Fractions/ Word Phrases
Classifying Numbers
Properties of the Real Number System
Order of Operations
Evaluating Expression
100

Simplify:

24/36

2/3

100

Classify the Real Number as many ways Possible:

3/2

Rational; Real

100

State the following Property:

7 + x = x + 7

Commutative Property

100

Solving using Order of Operations:

5 × 3 × 2

30

100

Evaluate.

6q + m − m; use m = 8, and q = 3 

18

200

Solve:

7/3 * 13/8 

91/24

200

Classify the Real Number as many ways Possible:

0

Whole, Integer, Rational, Real 

200

State the following Property:

13 * 1 = 13

Identity Property

200

Solve using Order of Operations:

9 − 32 ÷ 4

1

200

Evaluate.

pm ÷ 4; use m = 4, and p = 7

49

300

Solve.

5/11 divided by 26/ 11

5/26

300

Classify the Real Number as many ways Possible:

48/6

Natural, Whole, Integer, Real, Rational 

300

State the following Property:

13 + (6 + 8) = (13 + 6) + 8

Associative Property

300

Solve.

5(10 − 1)

45

300

Evaluate.

z − (y ÷ 3 − 1); use y = 3, and z = 7

7

400

multiply three by the sum of 4 and x

3(4 + x)

400

Determine whether the statement is always, sometimes, or never true. 

A natural number is a whole number

always; the set of whole numbers includes the natural numbers

400

State the following Property:

3(9 + 2) = 3(9) + 3(2)

Distributive Property 

400

Solve using Order of Operations:

40 ÷ 4 − (5 − 3)

8

400

Evaluate.

(y + x) ÷ 2 + x; use x = 1, and y = 1

2

500

Write the Algebraic Expression:

One-half the difference of x and y

(x - y)/ 2

500

Determine whether the statement is always, sometimes, or never true. 

A real number is an irrational number


Sometimes; The set of Real Numbers also includes not only irrational numbers, but also rational numbers

500

State the Following Property:

22 · 0 = 0

Zero Property

500

Solve using Order of Operations:

20 ÷ (4 − (10 − 8))

10

500

Evaluate.

y − z + xz ÷ 6; use x = 3, y = 4, and z = 4

2