Graphing and Writing Inequalities
True/False Statements
Word Problems
One-Step Inequalities
Multi Step Inequalities
100

When graphing inequalities, which symbols have an OPEN circle?

< Less Than

> Greater Than

100

Is the statement true

x > -3

x = -6

False

100

Write an inequality for: double a number is at least 10

2x>=10

100

Solving Inequalities

Solve for x. 

3x < 12

x < 4

100

Solving Inequalities

Solve for x. 

-11 ≥ 6-2x-5

x ≥ 6

200

When graphing inequalities, which inequality symbols have a CLOSED circle?

≤ : Less Than or Equal to         

≥ : Greater than or Equal to

200

Is the statement true?

k + 10 ≥ -10

k = -20

True

200

Write and solve an inequality for: Joel had n number of comic books and bought 4 more. After buying the new comic books, he had at least 8 comic books.


n+4>=8

n>=4

200

Solving Inequalities

Solve for x.

-5x > - 45

x < 9

200

Solving Inequalities

Solve for x. 

-2 ≥ 4x+10

x ≤ -3

300

Which direction do we shade an arrow for x < -3 ?

Left    <------------

300

We use an open circle to graph the inequalities < and > ?


True

300

Write and solve an inequality for: 

Sara wants to save a minimum of $200 to spend while on vacation. She already has $40. She will earn $15 per hour babysitting before vacation. How many hours will she need to babysit to meet her goal? Round to the nearest whole number of hours

h = hours

40 + 15h>=200

h>=11

300

Solving Inequalities

Solve for x. 

9x > -63

x > -7

300

Solving Inequalities

Solve for x.

30 + 15x > -15

x > -3

400

Is the following inequality graphed correctly?

x < 6

No, the graph shows x > -6

400

If graphing x < 5, we would put an open circle on 5 and shade an arrow to the right.

False. 

400

Write and solve an inequality for:

The student council is running a bake sale to raise money for school dances. They need to earn at least $250 in profit. They spend $50 for supplies and sell each baked good for $2. How many baked goods do they need to sell to make their goal? Round to the whole number.

b = number of baked goods sold

2b - 50 >=250

b>=150


400

Solve for v. 

v/5 < 30

v < 150

400

Solving Inequalities

Solve for x. 

-2(6+4x) ≥ 12

x ≥ -3

500

What type of symbols are these?

< , ≤ , > , ≥?


Inequalities

500

-2 is less than -10

False

500

Write and solve an inequality:


Emma is fencing in a rectangular part of her yard for her dog. She has purchased 90 meters of fencing. She wants the length of the area to be twice the width. What are the maximum dimensions that she can have with this amount of fencing?

w = width

2w + 2w + w + w <=90

6w<=90

w<=15

length<=30

500

Inequalities

-12x > 156

x  < -13

500

Solving Inequalities

Solve for x. 

-2(9x+3) - 6x ≥ -9

x ≤ 1/8

M
e
n
u