mile

a)

12 inches

b)

36 inches

c)

3 feet

d)

5 280 feet

66.

Perimeter of a Rectangle

a)

P= 2l + 2w or P =2(l + w)

b)

P=3s

c)

P= 4s

d)

P= 5s

67.

Perimeter of a Equilateral Triangle

a)

P= 2l + 2w or P =2(l + w)

b)

P=3s

c)

P= 4s

d)

P= 5s

68.

Perimeter of a Square

a)

P= 2l + 2w or P =2(l + w)

b)

P=3s

c)

P= 4s

d)

P= 5s

69.

Perimeter of a Regular Pentagon

a)

P= 2l + 2w or P =2(l + w)

b)

P=3s

c)

P= 4s

d)

P= 5s

70.

distance around a circle.

a)

circumference

b)

Formula for circumference

71.

ΠD or 2ΠR

a)

circumference

b)

Formula for circumference

72.

A = (l) (w)

a)

Area of Rectangle

b)

Area of a Parallelogram

c)

Area of a Trapezoid

d)

Area of a Circle

e)

Area of a Triangle

73.

A = (b) (h)

a)

Area of Rectangle

b)

Area of a Parallelogram

c)

Area of a Trapezoid

d)

Area of a Circle

e)

Area of a Triangle

74.

A = 1/2(h)(b1 + b2)

a)

Area of Rectangle

b)

Area of a Parallelogram

c)

Area of a Trapezoid

d)

Area of a Circle

e)

Area of a Triangle

75.

A = Πr^2

a)

Area of Rectangle

b)

Area of a Parallelogram

c)

Area of a Trapezoid

d)

Area of a Circle

e)

Area of a Triangle

76.

A = 1/2(b)(h)

a)

Area of Rectangle

b)

Area of a Parallelogram

c)

Area of a Trapezoid

d)

Area of a Circle

e)

Area of a Triangle

77.

A = (length of side)^2

a)

Area of a Square

b)

Area of a Rhombus

c)

Area of a Trapezoid

d)

Area of a Circle

e)

Area of a Triangle

78.

A = (b)(h)

a)

Area of a Square

b)

Area of a Rhombus

c)

Area of a Trapezoid

d)

Area of a Circle

e)

Area of a Triangle

79.

is any flat surface.

a)

face

b)

edge

c)

vertex

d)

prism

e)

pyramid

80.

is a line segment where two faces meet.

a)

face

b)

edge

c)

vertex

d)

prism

e)

pyramid

81.

is a point where several planes meet in a point.

a)

face

b)

edge

c)

vertex

d)

prism

e)

pyramid

82.

A _____ is a polyhedron with two identical parallel faces called bases. A _____ has two bases which are congruent polygonal regions lying in parallel planes. It can be named according to the shape of its bases. A triangular _____ has 5 faces, 9 edges, and 6 vertices The five faces are the two triangular bases and the other three (lateral faces) are rectangular faces. In a right _____, the lateral faces and lateral edges are perpendicular to the base. The lateral faces of a right _____ are rectangles.

a)

face

b)

edge

c)

vertex

d)

prism

e)

pyramid

83.

A _____ is a solid where base is a polygonal region. The altitude of the

_____ is a segment from its vertex perpendicular to the plane containing the line.

A rectangular _____ is a _____ that has the

following properties:

• its base is a regular polygon

• its lateral faces are congruent isosceles triangles

• its altitude meets the base at its center

The altitude of each lateral face of a regular

_____ is called the slant height of the _____.

The lateral area of a _____ is the sum of the

areas of its lateral faces.

a)

face

b)

edge

c)

vertex

d)

prism

e)

pyramid

84.

A _____ is a solid that has many properties in common with a prism. A circular _____ has two bases, which are congruent circular regions lying in a parallel plane. The axis is the line segment joining the centers of the two circles. An altitude is a segment perpendicular to the plane of each base, with the endpoints in the planes of the bases. When the axis is also an altitude, the _____ is a right circular _____. From this point on, when the word “_____” is used, we will mean “ right circular _____”.

a)

Cylinder

b)

Surface Area

c)

Surface Area of a Cube

d)

Surface Area of a Rectangular Solid

85.

The _____ of a space figure is the sum of the areas of all the faces.

a)

Cylinder

b)

Surface Area

c)

Surface Area of a Cube

d)

Surface Area of a Rectangular Solid

86.

