A rectangle has side lengths in the ratio 2:3. The

  1. Suppose you find the ratio of the lengths of adjacent sided two sides that meet at a vertex in a rectangle. This ratio is
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  2. Suppose you find the ratio of the lengths of adjacent sides two sides that meet a vertex in a rectangle. This ratio is
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  3. A rectangle has side lengths in the ratio 2:3. The ratio of the rectangles's perimeter to its area is 5:9. What is the length of
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  4. the perimeter of a rectangle with adjacent side lengths of x and y, where x>y, is 8 times as great as the shorter side to the
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  5. The perimeter of a rectangle with adjacent side lengths of x and y, where x>y, is 8 times as great as the shorter side of the
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  6. The point of intersection of the diagonals of a rectangle is 4 cm further away from the smaller side than from the larger side
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  7. The point of intersection of the diagonals of a rectangle is 4 cm further away from the shorter side than from the longer side
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  8. The point of intersection of the diagonals of a rectangle is 4 cm further away from the smaller side than from the larger side
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  9. A piece of wire 16cm long is cut into 2 lengths, one of which is bent into a circle, the other into a rectangle with one side
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  10. right triangle ABC has side lengths AB=8, BC=15, and AC=17. A second right triangle, A'B'C, has side lengths of 34,30 and 16.
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