Flickr user A_Riddle perfectly duplicated the pose and costuming from a scene in Episode IV of Star Wars. Presumably Princess Leia has the grace not to get kicked out of the store for ordering this way.
Link via Popped Culture
horsey' is an attachable bicycle ornament/accessory which makes one's bicycle look horsey! the 'horsey' package includes wooden ornaments (horsey shape body), metal parts, and screws. the manual is very simple so that anyone can easily arrange it according to one’s needs. through this 'horsey' project. I wanted to give a special look to bicycles so that people would care about cycling not only as transportation but also as a lovely pet.
I enjoyed many of these pants, as I mentioned, but I'm still perturbed. This isn't the subjective business of mediums, larges and extra-larges — nor is it the murky business of women's sizes, what with its black-hole size zero. This is science, damnit. Numbers! Should inches be different than miles per hour? Do highway signs make us feel better by informing us that Chicago is but 45 miles away when it's really 72? Multiplication tables don't yield to make us feel better about badness at math; why should pants make us feel better about badness at health? Are we all so many emperors with no clothes?
The record-breaking naan was 10ft by 4ft and has a total area of 40 sq ft - the equivalent of 167 normal size naan breads – and took bakers over five hours to make and 8 staff to carry.
The beast of breads was made using an authentic naan recipe including yoghurt, ghee and Kalonji seeds and weighing more than 40kg and cooked in a specialist tandoori-style oven with the capacity to cook an authentic bread of such magnitude.
The distance to the moon is 385,000,000,000 mm.
The size of an unkerned piece of normal cut Helvetica at 100pt is 136.23 mm.
Therefore it would take 2,826,206,643.42 helveticas to get to the moon.
The Eggbot has a rigid but adjustable chassis that allows you to mount spherical or egg-shaped objects of various sizes, and rotate them about their axis of symmetry using a stepping motor under computer control. A second stepping motor moves a pen about an axis perpendicular to that "egg" axis, and a small servo motor raises or lowers the pen above the egg surface.