SA = 6a^2

a)

Cylinder

b)

Surface Area

c)

Surface Area of a Cube

d)

Surface Area of a Rectangular Solid

87.

SA = 2lw + 2hw + 2hl

a)

Cylinder

b)

Surface Area

c)

Surface Area of a Cube

d)

Surface Area of a Rectangular Solid

88.

L = (h)(p)

a)

Lateral Area of a Right Prism

b)

Surface Area of a Right Prism

c)

Lateral Area of a Regular Pyramid

d)

Surface Area of a Regular Pyramid

89.

SA = L + 2B

a)

Lateral Area of a Right Prism

b)

Surface Area of a Right Prism

c)

Lateral Area of a Regular Pyramid

d)

Surface Area of a Regular Pyramid

90.

L = 1/2(L)(P)

a)

Lateral Area of a Right Prism

b)

Surface Area of a Right Prism

c)

Lateral Area of a Regular Pyramid

d)

Surface Area of a Regular Pyramid

91.

S = L + B

a)

Lateral Area of a Right Prism

b)

Surface Area of a Right Prism

c)

Lateral Area of a Regular Pyramid

d)

Surface Area of a Regular Pyramid

92.

L = 2ΠRH

a)

Lateral Area of a Right Circular Cylinder

b)

Surface Area of a Right Circular Cylinder

93.

S = L + 2B + 2ΠRH + 2ΠR^2

a)

Lateral Area of a Right Circular Cylinder

b)

Surface Area of a Right Circular Cylinder

94.

Amount of liquid it can hold.

a)

Capacity

b)

Container

c)

Liter

d)

kiloliter

e)

hectoliter

95.

Can hold one cubic centimeter of water has a capacity of one milliliter.

a)

Capacity

b)

Container

c)

Liter

d)

kiloliter

e)

hectoliter

96.

Defined as the volume of a cubic decimeter. In other words, a _____ is the capacity of a cube that is 1 decimeter long, 1 decimeter wide, and 1 decimeter high. The water in the _____ container will fit exactly into the box with a 10 cm length, 10 cm width, and 10 cm height. One _____, 1 cubic decimeter, and 1 000 cubic centimeters represent the same volume.

a)

Capacity

b)

Container

c)

Liter

d)

kiloliter

e)

hectoliter

97.

1 000 liters

a)

Capacity

b)

Container

c)

Liter

d)

kiloliter

e)

hectoliter

98.

100 liters

a)

Capacity

b)

Container

c)

Liter

d)

kiloliter

e)

hectoliter

99.

10 liters

a)

dekaliter

b)

liter

c)

deciliter

d)

centiliter

e)

milliliter

100.

1 liter

a)

dekaliter

b)

liter

c)

deciliter

d)

centiliter

e)

milliliter

101.

0.1 liter

a)

dekaliter

b)

liter

c)

deciliter

d)

centiliter

e)

milliliter

102.

0.01 liter

a)

dekaliter

b)

liter

c)

deciliter

d)

centiliter

e)

milliliter

103.

0.001 liter

a)

dekaliter

b)

liter

c)

deciliter

d)

centiliter

e)

milliliter

104.

1 cup (c)

a)

8 fluid ounces

b)

2 c

c)

2 pt

d)

4 qt

e)

1 cubic yard

105.

1 pint (pt)

a)

8 fluid ounces

b)

2 c

c)

2 pt

d)

4 qt

e)

1 cubic yard

106.

1 quart (qt)

a)

8 fluid ounces

b)

2 c

c)

2 pt

d)

4 qt

e)

1 cubic yard

107.

1 gallon (gal)

a)

8 fluid ounces

b)

2 c

c)

2 pt

d)

4 qt

e)

1 cubic yard

108.

about 200 gallons

a)

8 fluid ounces

b)

2 c

c)

2 pt

d)

4 qt

e)

1 cubic yard

109.

about 7.48 gallons

a)

1 cubic foot

b)

231 cubic inches

110.

about 1 gallon

a)

1 cubic foot

b)

231 cubic inches

111.

Is a measure of the earth’s gravitational pull.

a)

Weight

b)

Mass

112.

Is the measure of the amount of matter that objects are made of.

a)

Weight

b)

Mass

113.

number of non overlapping cubic units contained in its interior.

a)

volume

b)

V=a^3

c)

V = bh

114.

