Questions: A vertical tower 132.0 ft high is anchored to the ground by guy wires as shown in the figure. How long (in ft ) is each guy wire? (Round your answers using the rules for working with measurements.)

A vertical tower 132.0 ft high is anchored to the ground by guy wires as shown in the figure. How long (in ft ) is each guy wire? (Round your answers using the rules for working with measurements.)
Transcript text: A vertical tower 132.0 ft high is anchored to the ground by guy wires as shown in the figure. How long (in ft ) is each guy wire? (Round your answers using the rules for working with measurements.)
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Solution

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Solution Steps

Step 1: Identify the heights and distances for each guy wire
  • The vertical tower is 132.0 ft high.
  • The horizontal distances from the base of the tower to the points where the guy wires are anchored are given.
Step 2: Calculate the length of guy wire A
  • Guy wire A is anchored 100 ft from the base of the tower (25 ft + 50 ft + 25 ft).
  • Use the Pythagorean theorem: \( A = \sqrt{(132.0)^2 + (100.0)^2} \).
Step 3: Calculate the length of guy wire B
  • Guy wire B is anchored 75 ft from the base of the tower (25 ft + 50 ft).
  • Use the Pythagorean theorem: \( B = \sqrt{(132.0)^2 + (75.0)^2} \).

Final Answer

  • Length of guy wire A: \( \sqrt{(132.0)^2 + (100.0)^2} = \sqrt{17424 + 10000} = \sqrt{27424} \approx 165.6 \) ft
  • Length of guy wire B: \( \sqrt{(132.0)^2 + (75.0)^2} = \sqrt{17424 + 5625} = \sqrt{23049} \approx 151.8 \) ft
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