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Solving Systems of Inequalities

Solving Systems of Inequalities

Assessment

Flashcard

Mathematics

9th Grade

Practice Problem

Hard

Created by

Wayground Content

FREE Resource

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15 questions

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1.

FLASHCARD QUESTION

Front

What is a system of inequalities?

Back

A system of inequalities is a set of two or more inequalities that share the same variables. The solution is the set of all ordered pairs that satisfy all inequalities in the system.

2.

FLASHCARD QUESTION

Front

How do you graph a system of inequalities?

Back

To graph a system of inequalities, first graph each inequality as if it were an equation. Use a dashed line for < or > and a solid line for ≤ or ≥. Then, shade the appropriate region for each inequality. The solution is where the shaded regions overlap.

3.

FLASHCARD QUESTION

Front

What does it mean for a point to be a solution to a system of inequalities?

Back

A point is a solution to a system of inequalities if it satisfies all inequalities in the system, meaning it lies in the overlapping shaded region of the graph.

4.

FLASHCARD QUESTION

Front

What is the significance of the shaded region in the graph of inequalities?

Back

The shaded region represents all possible solutions to the inequality. Points within this region satisfy the inequality, while points outside do not.

5.

FLASHCARD QUESTION

Front

What is the difference between a solid line and a dashed line in graphing inequalities?

Back

A solid line indicates that points on the line are included in the solution (≤ or ≥), while a dashed line indicates that points on the line are not included ( < or >).

6.

FLASHCARD QUESTION

Front

How can you determine if a system of inequalities has no solution?

Back

A system of inequalities has no solution if the shaded regions of the inequalities do not overlap at all, indicating that there are no points that satisfy all inequalities.

7.

FLASHCARD QUESTION

Front

What does it mean for a system of inequalities to have infinitely many solutions?

Back

A system of inequalities has infinitely many solutions if the shaded regions overlap in such a way that there are an infinite number of points that satisfy all inequalities.

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