Dear... (Sachi Tainaka album)

"Dear..." is an album from Sachi Tainaka that was released on March 7, 2007.

Its catalog number is GNCX-1002.

Track listing

Dear... (The Grace album)

Dear... is The Grace's second Japanese album released on January 9, 2009. The title track "Sukoshi de Ikara" (少しでいいから) (A Little Bit of Good) was used as the movie "Subaru" soundtrack song. Tenjochiki's second studio album includes 2 singles released from July 2008 in Japan including the B-side of their 7th single "Here": "Near: Thoughtful 1220" and the album consists of a total of 9 tracks. The album peaked #14 on Oricon daily album charts and #37 on the Oricon weekly album charts, charted for 3 weeks and sold 4,734 copies, making their most successful Japanese album so far.

Track listing

CD

DVD

Dear (Mika Nakashima song)

"Dear" is the thirty-third single by Japanese singer Mika Nakashima, released on April 27, 2011. It peaked at number 8 in the Oricon Weekly Singles Chart, and sold over 25,000 copies. In May 2011, the song was certified Gold by the RIAJ for digital downloads of over 100,000.

Background

This single marked a comeback for Nakashima, who took a break from performing in October 2010 to seek treatment for her chronic Eustachian tube dysfunction. The title track was the theme song for the Japanese film Yōkame no Semi, in which Mao Inoue played the lead role.

For "Dear", Nakashima again collaborated with Katsuhiko Sugiyama, who wrote and composed her previous single, "Ichiban Kirei na Watashi o".

The coupling tune is a rearranged version of "A Miracle For You", a song from Nakashima's first album, True.

Track listing

Charts

Oricon Sales Chart (Japan)

References

Symmetry (disambiguation)

Symmetry may refer to:

In science and mathematics:

In arts and entertainment:

Other uses:

Symmetry (horse)

Symmetry (foaled 1795) was a British Thoroughbred racehorse and sire best known for winning the classic St Leger Stakes in 1798. Originally trained in Yorkshire won the St Leger at Donacaster on his final appearance as a three-year-old and when on to defeat the Epsom Derby winner Sir Harry in a match race at York in the following year. As a five-year-old he was transferred to race at Newmarket where he lost a rematch with Sir Harry, but won his three remaining races, including matches against Sorcerer and Diamond, two of the leading racehorss of the time. After his retirement from racing, Symmetry was sold and exported to stand as a breeding stallion in Russia.

Background

Symmetry was a grey horse bred by his owner Sir Thomas Gascoigne, 8th Baronet. His sire Delpini, from whom he inherited his colour, was a successful rachorse who won eight consecutive races at Newmarket in 1786 and 1787, before becoming a leading sire in the north of England. His stock were particularly noted for their stamina. Symmetry's dam Violet, also bred by Gascoigne, was a highly successful broodmare who also produced the Oaks winner Theophania (by Delpini) and Golden Locks, the dam of Soothsayer. Symmetry was the third of fourteen foals produced by Violet between 1793 and 1807.

Nonagon

In geometry, a nonagon /ˈnɒnəɡɒn/ (or enneagon /ˈɛniːəɡɒn/) is a nine-sided polygon or 9-gon.

The name "nonagon" is a prefix hybrid formation, from Latin (nonus, "ninth" + gonon), used equivalently, attested already in the 16th century in French nonogone and in English from the 17th century. The name "enneagon" comes from Greek enneagonon (εννεα, "nine" + γωνον (from γωνία = "corner")), and is arguably more correct, though somewhat less common than "nonagon".

Regular nonagon

A regular nonagon is represented by Schläfli symbol {9} and has internal angles of 140°. The area of a regular nonagon of side length a is given by

where the radius r of the inscribed circle of the regular nonagon is

and where R is the radius of its circumscribed circle:

Construction

Although a regular nonagon is not constructible with compass and straightedge (as 9 = 3², which is not a product of distinct Fermat primes), there are very old methods of construction that produce very close approximations. It can be also constructed using neusis, or by allowing the use of an angle trisector.