To determine which statements are true, we will check each point against both equations of the lines given.
Line 1: \(6x - 7y = 25\)
Line 2: \(2x + 9y = -3\)
We will substitute each point into the equations to see if they satisfy the respective equations.
-
For the point \((0, 3)\):
- For Line 1:
\(6(0) - 7(3) = 0 - 21 = -21 \neq 25\)
(Not a solution for Line 1) - For Line 2:
\(2(0) + 9(3) = 0 + 27 = 27 \neq -3\)
(Not a solution for Line 2)
Conclusion: \((0, 3)\) is not a solution for either line.
- For Line 1:
-
For the point \((3, -1)\):
- For Line 1:
\(6(3) - 7(-1) = 18 + 7 = 25\)
(Is a solution for Line 1) - For Line 2:
\(2(3) + 9(-1) = 6 - 9 = -3\)
(Is a solution for Line 2)
Conclusion: \((3, -1)\) is a solution to the system (both lines).
- For Line 1:
-
For the point \((-6, 1)\):
- For Line 1:
\(6(-6) - 7(1) = -36 - 7 = -43 \neq 25\)
(Not a solution for Line 1) - For Line 2:
\(2(-6) + 9(1) = -12 + 9 = -3\)
(Is a solution for Line 2)
Conclusion: \((-6, 1)\) is a solution for Line 2 only.
- For Line 1:
-
For the point \((-3, 1)\):
- For Line 1:
\(6(-3) - 7(1) = -18 - 7 = -25 \neq 25\)
(Not a solution for Line 1) - For Line 2:
\(2(-3) + 9(1) = -6 + 9 = 3 \neq -3\)
(Not a solution for Line 2)
Conclusion: \((-3, 1)\) is not a solution for either line.
- For Line 1:
Final True Statements:
- \((0, 3)\) is not a solution for Line 1 only.
- \((3, -1)\) is a solution to the system.
- \((-6, 1)\) is a solution for Line 2 only.
- \((-3, 1)\) is not a solution for the system or either line.
So, the true statements are:
- \((3, -1)\) is a solution to the system.
- \((-6, 1)\) is a solution for Line 2 only.