PEMDAS & Exponents
Writing Algebraic Equations
Evaluating Expressions/Identifying Terms and Coefficients
Distributive Property and Creating Equivalent Expressions (GCF)
100

What is 63 ?

6 x 6 x 6 = 216

100

Write the expression. Let "n" stand for the number.

14 subtracted from the number

100

Evaluate the expression when x = 3

8x - 15

9

100

What is the greatest common factor of 12 and 8?

4

200

What is 0?

0

200

Write the expression. Let "n" stand for the number.

5 times the number. (Represent it 3 different ways)

5n

(5)(n)

5 * n

200

Evaluate the expression when y = 10

120/y  +  5

17

200

Write the following as an equivalent product of the expressions GCF and another factor. 

(Factor out the GCF)

Write an equivalent expression of 16y + 8. 

8(2y + 1)

300

What is 4 + 8 

24

300

Write the expression. Let "n" stand for the number.

the number divided by 6

n/6

300

In the number sentence 7x  + 3y, what are the:

a. How many terms are there?

b.) What are the terms?

c.) What are the coefficients?


a.) 2

b.) 7x, 3y

c.) 7, 3

300

Use the distributive property to write an equivalent expression without parenthesis for each of the following.

11(5n + 10)

55n + 110

400

What is 33 - 5 x 2

17

400

Write the expression. Let "n" stand for the number.

the number cubed

n3

400

In the number sentence 5x2  + y, what are the:

a. How many terms are there? 

b.) What are the terms? 

c.) What are the coefficients? 

a. 2

b.) 5x, y

c.)  5, 1 

400

Write the following as an equivalent product of the expressions GCF and another factor. 

(Factor out the GCF)

Write an equivalent expression of 60y + 8

4(15y +2)

500

What is 7(4-2) + 4 ÷ 22

15

500

Write the expression. Let "n" stand for the number.

one half of the number

(1/2)n   or          n/2

500

In the number sentence x + 2x + y + 3y + 4x2 

a. How many terms are there? 

b.) What are the terms? 

c.) What are the coefficients?

a.) 5 terms

b.) x, 2x, y,  3y, 4x2

c.) 1, 2, 1, 3, 4 

500

Write the following as an equivalent product of the expressions GCF and another factor. 

(Factor out the GCF)

Write an equivalent expression of 190y - 10.

10(19y - 1)

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