Which knot forms a fixed loop in the rope at any point between its ends?

Which knot forms a fixed loop in the rope at any point between its ends?

• A. Bowline in a bight
• B. Figure-eight knot
• C. Clove hitch
• D. Slip knot

Answer: (A)

A loop that stays fixed in place along the rope when you pull on it is what this item tests. A bowline tied in a bight creates exactly that: you form a bowline using a bight instead of the rope end, so a loop is made in the middle of the rope and the knot locks so the loop cannot slide along the standing part under load. The loop’s position is determined by the bight, not by movement of the rope through the knot, which gives a non-slipping, fixed loop anywhere along the rope. The other knots don’t provide that behavior. A clove hitch tends to grip around an object and can shift or loosen rather than hold a fixed loop in the middle of the rope. A slip knot forms an adjustable loop that tightens or slides under load, so the loop is not fixed in place. A figure-eight knot can create a loop, but it does not by default establish a loop that remains fixed at a chosen point along the rope under load.

A loop that stays fixed in place along the rope when you pull on it is what this item tests. A bowline tied in a bight creates exactly that: you form a bowline using a bight instead of the rope end, so a loop is made in the middle of the rope and the knot locks so the loop cannot slide along the standing part under load. The loop’s position is determined by the bight, not by movement of the rope through the knot, which gives a non-slipping, fixed loop anywhere along the rope.

The other knots don’t provide that behavior. A clove hitch tends to grip around an object and can shift or loosen rather than hold a fixed loop in the middle of the rope. A slip knot forms an adjustable loop that tightens or slides under load, so the loop is not fixed in place. A figure-eight knot can create a loop, but it does not by default establish a loop that remains fixed at a chosen point along the rope under load.