Drag each set of coordinates to the correct location on the table. Not all sets of coordinates will be used.

Points that two lines pass through are given in the table. Match each point of intersection to the correct pair of lines.

[tex]\[
\text{(1, 1)}, (1,-1), (-4,-7), (-5,-4), (4,7)
\][/tex]

\begin{tabular}{|c|c|c|}
\hline
Line 1 & Line 2 & Point of Intersection \\
\hline
(2,5), (-3,-5) & (3,0), (0,-3) & (-4,-5) \\
\hline
(1,1), (2,3) & (0,3), (2,5) & \\
\hline
(1,0), (0,-1) & (0,3), (-2,-1) & \\
\hline
(2,0), (0,-2) & (4,5), (3,3) & \\
\hline
\end{tabular}



Answer :

Let's determine which coordinates match the given pairs of lines based on the pairs of points provided for each line.

1. First pair of lines:
- Line 1: (2,5) and (-3,-5)
- Line 2: (3,0) and (0,-3)
- Point of Intersection: (-4,-5)

2. Second pair of lines:
- Line 1: (1,1) and (2,3)
- Line 2: (0,3) and (2,5)
- Analyzing the previously given results, the point of intersection between these lines would be (2, 3).

3. Third pair of lines:
- Line 1: (1,0) and (0,-1)
- Line 2: (0,3) and (-2,-1)
- The point of intersection between these lines is given to be (1,1).

4. Fourth pair of lines:
- Line 1: (2,0) and (0,-2)
- Line 2: (4,5) and (3,3)
- The point of intersection between these lines would be (4,5).

Assigning these points to the table:

\begin{tabular}{|c|c|c|}
\hline Line 1 & Line 2 & Point of Intersection \\
\hline(2,5),(-3,-5) & (3,0),(0,-3) & [tex]$(-4,-5)$[/tex] \\
\hline(1,1),(2,3) & (0,3),(2,5) & [tex]$(2,3)$[/tex] \\
\hline(1,0),(0,-1) & (0,3),(-2,-1) & [tex]$(1,1)$[/tex] \\
\hline(2,0),(0,-2) & (4,5),(3,3) & [tex]$(4,5)$[/tex] \\
\hline
\end{tabular}

This completes the table with the correct points of intersection filled in.