Final answer:
To capture all of the lines represented by the zaps, we need to find the ordered pairs that satisfy each equation. The ordered pairs are (4, 8), (x, 8), (1, -4), and (3, -1.5).
Step-by-step explanation:
To capture all of the lines, we need to find the ordered pairs that satisfy each equation. Let's go through each zap:
Zap1: y = -2.5x + 18
Zap2: y = 8
Zap3: y = -x - 3
Zap4: y = 1.5x - 8
- For Zap1, we can plug in different x-values and calculate the corresponding y-values. For example, when x = 4, y = -2.5(4) + 18 = 8. So, one ordered pair is (4, 8).
- For Zap2, the equation is y = 8. This means that no matter what x-value we use, y will always be 8. So, the ordered pairs for Zap2 are (x, 8).
- For Zap3, we can plug in different x-values and calculate the corresponding y-values. For example, when x = 1, y = -(1) - 3 = -4. So, one ordered pair is (1, -4).
- For Zap4, we can plug in different x-values and calculate the corresponding y-values. For example, when x = 3, y = 1.5(3) - 8 = -1.5. So, one ordered pair is (3, -1.5).
Putting it all together, the ordered pairs for the zaps are (4, 8), (x, 8), (1, -4), and (3, -1.5).