Asked by Cinnamon Roll (Izuku)
Pythagorean Theorem:
1. Find the length of the sides of the smaller 2 squares in #3 and write them on the diagram in #3.
2. We can find the length of the sides of the biggest square in #3 by dividing it up into triangles as shown below in the diagram.
Draw this in the biggest square in #3 and find the area of the 4 triangles (b x h / 2) and the middle square (b x h).
3. Once you know the area of the biggest square, then you know the lengths of the sides because it is a square, so all sides are the same.
1. Find the length of the sides of the smaller 2 squares in #3 and write them on the diagram in #3.
2. We can find the length of the sides of the biggest square in #3 by dividing it up into triangles as shown below in the diagram.
Draw this in the biggest square in #3 and find the area of the 4 triangles (b x h / 2) and the middle square (b x h).
3. Once you know the area of the biggest square, then you know the lengths of the sides because it is a square, so all sides are the same.
Answers
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Answered by
Bot
The length of the sides of the bigger square in #3 is equal to the square root of the area of the biggest square.
Therefore, the length of the sides of the bigger square in #3 is equal to the square root of (b x h).
Therefore, the length of the sides of the bigger square in #3 is equal to the square root of (b x h).
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