Volume of a Cube

a)

volume

b)

V=a^3

c)

V = bh

115.

Volume of a Rectangular Prism (or Cuboid)

a)

volume

b)

V=a^3

c)

V = bh

116.

The volume of a cylinder is equal to its base area times its height.

a)

TRUE

b)

FALSE

c)

πr^2h

117.

Volume of a Cylinder

a)

V = a^3

b)

V = bh

c)

πr^2h

d)

1/3 bh

118.

Volume of a Pyramid

a)

V = a^3

b)

V = bh

c)

πr^2h

d)

1/3 bh

119.

Find the volume of the following figures.

a)

729in^3

b)

7290in^3

c)

72900in^3

d)

729000in^3

120.

Find the volume of the following figures.

a)

32 cm^3

b)

320 cm^3

c)

3200 cm^3

d)

32000 cm^3

121.

Find the volume of the following figures.

a)

27,69.58 cm^3

b)

27,69.58 cm^3

c)

27,695.8 cm^3

d)

27,69580 cm^3

122.

A cylindrical solid has a base of radius 15 cm and an altitude of 22 cm. Find the volume of the cylindrical solid.

a)

15.543 cm^3

b)

155.43 cm^3

c)

1554.3 cm^3

d)

15,543 cm^3

123.

Find the volume of the pyramid.

a)

196 m^3

b)

1960 m^3

c)

19600 m^3

d)

196000 m^3

124.

Find the volume of the pyramid.

a)

7 m^3

b)

70 m^3

c)

700 m^3

d)

7000 m^3

125.

A cylindrical container has a volume of 750 cu. cm. A rectangular pyramid with a base area of 20 sq. cm, and a height of 15 cm is placed inside it. Find the volume of the space outside the rectangular pyramid.

a)

100 cm^3

b)

1000 cm^3

c)

10000 cm^3

d)

10000 cm^3

126.

A cylindrical container has a volume of 750 cu. cm. A rectangular pyramid with a base area of 20 sq. cm, and a height of 15 cm is placed inside it. Find the volume of the space outside the rectangular pyramid.

a)

65 cm^3

b)

650 cm^3

c)

6500 cm^3

d)

65000 cm^3

127.

may be thought of as a well-defined collection of objects. These objects are called elements or members of the _____.

a)

set

b)

a set of counting numbers

c)

a set of integers

128.

{1, 2, 3, 4, 5,…}

a)

set

b)

a set of counting numbers

c)

a set of integers

129.

{..., -3, -2, -1, 0, 1, 2, 3, ...}

a)

set

b)

a set of counting numbers

c)

a set of integers

130.

Which of the following sets are well-defined?

A set of all factors of 18

A set of friendly students in your class

A set of senior citizens

a)

1

b)

2

c)

3

131.

Which of the following sets are well-defined?

a collection of all integers more than -2 but less than 5

a collection of all rivers in Region 1

a group of popular volleyball players

a)

1

b)

2

c)

3

132.

We use _____ such as A, B, C, D, and E to denote sets. Example: You could name the set of continents as set C.

a)

capital letters

b)

lowercase letters

c)

d)

133.

We use _____ such as a, b, c, d, and e to denote the elements of a set. It is also a common practice to list the elements of a set in braces { } and separate them by commas. Example: Set A = {5, 10, 15, 20}

a)

capital letters

b)

lowercase letters

c)

d)

134.

The symbol _____ is read as “is an element of.”

a)

capital letters

b)

lowercase letters

c)

d)

135.

A set with no element is an empty set or null set. The symbol for an empty set is _____ or { }.

a)

capital letters

b)

lowercase letters

c)

d)

136.

Assume that T is the set of Tropical fruits, which of the following is true?

1. pineapple ∈ T

a)

True

b)

False

137.

Assume that T is the set of Tropical fruits, which of the following is true?

2. coconut ∉ T

a)

True

b)

False

138.

Assume that T is the set of Tropical fruits, which of the following is true?

3. papaya ∈ T

a)

True

b)

False

139.

Assume that T is the set of Tropical fruits, which of the following is true?

4. apple ∈ T

a)

True

b)

False

140.

Assume that T is the set of Tropical fruits, which of the following is true?

5. avocado ∈ T

a)

True

b)

False

141.

