Two 3/4 inch wire rope slings attached to a 2-1/2 ton load at a 30 degree angle from horizontal, each leg has a load of:

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Master the XD03.13 Industrial Rigging and Signaling Exam with flashcards and multiple choice questions. Each question includes hints and explanations. Prepare effectively for your exam!

Multiple Choice

Two 3/4 inch wire rope slings attached to a 2-1/2 ton load at a 30 degree angle from horizontal, each leg has a load of:

Explanation:
When two equal-length sling legs share a load, the weight is supported by the vertical components of each leg’s tension. If each leg forms 30 degrees with the horizontal, the vertical component of tension in each leg is T sin 30° = 0.5T. With two legs, the total vertical support is 2 × 0.5T = T, which must equal the load W. So T = W. Given the load is 2.5 tons, each leg must carry 2.5 tons.

When two equal-length sling legs share a load, the weight is supported by the vertical components of each leg’s tension. If each leg forms 30 degrees with the horizontal, the vertical component of tension in each leg is T sin 30° = 0.5T. With two legs, the total vertical support is 2 × 0.5T = T, which must equal the load W. So T = W. Given the load is 2.5 tons, each leg must carry 2.5 tons.

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