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Area Models for Multiplication. Represent the situation with your tiles, a diagram, a repeated addition equation, and a multiplication equation. Trina’s.

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Presentation on theme: "Area Models for Multiplication. Represent the situation with your tiles, a diagram, a repeated addition equation, and a multiplication equation. Trina’s."— Presentation transcript:

1 Area Models for Multiplication

2 Represent the situation with your tiles, a diagram, a repeated addition equation, and a multiplication equation. Trina’s rectangle has 4 rows of 5 square tiles. How many tiles are in Trina’s rectangle? 5 + 5 + 5 + 5 = 20 4 x 5 = 20

3 Represent the situation with your tiles, a diagram, a repeated addition equation, and a multiplication equation. Tom’s rectangle has 6 rows of 3 square tiles. How many tiles are in Tom’s rectangle?

4 Represent the situation with your tiles, a diagram, a repeated addition equation, and a multiplication equation. Laila’s rectangle has 7 rows of 4 square tiles. How many tiles are in Laila’s rectangle?

5 Represent the situation with your tiles, a diagram, a repeated addition equation, and a multiplication equation. Jared’s rectangle has 8 columns of 2 square tiles. How many tiles are in Jared’s rectangle?

6 Represent the situation with your tiles, a diagram, a repeated addition equation, and a multiplication equation. Beth’s rectangle has 3 columns of 9 square tiles. How many tiles are in Beth’s rectangle?


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