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exttt{OO} is the center of the regular hexagon below. Find its area. Round to the nearest tenth if necessary. The radius is 1111

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Q. exttt{OO} is the center of the regular hexagon below. Find its area. Round to the nearest tenth if necessary. The radius is 1111
  1. Divide into Triangles: We know a regular hexagon can be divided into 66 equilateral triangles. So, we'll find the area of one triangle and multiply by 66.
  2. Area Formula: The formula for the area of an equilateral triangle is A=(3/4)×side2A = (\sqrt{3}/4) \times \text{side}^2. The side of each triangle is the same as the radius, which is 1111 yards.
  3. Calculate Side Length: Now, plug in the side length into the area formula: A=(3/4)×112A = (\sqrt{3}/4) \times 11^2.
  4. Calculate Triangle Area: Calculate the area of one triangle: A=(3/4)×121A = (\sqrt{3}/4) \times 121.
  5. Simplify Calculation: Simplify the calculation: A(1.7324)×121A \approx (\frac{1.732}{4}) \times 121.
  6. Final Triangle Area: Do the math: A0.433×121A \approx 0.433 \times 121.
  7. Multiply by 66: Finish the calculation for one triangle's area: A52.393A \approx 52.393.
  8. Calculate Total Area: Multiply this area by 66 to get the hexagon's area: Areahexagon6×52.393\text{Area}_{\text{hexagon}} \approx 6 \times 52.393.
  9. Round to Nearest Tenth: Calculate the hexagon's total area: Areahexagon314.358\text{Area}_{\text{hexagon}} \approx 314.358.
  10. Round to Nearest Tenth: Calculate the hexagon's total area: Areahexagon314.358\text{Area}_{\text{hexagon}} \approx 314.358. Round to the nearest tenth: Areahexagon314.4yards2\text{Area}_{\text{hexagon}} \approx 314.4 \, \text{yards}^2.

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