L Write on the blank, AT if the statement is always TRUE, ST if sometimes true, or NT if neve 1 The graph of linear inequalities is a line. 2 Linear inequality has one solution. 3. When graphing linear inequalities, it occupies the half of the plane

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L Write on the blank, AT if the statement is always TRUE, ST if sometimes true, or NT if never true.
1 The graph of linear inequalities is a line.
2 Linear inequality has one solution.
3. When graphing linear inequalities, it occupies the half of the plane.
4. In graphing linear inequalities, the inequality symbol should be replaced by an equal sign to determine the plane
divider.
5. A test point can only be taken from the boundary line of a graph of a linear inequality.
6. The union of the graphs of linear inequalities is the solution set of the system.
7. To determine where to shade the solutions of the linear inequalities, it depends on the relation symbol, > or<. If
it is greater than (>) the shaded part should be above the origin, if it is less than (<) the shaded part is below the
origin.
8. The plane divider is a solid line if the relation symbol is greater than (>) or is less than (<).
9. The intersection of the graphs of linear inequalities is the solution of the system.,
10. The graph of linear inequalities is a half plane.
Transcribed Image Text:L Write on the blank, AT if the statement is always TRUE, ST if sometimes true, or NT if never true. 1 The graph of linear inequalities is a line. 2 Linear inequality has one solution. 3. When graphing linear inequalities, it occupies the half of the plane. 4. In graphing linear inequalities, the inequality symbol should be replaced by an equal sign to determine the plane divider. 5. A test point can only be taken from the boundary line of a graph of a linear inequality. 6. The union of the graphs of linear inequalities is the solution set of the system. 7. To determine where to shade the solutions of the linear inequalities, it depends on the relation symbol, > or<. If it is greater than (>) the shaded part should be above the origin, if it is less than (<) the shaded part is below the origin. 8. The plane divider is a solid line if the relation symbol is greater than (>) or is less than (<). 9. The intersection of the graphs of linear inequalities is the solution of the system., 10. The graph of linear inequalities is a half plane.
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