 It is a method of describing a set in words. We can describe the sets named in number 1 as follows: • Set A is the set of letters in the word “Philippines” • Set B is the set of positive multiples of 5. • Set C is the set of a natural Earth satellite.

a)

1.Verbal Description Method

b)

2.Roster Notation or Listing Method

c)

3.Set Builder Notation or Rule Method

142.

It is a method of describing a set by listing each element of the set inside the symbol { }. The elements of sets A, B, and C are listed below. Note: We do not repeat an element while representing a set. A={p,h,i,l,n,e,s} B={5,10,15,…} C={moon}

a)

1.Verbal Description Method

b)

2.Roster Notation or Listing Method

c)

3.Set Builder Notation or Rule Method

143.

 It is a method that lists the rules that determine whether an object is an

element of the set rather than the actual elements.

 This method uses this general form in which a set can be written as

A = 𝒙|𝒙 𝒊𝒔 𝑷 which is read as “set A is the set of all x’s such that x satisfies P.”

EXAMPLE:

A= 𝑥|𝑥 𝑖𝑠 𝑎 𝑙𝑒𝑡𝑡𝑒𝑟 𝑖𝑛 𝑡ℎ𝑒 𝑤𝑜𝑟𝑑 "𝑃ℎ𝑖𝑙𝑖𝑝𝑝𝑖𝑛𝑒𝑠"

B= 𝑥|𝑥 𝑖𝑠 𝑎 𝑝𝑜𝑠𝑖𝑡𝑖𝑣𝑒 𝑚𝑢𝑙𝑡𝑖𝑝𝑙𝑒 𝑜𝑓 5

C= 𝑥|𝑥 𝑖𝑠 𝑎 𝑛𝑎𝑡𝑢𝑟𝑎𝑙 𝑠𝑎𝑡𝑒𝑙𝑖𝑡𝑒 𝑜𝑓 𝐸𝑎𝑟𝑡ℎ

a)

1.Verbal Description Method

b)

2.Roster Notation or Listing Method

c)

3.Set Builder Notation or Rule Method

144.

The _____ of a set A, denoted by n(A), is the number of elements in the set.

a)

cardinal number

b)

equivalent sets

c)

equal sets

d)

subset

e)

proper subset

145.

Two sets that contain exactly the same number of elements are called _____.

a)

cardinal number

b)

equivalent sets

c)

equal sets

d)

subset

e)

proper subset

146.

Two sets that contain exactly the same elements are said to be _____.

a)

cardinal number

b)

equivalent sets

c)

equal sets

d)

subset

e)

proper subset

147.

Set A is a _____ of set B, written as A ⊆ B, if and only if every element in A is also an element in B.

a)

cardinal number

b)

equivalent sets

c)

equal sets

d)

subset

e)

proper subset

148.

Set A is a _____ of set B, written as A ⊂ B, if there is at least one element in B not contained in A.

a)

cardinal number

b)

equivalent sets

c)

equal sets

d)

subset

e)

proper subset

149.

The _____ of sets A and B, written as A ∩ B, is a set of elements that are members of both A and B

a)

intersection

b)

union

c)

difference

d)

universal set

e)

complement

150.

The _____ of sets A and B, written as A∪B = {x|x ∈ A or x ∈ B}, is the set of elements that are members of A, members of B, or members of both A and B.

a)

intersection

b)

union

c)

difference

d)

universal set

e)

complement

151.

The _____ of sets A and B, written as A – B, is a set of elements in A that are not in B.

a)

intersection

b)

union

c)

difference

d)

universal set

e)

complement

152.

The _____, denoted by U, is the set of all possible elements of any set used in the problem. The _____ can be changed from problem to problem, depending on the nature of the set being discussed.

a)

intersection

b)

union

c)

difference

d)

universal set

e)

complement

153.

The _____ of a set A, written as A’, Is the set of all the elements in the universal set (U) that are not in set A.

a)

intersection

b)

union

c)

difference

d)

universal set

e)

complement

154.

defined as the union of both rational and irrational numbers. They can be both positive or negative and are denoted by the symbol ℝ.

a)

A. Real Numbers

b)

B. Fake Numbers

155.

These numbers are used for counting.

a)

A. Natural Numbers, ℕ

b)

B. Whole Numbers, W

c)

C. Integers, ℤ

d)

D. Rational Numbers, ℚ

e)

E. Irrational Numbers,ℚ′

156.

