Determine the number of squares (of any size) in the figure.

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Determine the number of squares (of any size) in the figure

**Determining the Number of Squares in a Geometric Figure**

**Task:**  
Determine the number of squares (of any size) in the figure provided.

**Figure Description:**

The figure is composed of a grid-like pattern forming a symmetrical cross shape. It consists of smaller squares arranged to create larger squares. The pattern is as follows:

- A central 3x3 square grid.
- The top, bottom, left, and right are extended with 2x2 square grids forming the arms of the cross shape.

When exploring the number of squares, consider the following:

1. **1x1 Squares:** Count all the small individual squares.
2. **2x2 Squares:** Identify all possible 2x2 squares.
3. **3x3 Squares:** Ensure to count the larger square formed by the 3x3 grid in the middle if applicable.
4. **Other sizes:** Consider additional larger sizes possible by overlapping smaller squares.

**Conclusion:**

Calculate the total number of squares considering all possible combinations of sizes.

**The total number of squares is:** [Provide the calculated number based on exploration.]
Transcribed Image Text:**Determining the Number of Squares in a Geometric Figure** **Task:** Determine the number of squares (of any size) in the figure provided. **Figure Description:** The figure is composed of a grid-like pattern forming a symmetrical cross shape. It consists of smaller squares arranged to create larger squares. The pattern is as follows: - A central 3x3 square grid. - The top, bottom, left, and right are extended with 2x2 square grids forming the arms of the cross shape. When exploring the number of squares, consider the following: 1. **1x1 Squares:** Count all the small individual squares. 2. **2x2 Squares:** Identify all possible 2x2 squares. 3. **3x3 Squares:** Ensure to count the larger square formed by the 3x3 grid in the middle if applicable. 4. **Other sizes:** Consider additional larger sizes possible by overlapping smaller squares. **Conclusion:** Calculate the total number of squares considering all possible combinations of sizes. **The total number of squares is:** [Provide the calculated number based on exploration.]
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