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Circle 
O shown below has a radius of 27 inches. To the nearest tenth of an inch, determine the length of the arc, 
x, subtended by an angle of 1.2 radians.
Answer:
inches

Circle O O shown below has a radius of 2727 inches. To the nearest tenth of an inch, determine the length of the arc, x x , subtended by an angle of 11.22 radians.\newlineAnswer: \square inches

Full solution

Q. Circle O O shown below has a radius of 2727 inches. To the nearest tenth of an inch, determine the length of the arc, x x , subtended by an angle of 11.22 radians.\newlineAnswer: \square inches
  1. Identify formula: Identify the formula to calculate the length of an arc in a circle.\newlineThe length of an arc LL in a circle is given by the formula L=r×θL = r \times \theta, where rr is the radius of the circle and θ\theta is the central angle in radians.
  2. Plug values: Plug the given values into the formula.\newlineWe are given the radius r=27r = 27 inches and the central angle θ=1.2\theta = 1.2 radians. So, L=27L = 27 inches 1.2* 1.2 radians.
  3. Perform multiplication: Perform the multiplication to find the length of the arc. L=27inches×1.2radians=32.4inches.L = 27 \, \text{inches} \times 1.2 \, \text{radians} = 32.4 \, \text{inches}.
  4. Round result: Round the result to the nearest tenth of an inch as requested.\newlineThe length of the arc, to the nearest tenth of an inch, is 32.432.4 inches (since it is already at the tenth of an inch, no further rounding is needed).

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