Positional Words & Map Directions Lab

Pick an animal on the map and a direction word like above, below, left, or right. Check which animal is there, record your findings, and discover how spatial words help describe exactly where things are.

Guided Experiment: Spatial Words Investigation

Look at the map. Do you think every animal has a neighbor in all four directions (above, below, left, and right)? Write your prediction.

Write your hypothesis in the Lab Report panel, then click Next.

Pick a Scene

Pick a Reference Animal

Pick a Direction

The Dog is to the right of the Cat.

Animal Map

🐱
🐶
🐰
🐸
Reference animal (the one you picked)
The cell you are checking

Controls

0 / 500
0 / 500
0 / 500

Reference Guide

What Are Positional Words

Positional words tell us where one thing is compared to another. They help us talk about space without pointing.

Above. In the cell one row higher.
Below. In the cell one row lower.
Left. In the cell one column to the left.
Right. In the cell one column to the right.

Using the Grid

The map is a grid with 3 rows and 3 columns. Every cell has a row number and a column number.

Row 0 is the top row.
Row 2 is the bottom row.
Column 0 is the left column.
Column 2 is the right column.

When you pick a reference animal, the lab highlights the cell you are checking in the direction you picked.

Edges and Corners

Animals on the edges of the grid have fewer neighbors. An animal in a corner can only have neighbors in two directions.

Example. An animal in the top-left corner has no animal above (off the grid) and no animal to the left (off the grid).

When a cell in the chosen direction is empty or off the grid, the lab records Found as No.

Why Spatial Words Matter

Spatial words let you describe a location without needing to point or touch. They help with giving directions, reading maps, and following instructions.

Everyday use. "The cup is above the plate" tells a friend where to look without showing them.

Learning these words builds map skills and helps young scientists describe the positions of objects in experiments.