Question

felipe placed these boats on two grids. which ordered pairs did he use for each boat?

Explanation:

To solve this, we analyze the y - coordinates (second number in ordered pairs) first for the brown boat. The brown boat is at a higher vertical level, so its y - coordinate should be 6. Among the options for the brown boat: \((-4,6)\), \((-3,6)\), \((-1,6)\), \((-5,6)\), we look at the x - coordinate (horizontal position). The brown boat's horizontal position seems to match \(x=-4\) (by visual grid analysis, assuming standard grid with negative x to the left). For the red boat, the y - coordinate is lower, so y = 4 or 2 or 5. The red boat's position, from the grid, has a y - coordinate of 4? Wait, no, looking at the options for the red boat: \((-5,2)\), \((-5,4)\), \((-5,5)\). Wait, maybe the brown boat has y = 6, so let's re - check.

Step 1: Analyze the brown boat (top grid)

The brown boat is on a grid where the y - coordinate (vertical) is 6 (since all its options have y = 6). Now, looking at the horizontal (x - coordinate) position. If we assume the grid has points, and the brown boat's x - coordinate is - 4 (by counting the grid columns, moving left from the origin), so the ordered pair for the brown boat is \((-4,6)\).

Step 2: Analyze the red boat (bottom grid)

The red boat is on a grid. The options for the red boat are \((-5,2)\), \((-5,4)\), \((-5,5)\). Looking at the vertical (y - coordinate) position, if we assume the red boat is at y = 4 (by visual grid analysis, middle vertical level), and x=-5 (since it's far left), so the ordered pair for the red boat is \((-5,4)\).

Answer:

Brown boat: \((-4,6)\)
Red boat: \((-5,4)\)