Sport (US magazine)

SPORT magazine was an American sports magazine. Launched in September 1946 by the New York-based publisher, Macfadden Publications, SPORT pioneered the generous use of color photography – it carried eight full color plates in its first edition.

SPORT predated the launch of Sports Illustrated by eight years, and is remembered for bringing several editorial innovations to the genre, as well as creating, in 1955, the SPORT Magazine Award. The SPORT Award, given initially to the outstanding player in baseball’s World Series (Johnny Podres of the Brooklyn Dodgers was the inaugural winner), was later expanded to include the pre-eminent post-season performer in the other three major North American team sports. What made SPORT the most distinctive from Sports Illustrated, however, was the fact it was a monthly magazine as opposed to SI's weekly distribution.

SPORT was published continually between its launch and August 2000, when its then-owner, British publisher EMAP PLC, made the decision to close the money-losing title. Today, the photo archive of SPORT, which represents one of the most significant collections of 20th century sports photography in North America, is housed in Toronto and Vancouver, Canada, at The SPORT Gallery.

Vaasan Sport

Sport, known by its full name as Hockey Team Vaasan Sport OY, is a Finnish ice hockey team playing in Liiga, and is based at Vaasa Arena (capacity 4448) in Vaasa. The team was established in 1939 as IF Sport (Idrottsföreningen Sport).

History

Vaasan Sport was founded in 1939 as IF Sport. The team was involved in the founding of the Finnish top division Liiga, formerly known as SM-Liiga, in 1975, but was relegated only one year later after the 1975-1976 season (roster for their first and only SM-Liiga season).

After the relegation Sport played in the Finnish 1st Division (since then renamed to Mestis), until they were relegated in 1991-1992 to the Finnish Second Division. Climbing back up to the 1st division proved to be a tough task and wasn't accomplished until spring 1997, with the game-winning goal of the deciding game against Kiekko-67 being scored by Kari Teräväinen in overtime.

The 2008-09 season was a success as Sport won the Mestis championship. However, in the league qualification series the team lost the last game to Ässät in a best-of-7 format, thus remaining in Mestis. The overall qualification series were close as Sport at one point was a single goal away from beating Ässät in overtime and being promoted to Liiga, but was unable to score.

Sport Club do Recife

Coordinates: 8°3′46.63″S 34°54′10.73″W / 8.0629528°S 34.9029806°W / -8.0629528; -34.9029806

Sport Club do Recife (Portuguese pronunciation: [ˈspɔɾti ˈklub du ʁeˈsifi], (known as Sport and Sport Recife, abbreviated as SCR) is a Brazilian sports club, located in the city of Recife, in the state of Pernambuco. It was founded on May 13, 1905, by Guilherme de Aquino Fonseca, who lived for many years in England, where he studied at Cambridge University.

In football, the club has won six CBD/CBF titles, including three national and three regional. Its greatest glories are the Brazilian Championship 1987 and Brazil Cup 2008.

In addition to professional football, the club also participates in women's football and Olympic sports, such as rowing, swimming, hockey, basketball, futsal, volleyball, table tennis, taekwondo, judo and athletics.

It has a historic rivalry with the Náutico, where the confrontation between the two is known as the Clássico dos Clássicos, this being the third oldest in the country's derby, with Santa Cruz, which is called Clássico das Multidões, and with América-PE, with which it duels in Clássico dos Campeões.

.net

The domain name net is a generic top-level domain (gTLD) used in the Domain Name System of the Internet. The name is derived from the word network, indicating it was originally intended for organizations involved in networking technologies, such as Internet service providers and other infrastructure companies. However, restrictions were never enforced and the domain is now a general purpose namespace. It is still popular with network operators, the advertising sector, and is often treated as an alternative to com.

net is one of the original top-level domains (the other six being com, us, edu, gov, mil, and org) despite not being mentioned in RFC 920, having been created in January 1985. As of 2015, it is the fourth most popular top-level domain, after .com, .tk and .de.

Verisign, the operator of net after acquiring Network Solutions, held an operations contract that expired on 30 June 2005. ICANN, the organization responsible for domain management, sought proposals from organizations to operate the domain upon expiration of the contract. Verisign regained the contract bid, and secured its control over the net registry for another six years. On 30 June 2011, the contract with Verisign was automatically renewed for another six years. This is because of a resolution approved by the ICANN board, which states that renewal will be automatic as long as Verisign meets certain ICANN requirements.

Net

Net or net may refer to:

See also

Net (polyhedron)

In geometry the net of a polyhedron is an arrangement of edge-joined polygons in the plane which can be folded (along edges) to become the faces of the polyhedron. Polyhedral nets are a useful aid to the study of polyhedra and solid geometry in general, as they allow for physical models of polyhedra to be constructed from material such as thin cardboard.

An early instance of polyhedral nets appears in the works of Albrecht Dürer.

Existence and uniqueness

Many different nets can exist for a given polyhedron, depending on the choices of which edges are joined and which are separated. Conversely, a given net may fold into more than one different convex polyhedron, depending on the angles at which its edges are folded and the choice of which edges to glue together. If a net is given together with a pattern for gluing its edges together, such that each vertex of the resulting shape has positive angular defect and such that the sum of these defects is exactly 4π, then there necessarily exists exactly one polyhedron that can be folded from it; this is Alexandrov's uniqueness theorem. However, the polyhedron formed in this way may have different faces than the ones specified as part of the net: some of the net polygons may have folds across them, and some of the edges between net polygons may remain unfolded. Additionally, the same net may have multiple valid gluing patterns, leading to different folded polyhedra.