Creating a tangible learning model (TLM) for understanding square roots using color paper and cardboard can be a great visual aid for learning this mathematical concept.
![](https://howtofunda.com/wp-content/uploads/2023/11/square-root-working-model-maths-tlm-project-1024x576.jpg)
Here’s a step-by-step guide to making the TLM:
Materials Needed:
- Cardboard sheet
- Color papers (representing squares and square roots)
- Scissors
- Glue
- Marker
- Ruler
Procedure:
Step 1: Prepare the Base
- Take a piece of cardboard and cut it into a rectangular base. This will serve as the foundation for your TLM.
Step 2: Define Squares and Square Roots
- Use different color papers to represent squares and square roots:
- Red paper: Representing squares
- Yellow paper: Representing square roots
Step 3: Create Square Tiles
- Cut the red colored paper into circle tiles, making sure each tile represents a perfect square. Write down examples of perfect squares on the tiles.
- For example:
- Red Tiles (Perfect Squares):
- Tile 1: “1” (1^2)
- Tile 2: “4” (2^2)
- Tile 3: “9” (3^2)
- Tile 4: “16” (4^2)
- …
- Red Tiles (Perfect Squares):
- For example:
Step 4: Create Square Root Tiles
- Cut the blue colored paper into square root tiles. Write down examples of square roots on these tiles.
- For example:
- Blue Tiles (Square Roots):
- Tile 1: “√1” = “1”
- Tile 2: “√4” = “2”
- Tile 3: “√9” = “3”
- Tile 4: “√16” = “4”
- …
- Blue Tiles (Square Roots):
- For example:
Step 5: Arrange Tiles
- Place the square tiles (red) on the cardboard base, forming a grid-like pattern. Leave space between the tiles for the square root tiles (blue) to be placed.
Step 6: Label and Explain
- Use a marker to label each square tile with the corresponding perfect square value (e.g., “1”, “4”, “9”, etc.).
Square Root Working Model Explanation:
- Understanding Squares:
- Show how each square tile represents a perfect square. For example, “4” on a tile represents 2^2, and “9” represents 3^2.
- Introducing Square Roots:
- Introduce the concept of square roots using the blue tiles. Explain that the square root of a number “x” (√x) is the value that, when multiplied by itself, gives “x”.
- Matching Squares with Square Roots:
- Have students match the square tiles with their corresponding square root tiles. For example, match the tile with “4” to the tile with “√4” (which is “2”).
- Examples and Practice:
- Provide additional examples and let students practice matching other perfect squares with their respective square roots.
Examples:
- Match “9” (perfect square) with “√9” (square root), which is “3”.
- Match “16” (perfect square) with “√16” (square root), which is “4”.
By creating this TLM, students can visually and interactively learn about squares, square roots, and the relationship between them. It provides a hands-on experience that reinforces the concept and helps in understanding the mathematical operations involved.