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A square with an area of 134 units 
^(2) is dilated by a scale factor of 2 . Find the area of the square after dilation. Round your answer to the nearest tenth, if necessary.
Answer: units 
^(2)

A square with an area of 134134 units 2 ^{2} is dilated by a scale factor of 22 . Find the area of the square after dilation. Round your answer to the nearest tenth, if necessary.\newlineAnswer: units 2 ^{2}

Full solution

Q. A square with an area of 134134 units 2 ^{2} is dilated by a scale factor of 22 . Find the area of the square after dilation. Round your answer to the nearest tenth, if necessary.\newlineAnswer: units 2 ^{2}
  1. Understand Problem and Given: Understand the problem and what is given.\newlineWe are given the area of a square and a scale factor by which the square is dilated. We need to find the new area after dilation.
  2. Calculate Original Side Length: Calculate the side length of the original square.\newlineThe area of a square is given by the formula A=s2 A = s^2 , where A A is the area and s s is the side length. We need to find s s for the original square.\newlineGiven A=134 A = 134 units2^2, we can write:\newlines2=134 s^2 = 134 \newlines=134 s = \sqrt{134}
  3. Apply Scale Factor: Apply the scale factor to the side length.\newlineThe new side length after dilation will be twice the original side length because the scale factor is 22.\newlineNew side length s=2×s s' = 2 \times s \newlines=2×134 s' = 2 \times \sqrt{134}
  4. Calculate New Area: Calculate the new area after dilation.\newlineThe new area A A' will be the square of the new side length.\newlineA=(s)2 A' = (s')^2 \newlineA=(2×134)2 A' = (2 \times \sqrt{134})^2 \newlineA=4×134 A' = 4 \times 134 \newlineA=536 A' = 536 units2^2

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