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Writing and Graphing Two Variable Linear Inequalities

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Last updated over 3 years ago
15 questions
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Question 1
1.

Write the linear inequality in slope-intercept form that matches the graph.

Question 2
2.

Write the linear inequality in slope-intercept form that matches the graph.

Question 3
3.

Write the linear inequality in slope-intercept form that matches the graph.

Question 4
4.

Write the linear inequality in slope-intercept form that matches the graph.

Question 5
5.

Select all the points below that are in the solution set to the inequality graphed.

Question 6
6.

Select all the points below that are in the solution set to the inequality graphed.

Question 7
7.

You are going clothes shopping and can spend at most $130 on clothes. It costs $30 for a pair of pants and $22 for a shirt. Let x represent the number of pairs of pants you can buy. Let y represent the number of shirts you can buy.

Write an inequality (in standard form) that describes the different number of shirts and pants that you can buy.

Question 8
8.

Graph the inequality for #7 here. Use your graph to answer #9.

We have released a new and improved Graphing question type! Students will no longer be able to answer this question.
Question 9
9.

Can I buy 2 pairs of pants and 3 shirts?

Question 10
10.

You tutor Spanish for $15 per hour and English for $10 per hour. You want to earn at least $100 per week.

Write an inequality (in standard form) that describes your goal in terms of hours spend tutoring Spanish (x) and hours tutoring English (y).

Question 11
11.

Graph the inequality for #10 here. Use your graph to answer #12

We have released a new and improved Graphing question type! Students will no longer be able to answer this question.
Question 12
12.

If I tutor 4 hours of Spanish and 4 hours of English, will I reach my goal?

Question 13
13.

Graph the following inequality

We have released a new and improved Graphing question type! Students will no longer be able to answer this question.
Question 14
14.

Using your graph from #13, select all that are solutions to the inequality.

Question 15
15.

Write the inequality for the graph shown.