Tell whether the given ordered pair is a solution to: \( 5x−2y \leq 6 \)
1) \( (0,-4) \)
2) \( (2,2) \)
3) \( (-3,8) \)
4) \( (-1,-7) \)
1) \( (0,-4) \)
2) \( (2,2) \)
3) \( (-3,8) \)
4) \( (-1,-7) \)
5) Match the sliders and check boxes to the given equation. Sketch the solution.
6) Match the sliders and check boxes to the given equation. Sketch the solution.
7) Match the sliders and check boxes to the given equation. Sketch the solution.
8) Match the sliders and check boxes to the given equation. Sketch the solution.
9) Match the sliders and check boxes to the given equation. Sketch the solution.
Graph each inequality in a coordinate plane. Use a 10 by 10 axis.
10) \( y>-2x+2 \)
11) \( 3x−4y \leq 12 \)
12) \( 6x−2y \geq 4 \)
10) \( y>-2x+2 \)
11) \( 3x−4y \leq 12 \)
12) \( 6x−2y \geq 4 \)
13) Find the inequality graphed below.
14) Find the inequality graphed below.
Review
15) Solve the inequality \(8x - 7 > -11x + 31\)
16) Solve the inequality \(\dfrac{4}{5}x + 10 < \dfrac{13}{5}x - 17\)
17) Solve the inequality \(-2(x - 5) > 7x - 3\)
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