systems of inequality

Write a system of linear inequalities that defines the shaded region. => x ≥ - 3, y < 3, x < 2 and y ≥ - 2 or x ≥ - 3 and y ≥ - 2 or y ≤ 3, x ≤ 2 and y > -2 or None of the above..

Select the system of linear inequalities that best defines the shaded region. => - x + y > 0 and x + y > 0 or - x > 0 and y > 0 or - y > 0 and x > 0 or x - y > 0 and x + y > 0..

Choose a system of linear inequalities that defines the shaded region shown. => y ≤ 3, x ≤ 2 and y > - 2 or x ≥ - 3 and y ≥ - 2 or y < 3, x ≤ 2 and y ≥ - 2 or x ≥ - 3, y < 3, x < 2 and y ≥ - 2..

Select a system of linear inequalities that describes the shaded region in the graph shown. => x ≤ - 2 and x > 0 or x ≥ - 2 and x < 0 or x ≤ - 2 and x < 0 or x ≥ - 2 and x > 0..

Choose a system of linear inequalities that defines the shaded region in the graph shown. => - x + y < 2 and - x + y > - 1 or 2 y < 2 and - x + y < - 1 or - x + 2 y < 2 and - x + y > - 1 or - x ≤ 2 and - x + y = - 1..

If the points (- 1, - 1), (- 1, 2), (3, 2) are joined by line segments to create the triangular region, then which system of linear inequalities defines the triangular region. => x ≥1, y ≥ 2, and 4 y ≥ 3 x - 1 or x ≥ - 1, y ≤ 2 and 4 y ≥ 3 x - 1 or x ≥1, y &..

The points (- 3, 0), (2, 0), (0, 3) are joined by line segments to create the polygonal region, then which system of linear inequalities defines the polygonal region? => y ≥ 0, y ≥ x + 3, 2 y ≤ - 3 x + 6 or y ≥ 0, y ≤ x + 3, 2 y ≤ - 3 x + 6 or y ≤ 0, y ≤ ..

David can afford to buy 25 mangoes and 40 oranges. He wants at least 10 mangoes and at least 10 oranges. If x represent the number of mangoes , y represent the number of oranges that David buy , then which of the following systems of inequalities models this situation? => x ≤..

David can afford to buy 15 mangoes and 20 oranges. He wants at least 10 mangoes and at least 10 oranges. If x represent the number of mangoes , y represent the number of oranges that David buy , then which of the following systems of inequalities models this situation? => x ≥..

How many solutions does the system of inequalities have? y ≥ 2 y ≤ - 2 x ≤ - 2 x ≥ 2 => 1 or infinite or finite or 0..