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A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?
A rectangle having an area of \(56 \text{ cm}^2\) is formed when one side of a square is decreased by \(5 \text{ cm}\) and another side of the same square is increased by \(5 \text{ cm}\). What is the perimeter of the original square (in cm)?