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Close-up of a shoelace knot. The shoelace knot, or bow knot, is commonly used for tying shoelaces and bow ties. The shoelace knot is a doubly slipped reef knot formed by joining the ends of whatever is being tied with a half hitch, folding each of the exposed ends into a loop and joining the loops with a second half hitch. The size of the loops ...
On April 30, 2010, Dr. Jean released a music video for her song, produced and edited by Kenny Veenstra, "Dr. Jean's Banana Dance". [9] [10] "The Guacamole Song", the incorrect but more well-known name for "Dr. Jean's Banana Dance", rose rapidly in October and November 2015. [11] The song gained 33 million views and quickly became an internet ...
When a shoelace is secured with a knot, the lace is crimped, or squashed. Primarily this is what stops the lace from coming undone. In effect, the lace is narrower inside the knot than it is on the loose end, and the loose end cannot make itself smaller and slide though the knot.
The reef knot, or square knot, is an ancient and simple binding knot used to secure a rope or line around an object. It is sometimes also referred to as a Hercules knot or Heracles knot . The knot is formed by tying a left-handed overhand knot between two ends, instead of around one end, and then a right-handed overhand knot via the same ...
Schematized diagram of simplest shoe-tying knot (slipped square-knot or "bow"). Made from circular arcs, horizontal lines, and lines at 45-degree angles, with a requirement that structural knot crossings be shown as close to perpendicular as possible (see also Knots-decorative-inline.svg ).
First called "constrictor knot" in Clifford Ashley's 1944 work The Ashley Book of Knots, this knot likely dates back much further. [5] Although Ashley seemed to imply that he had invented the constrictor knot over 25 years before publishing The Ashley Book of Knots, [1] research indicates that he was not its only originator, but his Book of Knots does seem to be the source of subsequent ...
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The seizings preserve the initial shape of the knot. In the interest of making the carrick bend easier to untie, especially when tied in extremely large rope, the ends may be seized to prevent the knot from collapsing when load is applied. This practice also keeps the knot's profile flatter and can ease its passage over capstans or winches. [10]