These numbers are formed by adding 0 to the set of natural numbers.

a)

A. Natural Numbers, ℕ

b)

B. Whole Numbers, W

c)

C. Integers, ℤ

d)

D. Rational Numbers, ℚ

e)

E. Irrational Numbers,ℚ′

157.

They are formed by adding the negatives of the natural numbers to the sets of the whole numbers.

a)

A. Natural Numbers, ℕ

b)

B. Whole Numbers, W

c)

C. Integers, ℤ

d)

D. Rational Numbers, ℚ

e)

E. Irrational Numbers,ℚ′

158.

The set of _____ is the set of all numbers that can be expressed in the form 𝑎 𝑏 , where a and b are integers, b  0. The decimal representation of a _____ either terminates or repeats.

a)

A. Natural Numbers, ℕ

b)

B. Whole Numbers, W

c)

C. Integers, ℤ

d)

D. Rational Numbers, ℚ

e)

E. Irrational Numbers,ℚ′

159.

The set of _____ is the set of numbers that decimal representations are neither terminating nor repeating. These numbers cannot be expressed as quotient of integers.

a)

A. Natural Numbers, ℕ

b)

B. Whole Numbers, W

c)

C. Integers, ℤ

d)

D. Rational Numbers, ℚ

e)

E. Irrational Numbers,ℚ′

160.

1. All rational numbers are integers.

a)

A. True

b)

B. False

161.

2. Some irrational numbers are integers.

a)

A. True

b)

B. False

162.

3. All integers are whole numbers

a)

A. True

b)

B. False

163.

4. Natural numbers are also whole numbers.

a)

A. True

b)

B. False

164.

5. All irrational numbers are real numbers.

a)

A. True

b)

B. False

165.

The numbers on the right of 0 are _____

a)

A. positive real numbers.

b)

B. negative real numbers.

166.

The numbers on the left of 0 are _____

a)

A. positive real numbers.

b)

B. negative real numbers.

167.

The sum of a + b is a real number.

a)

A. Closure Property of Addition

b)

B. Closure Property of Multiplication

c)

C. Commutative Property of Addition

d)

D. Commutative Property of Multiplication

168.

The product of a • b is a real number.

a)

A. Closure Property of Addition

b)

B. Closure Property of Multiplication

c)

C. Commutative Property of Addition

d)

D. Commutative Property of Multiplication

169.

Two real numbers can be added in any order.

a)

A. Closure Property of Addition

b)

B. Closure Property of Multiplication

c)

C. Commutative Property of Addition

d)

D. Commutative Property of Multiplication

170.

Two real numbers can be multiplied in any order.

a)

A. Closure Property of Addition

b)

B. Closure Property of Multiplication

c)

C. Commutative Property of Addition

d)

D. Commutative Property of Multiplication

171.

a + (b + c) = (a + b) + c

a)

A. Associative Property of Addition

b)

B. Associative Property of Multiplication

c)

C. Distributive Property of Multiplication over Addition/Subtraction

d)

D. Identity Property of Addition

e)

E. Identity Property of Multiplication

172.

a • (b • c) = (a • b) • c

a)

A. Associative Property of Addition

b)

B. Associative Property of Multiplication

c)

C. Distributive Property of Multiplication over Addition/Subtraction

d)

D. Identity Property of Addition

e)

E. Identity Property of Multiplication

173.

a ● (b + c) = a ● b + a ● c

a)

A. Associative Property of Addition

b)

B. Associative Property of Multiplication

c)

C. Distributive Property of Multiplication over Addition/Subtraction

d)

D. Identity Property of Addition

e)

E. Identity Property of Multiplication

174.

Any number added to the identity element 0 will remain unchanged. 0 is the identity element for addition. a + 0 = a and 0 + a = a

a)

A. Associative Property of Addition

b)

B. Associative Property of Multiplication

c)

C. Distributive Property of Multiplication over Addition/Subtraction

d)

D. Identity Property of Addition

e)

E. Identity Property of Multiplication

175.

Any number multiplied by the identity element 1 will remain unchanged. 1 is the identity element for addition. a • 1 = a and 1 • a = a

a)

A. Associative Property of Addition

b)

B. Associative Property of Multiplication

c)

C. Distributive Property of Multiplication over Addition/Subtraction

d)

D. Identity Property of Addition

e)

E. Identity Property of Multiplication