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An Odd Future knit cap. A knit cap, colloquially known as a beanie, is a piece of knitted headwear designed to provide warmth in cold weather. It usually has a simple tapered shape, although more elaborate variants exist. Historically made of wool, [1] it is now often made of synthetic fibers.
According to the Oxford English Dictionary, the etymology is uncertain, but probably derives from the slang term "bean", meaning "head".In New Zealand and Australia, the term "beanie" is normally applied to a knit cap known as a toque in Canada and parts of the US, but also may apply to the kind of skull cap historically worn by surf lifesavers [1] and still worn during surf sports. [2]
These meandering loops can be easily stretched in different directions giving knit fabrics much more elasticity than woven fabrics. Depending on the yarn and knitting pattern, knitted garments can stretch as much as 500%. For this reason, knitting was initially developed for garments that must be elastic or stretch in response to the wearer's ...
Wake Forest head coach Dave Clawson looks at a replay on the scoreboard as he discusses a call with an official during the first half of an NCAA college football game against North Carolina ...
The incoming Trump administration is preparing a list of countries to which it may deport migrants when their home countries refuse to accept them, according to three sources familiar with the plans.
If you're shopping for mom, we've rounded up a few of our favorite Christmas gifts for 2024, including Storyworth, personalized calendars, and more.
When knit wales cross, a cable is formed. Cables patterns tend to draw the fabric together, making it denser and less elastic; [5] Aran sweaters are a common form of knitted cabling. [6] Arbitrarily complex braid patterns can be done in cable knitting. In lace knitting, a pattern is formed by making small, stable holes in the fabric.
A vast variety of cable patterns can be invented by changing the number of cables, the separations of their center lines, the amplitudes of their waves (i.e., how far they wander from their center line), the shape of the waves (e.g., sinusoidal versus triangular), and the relative position of the crests and troughs of each wave (e.g., one wave ...