Two-Step Equations
Writing
Two-Step Equations
Solving Two-Step Equations w/ DP
Two-Step Inequalities
Writing Two-Step Inequalities
100

Find the value of m:

4m−6=184m

m=6

100

Jordan needs $124.50 for a sports camp. He already has $22.50 and can earn the rest by working 8 hours at his job. Write an equation to find h, Jordan’s hourly earnings.

22.50+8h=124.50

100

Solve for x. 

3(5x+7)=22

x=3

100

2+25h<12

h<4

100

A stadium can hold 2,500 people. There are currently 1,800 people inside, and 10 more people enter every minute.

Write an inequality to represent the situation, where m is the number of minutes, to ensure the stadium does not exceed its capacity.

1800+10m≤2500

200

Find the Value of n. 

3.50+4.25n=52.75

Round to the nearest tenth. 

n=11.6

200

Emma buys pencils and notebooks for her classroom. The pencils cost $3.50 and the notebooks cost $4.25 each. Emma spends a total of $52.75. Write an equation to represent the situation. Round to the nearest tenth.

3.50+4.25n=52.75

200

Distribute the terms.

-1(2x+5)

-2x-6

200

Solve for m. 

1800+10m≤2500

m≤70

200

Solve and graph the solution to the inequality:

-5x-8>2

x<-2

Graph on your number line provided. It should be an open circle on -2 moving to the left of -2. 

300

Solve for b.

4b+6=30

b=6

300

Lauren buys Takis for a party. Each bag of Takis costs $3.50. She also pays a $5 entrance fee for the store. Lauren spends a total of $24.50. Write a two-step equation to represent the situation. 

3.50b+5=24.50

300

Distribute the terms.

3(22x-1)

66x-3

300

Solve for x.

−3x+7≤10

x≥−1

300

Graph the solution x≤−1 on your paper.

Closed circle on -1 with line going to the left.

400

Solve for x.

2/3x+5=11

x=9

400

Ms. Schafer buys Takis for her class party. Each bag of Takis costs $4, and she also pays a $6 delivery fee from Door Dash. If Ms. Schafer spends a total of $30, write a two-step equation to find b, the number of bags of Takis she bought.

4b+6=30

400

Distribute the terms:

2(3x-7.5)

6x-15

400

2x−7<9

x<8

400

Ms. Schafer has 2 desk geese in her classroom. Each goose eats 1/2 cup of birdseed per day. She wants to make sure the geese eat less than 5 cups of birdseed total in one week.

Write an inequality to find the number of days, d, the geese can be fed without exceeding 5 cups.

1d<5

or

d<5

500

A student solved the equation:

−3(y+5)=24

using the following steps:

−3y+5=24

−3y=19

-3y = 19  

y=19/3

Did the student solve the equation correctly? If not, explain the error(s) and find the correct solution.

−3(y+5)=24

-3𝑦+5=24(Student distributed incorrectly)

−3𝑦=19

𝑦=−19/3

Correct Answer: y=−13

    


500

Ms. Schafer buys 3 cups of birdseed per day for her 2 desk geese and Biggie Cheese. She also buys an extra 6 cups of birdseed to have on hand. If she has 24 cups total, write a two-step equation to find d, the number of days the birdseed will last.

3d+6=24

500

Distribute the terms.

.5(x-3)

.5x-1.5

500

Solve for x.

−4x+6≥10

x≤−1

500

Ms. Schafer’s 2 desk geese each drink 3/4 cup of water per day. She has a total of 10 cups of water available.

Write a two-step inequality to find the number of days, ddd, the geese can drink without running out of water.

3/2⋅d≤10

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