Absolute Value Equations
Inequalities grpahs and word problems
One and two-step Inequalities
Solve and Graph
Word Problems
100

|3x + 7| = 5

{-4, -2/3}

100

A number x is no greater than 8


x < 8

100

n +3 <= -10

n <= -13

100

Solve and graph the inequality

3(w + 8)>42


100

Lisa is cooking muffins. The recipe calls for more than 7 cups of sugar. She has already put in 2 cups. How many more cups does she need to put in?

x + 2 > 7

x>5 cups of sugar

200

lv+8l-5=2

{-15, -1}

200

A number b minus 9 is no less than -20


b - 9 ≥ -20

200

-2/3w > -8

x < 12

200

-2(m -5)>=-2

x<=6

200

After paying $5.00 for a salad, Taylor has no more than $27.00 left. How much money did she have before buying the salad?

x - 5 ≤ 27

x <= $32

300

6l -5x+1 l-9=57

{-2, 12/5}

300

Write the inequality for the graph

x < 2

300

-6x - 20 >=4

x < -4

300

x -12 < -4



300

For what values of x will the area of the grey region be less than or equal to 28

                                   x + 3

0<x<=2

400

Billy wants to buy a hockey stick. His target price is $200 but he is willing to pay $50 above or below that amount. Write and solve an absolute value equation to find the min and max amounts Billy is willing to spend

|x - 200|=50

Min: $150  Max:$250

400

Write the inequality for the graph

x<=7

400

225 <= -15p

p<=-15

400

Write the inequality tell whether it is and "and" or and "or"

-2<=x<=5

and

400

Find the solution to both absolute value inequalities. Are the solutions the same or differant? Why?

|x + 5| -6 < -8               |x + 5| -6 > -8

The first is not solutions and the second is all real numbers. No absolute value can be less than a negative. All absolute values will be greater than a negative. 

500

Kyleigh has a goal of practicing hockey between 8 and 10 hours every week. Write an absolute value equation that represents her goal.

|x - 9| = 1

500

A ride at Valley Fair can carry a maximum wight of 600 lbs. Two people weigh 325 lbs. Write and solve and graph an inequality to represent the remaining weight that can be added

x + 325<=600

0<=x<=275

500

The length of a rectangle is x - 12 in. The width of the rectangle is 30 in. The perimeter of the rectangle can be no more than 66 in.  Write and solve an inequality for x

What is

2(x - 12) + 2(30)<=66

 

0<x<=15 

500

Write the solution to the inequality. tell whether it is and "and" or an "or'

4>x>=10

or

500

Which letter is the solution?


B