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Circle KK with a radius of 33 units is shown on a coordinate grid. Circle KK is dillated by a scale factor of 53\frac{5}{3}, centered at the origin, to map to Circle MM.\newlineComplete the statement.\newlineThe area of the Circle MM is π\pi units2^2.

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Q. Circle KK with a radius of 33 units is shown on a coordinate grid. Circle KK is dillated by a scale factor of 53\frac{5}{3}, centered at the origin, to map to Circle MM.\newlineComplete the statement.\newlineThe area of the Circle MM is π\pi units2^2.
  1. Identify Radius and Scale Factor: Identify the original radius of Circle KK and the scale factor for the dilation.\newlineCircle KK has a radius of 33 units. The scale factor for the dilation is 53\frac{5}{3}.
  2. Calculate New Radius: Calculate the new radius of Circle MM after the dilation.\newlineThe new radius of Circle MM is the original radius of Circle KK multiplied by the scale factor. So, the new radius is 33 units ×(53)=5\times \left(\frac{5}{3}\right) = 5 units.
  3. Calculate Area of Circle M: Calculate the area of Circle M using the new radius.\newlineThe area of a circle is given by the formula A=πr2A = \pi r^2, where rr is the radius of the circle. Substituting the new radius of Circle M into the formula gives us A=π×(5 units)2=π×25 units2A = \pi \times (5 \text{ units})^2 = \pi \times 25 \text{ units}^2.
  4. Write Complete Statement: Write the complete statement for the area of Circle M.\newlineThe area of Circle M is 25π25\pi square units.

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