A proper eye splice retains what percent of its breaking strength?

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Multiple Choice

A proper eye splice retains what percent of its breaking strength?

Explanation:
This tests how much of a rope’s original strength a properly made eye splice preserves. A well-executed eye splice weaves the rope’s strands back into the standing part, distributing the load across more fibers and avoiding the sharp bends and concentrated stress that weaken a rope when tied with knots. That efficient load sharing keeps most of the rope’s strength intact, and the standard figure cited for a correct eye splice is about 95% of the rope’s original breaking strength. The small loss (the remaining ~5%) comes from the fibers displaced and the friction and compression within the splice itself. It isn’t 100% because any modification to the rope’s geometry introduces some loss, and it isn’t as low as 90% or 80% when the splice is cleanly done.

This tests how much of a rope’s original strength a properly made eye splice preserves. A well-executed eye splice weaves the rope’s strands back into the standing part, distributing the load across more fibers and avoiding the sharp bends and concentrated stress that weaken a rope when tied with knots. That efficient load sharing keeps most of the rope’s strength intact, and the standard figure cited for a correct eye splice is about 95% of the rope’s original breaking strength. The small loss (the remaining ~5%) comes from the fibers displaced and the friction and compression within the splice itself. It isn’t 100% because any modification to the rope’s geometry introduces some loss, and it isn’t as low as 90% or 80% when the splice is cleanly done.

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