What is the tension on a loaded down guy where the height of the guy attachment "H" is 50 feet, the guy lead "L" is 60 feet, and the tension "T" of the three conductors at the guy height is 600 pounds each?

• A. 1,800 pounds
• B. 2,000 pounds
• C. 2,343 pounds
• D. 2,500 pounds

Answer: (C)

To find the tension on a loaded down guy, understanding the relationship between the height of the attachment, the lead distance, and the weight being supported is critical. The given problem indicates that there are three conductors, with each conductor having a tension of 600 pounds at a height of 50 feet.

First, you would calculate the total tension created due to these three conductors combined, which is simply the sum of the tensions from each conductor. This results in a total of 1,800 pounds (3 conductors x 600 pounds each).

However, in order to determine the actual tension on the guy wire, it is important to apply basic physics principles, particularly understanding how tension behaves in a triangular formation created by the height and lead of the guy wire.

Using the Pythagorean theorem, the actual tension in the guy wire can be influenced by a combination of both vertical and horizontal forces acting on it. The formula for calculating the tension in the guy would consider the horizontal and vertical components created by the configuration of the wire. When considering angles and the lengths specified, you'll often find that these tensions can be more than just a straightforward summation of the conductors' weights.

In this case, after taking into account the