| Secondly, simple, geometric plans such as squares, triangles, and hexagons are common to the most dramatic of these examples. |
|
| Resembling the shape of a football, Fullerene contains 60 carbon molecules in hexagons and pentagons. |
|
| For example, 10 carbon atoms can be arranged into two conjoined hexagons, each hexagon sharing two carbon atoms with the other. |
|
| Perfect crystal structures can contain pyramids, cubes, or hexagons, but not pentagons. |
|
| The sheet of graphite has rows of conjoined hexagons, separated by horizontally running zig-zag lines. |
|
| Using these simple tools they could construct equilateral triangles and hexagons and they could bisect any angle. |
|
| Since Tucker hexagons are cyclic, so are the hexagons of the six circumcenters at hand. |
|
| We first consider a class of pericondensed benzenoid graphs consisting of two rows of hexagons of various lengths. |
|
| Designed with a center emphasis, the fabrics are arranged in rings of hexagons, with four additional rosettes in the corners. |
|
| The balls are made with small pieces of wood 12 pentagons and 20 hexagons which fit together to form a sphere. |
|
| This says that the most stable arrangement is a pentagon surrounded by five hexagons. |
|
| Wood blinds, meanwhile, can fit a variety of applications, including quarter arches, full arches, angles, trapezoids, hexagons and triangles. |
|
| For those who don't know, a buckyball is an extremely stable soccer-ball-shaped molecule made up of 20 hexagons and 12 pentagons. |
|
| This requires that their underlying lattices be based on triangles, parallelograms, or hexagons. |
|
| Carbon atoms are linked into hexagons, and the hexagonal pattern makes up the walls of a cylinder only nanometers wide. |
|
| Observe that opposite sides of these hexagons are parallel, because the equal-area condition requires them to be parallel to a common diagonal. |
|
| The hexagons, pentagons, and triangles that make up the biomes all have their own unique specification due to the irregular nature of the site. |
|
| They are formed from 60 atoms of carbon bonded together in a combination of pentagons and hexagons to form a ball, just like a soccer ball. |
|
| The bee's honeycombs, pristine hexagons, are symmetrical over several axes. |
|
| It is composed of pentagons and hexagons of carbon atoms arranged in a sphere, just like a football. |
|
|
|
| The hive that honey bees construct has the structure of many hexagons adjoin to each other. |
|
| Interdigitate the hexagons and press-fit the abutment assembly to the implant. |
|
| The silicon atoms are arranged at the corners of hexagons, and the unshared oxygen atoms are commonly oriented on the same side of the sheet. |
|
| In addition to square, rectangular, and circular crackers, I managed to find ovals, triangles, hexagons, stars, and even spheres, cubes, and cones. |
|
| This time the board is made up of hexagons and up to four may play. |
|
| The minarets of a Hamburg mosque sport green and white hexagons in the pattern of a football. |
|
| Nanotubes are closed by distortion of the hexagons, and by the introduction of pentagons in the nanotube structure. |
|
| The geometric design is based on a repeated pattern of small pentagons and hexagons, diamonds and triangles. |
|
| Before the current standard, shapes of stones included cones, ovals, squares, hexagons and others. |
|
| The interlaced symbol of three hexagons that comprises the NAC logo was created by the Montreal firm Design Collaborative. |
|
| It has 32 faces, of which 20 are regular hexagons and 12 are regular pentagons. |
|
| It will consist of 20 paper hexagons joined so as to leave 12 pentagon shaped spaces. |
|
| The Swiss mathematician Leonhard Euler had proved that a geodesic structure must contain 12 pentagons to close into a spheroid, although the number of hexagons may vary. |
|
| These various polygon shapes consist of, but are not limited to, triangles, squares, pentagons, hexagons, heptagons, octagons, nonagons, decagons, undecagons, and dodecagons. |
|
| Triangles, squares and hexagons create their own proportions and systems. |
|
| Its repetitive geometric composition follows a theme based on an eight-pointed star developing into rectilinear knotwork that forms various different shapes: hexagons, seven-pointed stars and cruciform nodes. |
|
| While closed structures such as hexagons are currently the pattern of choice for metallic pigment coatings, for other applications there has been a gradually shift towards open structures. |
|
| The red hexagons with gold edges create a honeycomb design. |
|
| Equilateral hexagons are used in a honeycomb configuration because of the high degree of sampling isotropy inherent to the tessellation. |
|
| For the filling of the opaque spaces of the design, the thread used is inserted in the meshes which form the sides of the small hexagons of the openwork where it is held in place by a type of chain stitch. |
|
|
|
| It consists of two modified hexagons, which can be used in extremely flexible ways: they can serve as a display space or as furniture for a portable computer, as a chaise longue or as a table. |
|
| The latter being more symmetric and having a 60 degrees caracteristic angle in the two dimensional network of hexagons matching the angle above wich the CMB is no more isotropic, this is our prefered option. |
|
| The Telstar's design became the archetypal, iconic soccer ball: a sphere out of 32 hexagons and pentagons, the roundest ball possible at the time. |
|
| They are made by adding millions of extra sets of hexagons of carbon atoms to the middle of the soccerball molecule so that it stretches out to form a tubular fibre. |
|
| Its familiar image of black pentagons and white hexagons resulted from the need to make the ball more visible on monochrome television sets of the day. |
|
| Using this technique, create a few hexagons in your design. |
|
| For a wildly elaborate seven-volume Qur'an, completed at the start of the 14th century, the calligrapher Muhammad ibn Mubadir entwined individual golden words in involute patterns of stars and hexagons. |
|
| However, more triangles are needed than hexagons to cover a certain area. |
|
| The cages have faces of 12 regular pentagons and up to 480 irregular hexagons, which puts them into a category of shapes called fullerenes. |
|
| Hex is played on a diamond shaped board made up of hexagons. |
|
