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The Palomar knot (/ ˈ p æ l əm ɑːr / PAL-ə-mar) is a knot that is used for securing a fishing line to a fishing lure, snap or swivel. Steps in tying a Palomar knot (free end is colored red). 1. Tie the loose overhand knot. 2. Pass the object through the remaining loop. 3. Start snug. 4. Finish snug (pull evenly on standing ends). 5. View ...
Typical use. Attaching a fishing line to a hook or swivel. The Trilene knot / ˈtraɪliːn / is a multi purpose fishing knot that can be used for attaching monofilament line to hooks, swivels and lures. It resists slippage and failures. [ 1] The knot was apparently in use at least as early as 1975 when it was included in Tom McNally's Complete ...
In mathematics Alexander's theorem states that every knot or link can be represented as a closed braid; that is, a braid in which the corresponding ends of the strings are connected in pairs. The theorem is named after James Waddell Alexander II, who published a proof in 1923. [1] Braids were first considered as a tool of knot theory by Alexander.
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A cut splice is a join between two ropes, made by side splicing the ends slightly apart, to make an eye in the joined rope which lies shut when the rope is taut. Its original name was bowdlerised to "cut splice". A line eye-spliced to a snap shackle. Eye splice – A splice where the working end is spliced into the working part forming a loop.
In knot theory, a branch of mathematics, the trefoil knot is the simplest example of a nontrivial knot. The trefoil can be obtained by joining the two loose ends of a common overhand knot, resulting in a knotted loop. As the simplest knot, the trefoil is fundamental to the study of mathematical knot theory. The trefoil knot is named after the ...
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Markov theorem. In mathematics the Markov theorem gives necessary and sufficient conditions for two braids to have closures that are equivalent knots or links. The conditions are stated in terms of the group structures on braids. Braids are algebraic objects described by diagrams; the relation to topology is given by Alexander's theorem which ...