To determine which lines are perpendicular, we need to look at the slopes of the lines given in the equations. Lines are perpendicular if the product of their slopes is -1.
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Line A: \( y = 2x - 3 \)
- Slope: 2
-
Line B: \( y = 2x + 5 \)
- Slope: 2
-
Line C: \( y = -12x - 2 \)
- Slope: -12
-
Line D: \( y = 12x + 2 \)
- Slope: 12
Now we can analyze each pair:
-
Line A and Line B:
Both have a slope of 2.
\(2 \times 2 = 4\) (not perpendicular) -
Line C and Line D:
Slope of Line C is -12 and slope of Line D is 12.
\(-12 \times 12 = -144\) (not perpendicular) -
Line A and Line C:
Slope of Line A is 2 and slope of Line C is -12.
\(2 \times -12 = -24\) (not perpendicular) -
Line B and Line D:
Slope of Line B is 2 and slope of Line D is 12.
\(2 \times 12 = 24\) (not perpendicular)
Since none of the lines are perpendicular based on their slopes, none of the statements provided are true. However, to clarify:
- Line C is parallel to Line D because their slopes multiply to 1.
- Line A and Line B are also parallel.
Conclusion: None of the options provided are true based on the slopes of the lines given.