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An open loop of rope. Sources differ on whether this is a bight. In knot tying, a bight is a curved section or slack part between the two ends of a rope, string, or yarn. [1] A knot that can be tied using only the bight of a rope, without access to the ends, is described as in the bight.
This knot is particularly useful where the length of the running end needs to be adjustable, since feeding in rope from either direction will loosen the knot to be tightened at a new position. With certain types of cord, the clove hitch can slip when loaded. [2] In modern climbing rope, the clove hitch will slip to a point, and then stop ...
An example is the figure-eight loop knot, which can be tied in the bight, by tying a figure-eight knot using a bight instead of the end of the rope. However, tying the knot this way does not allow putting the loop around a fixed object like a tree; to do that, the knot must be tied in a two-stage process by first tying a figure-eight knot ...
A figure-of-eight loop tied using the follow-through method. A figure-eight loop is created by doubling the rope into a bight, then tying the standard figure-eight knot.. In climbing, this knot is used to save time when repeatedly attaching the rope to climbing harnesses, using locking carabiners, such as when a group of people are climbing on the same top-rope.
The length of this loop depends on the application. For instance, the loop used for an Auto-Bloc might only be 20 cm, whereas the foot loop for climbing a rope might work better with a length of 100 cm or more. As a general rule, longer loops are preferable over shorter ones, as a loop can always be shortened by tying a knot in it.
The Aschers’ also identified a fourth, and less common, type of knot—a figure-eight knot with an extra twist—which they refer to as an "EE" knot. On a given quipu cord, knots are grouped into clusters. Each cluster is tied at specific registers, or lengths, along the cord. These knot clusters represent digits in a base-10 number system. [31]
The thickness of this rope averaged at six or more millimeters in diameter, [5] while the length could be as much as 25 meters long. This was used to provide a more secure, long-term binding than is possible with the hayanawa for transportation to a place of incarceration, restraint at legal proceedings, and—in the case of particularly severe ...
In physical knot theory, each realization of a link or knot has an associated ropelength. Intuitively this is the minimal length of an ideally flexible rope that is needed to tie a given link, or knot. Knots and links that minimize ropelength are called ideal knots and ideal links respectively. A numeric approximation of an ideal trefoil.
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