What percentage reduction does a becket bend cause in breaking strength?

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Multiple Choice

What percentage reduction does a becket bend cause in breaking strength?

Explanation:
When a rope is knotted or bent, its fibers experience localized stress concentrations and bending that weaken the overall strength. The becket bend, in particular, places the rope in a way that concentrates load around the knot, leading to a significant loss in breaking strength. The common figure used for this bend is that the rope’s breaking strength is about 59% of its undisturbed value, which means a reduction of roughly 41%. That’s why the correct choice is the one indicating a 41% reduction.

When a rope is knotted or bent, its fibers experience localized stress concentrations and bending that weaken the overall strength. The becket bend, in particular, places the rope in a way that concentrates load around the knot, leading to a significant loss in breaking strength. The common figure used for this bend is that the rope’s breaking strength is about 59% of its undisturbed value, which means a reduction of roughly 41%. That’s why the correct choice is the one indicating a 41% reduction.

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