Exponents and PEMDAS
Evaluate Expressions with Substitution
Write Algebraic Expressions
Identify Parts and LCM/GCF
Combining Like Terms
100

Evaluate: 53

125

100

Evaluate the expression for x=5

4x - 9

11

100

Twice a number increased by 7

2x + 7

(order and variable do not matter)

100

Identify the coefficient(s) in the expression

8x-5

8

100

Simplify the expression: 

2y + 7 + 5y

7y + 7

(order does not matter)

200

Evaluate: 

32 + (15 - 7) +3

20

200

Evaluate the expression for y=19. 

133 / y -2

5

200

40 less than a number squared

x2 - 40

(order DOES matter, variable does not)

200

Identify the constant(s) in the expression

12 + 2y

12

200

Simplify the expression:

4(3g + 9)

12g + 36

300

Evaluate: 

27 / 3(5+2) - 72

14

300

Evaluate the expression for m=125.

(m - 75) / 5 (7)

70

300

The product of 5 and "y" increased by the quotient of 12 and "m"

5y + 12/m

(variables DO matter, order does not)

300

Find the GCF of 18 and 48

6

300

Simplify the expression:

10xy + 5 + 1/3(6 - 3yx)

9xy + 7

(order does not matter)

400

Evaluate: 

[42 + 3(7 - 2) + 4] / 5

7

400

Evaluate the expression for x=8 and y=6

x2 + y2 - 25 / 5

95

400

Caleb bought 3 pairs of jeans for "d" dollars each. He had a coupon for $15 off the final price. Write and expression to represent the final cost. 

3d - 15

(order and variable DO matter)

400

Kendra can bike a lap around the track in 4 minutes, and Sam can run a lap around the track in 6 minutes. If they both start at the exact same time, how long will it take until they cross the start line again together?

12 minutes

400

Simplify the expression:

6x2 + 12x + 10 - 4 + 2x2

8x2 + 12x + 6

500

Evaluate:

9(8) / 2 +[55 - (21 + 14)] - 24

40

500

Evaluate the expression for a=10 and b=3

a3 - [a+b(18-b) - b2]

954

500

Clara wants to join a gym. The joining fee is $50 plus she needs to pay "x" dollars each month. Write an expression to represent the total cost of her gym membership for one year. 

50 + 12x

(order does not matter, variable does)

500

A gardener has 27 roses and 36 daisies. He plants an equal number of each type of flower in each row. What is the greatest possible number rows that can be made with these flowers?

9 rows

500

Simplify the expression:

15w + 3(w - 2) + 10

18w + 4