A smaller square is in

  1. A square with a side length of 4s cm has a smaller square inscribed. The vertices of the smaller square are at the midpoints of
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  2. A square with a side length of 2s has a smaller square inscribed. The vertices of the smaller square are at the midpoints of the
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  3. A square with a side length of 4s has a smaller square inscribed. The vertices of the smaller square are at the midpoints of the
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  4. A square with a side length of 2s has a smaller square inscribed. The vertices of the smaller square are at the midpoints of the
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  5. A square with a side length of 4s cm has a smaller square inscribed. The vertices of the smaller square are at the midpoints of
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  6. Use the image to answer the question. Betty is writing a proof of the Pythagorean Theorem using the diagram shown. In the
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  7. Betty is writing a proof of the Pythagorean Theorem using the diagram shown. In the diagram, there is a large square. A smaller
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  8. Betty is writing a proof of the Pythagorean Theorem using the diagram shown. In the diagram, there is a large square. A smaller
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  9. Use the image to answer the question.Betty is writing a proof of the Pythagorean Theorem using the diagram shown. In the
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  10. Betty is writing a proof of the Pythagorean Theorem using the diagram shown. In the diagram, there is a large square. A smaller
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