A load of 2000 N is lifted using a two-leg sling with both legs vertical (angle from vertical is 0 degrees). What is the tension in each leg?

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Multiple Choice

A load of 2000 N is lifted using a two-leg sling with both legs vertical (angle from vertical is 0 degrees). What is the tension in each leg?

Explanation:
When a load is supported by two sling legs that are both vertical, the load is shared equally between the two legs. The vertical tensions in the legs add up to the total load, so 2 times the tension equals 2000 N. Solving gives tension per leg as 2000 N / 2 = 1000 N. This equal split holds because the legs are symmetrical and the load is centered. If the legs formed angles, the individual tensions would be higher due to the vector components, but with both legs vertical, each carries 1000 N.

When a load is supported by two sling legs that are both vertical, the load is shared equally between the two legs. The vertical tensions in the legs add up to the total load, so 2 times the tension equals 2000 N. Solving gives tension per leg as 2000 N / 2 = 1000 N. This equal split holds because the legs are symmetrical and the load is centered. If the legs formed angles, the individual tensions would be higher due to the vector components, but with both legs vertical, each carries 1000 N.

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