The Odense River is in which European country?

Odense | Denmark | Britannica.com Denmark Vejle Odense, city, northern Funen island , Denmark , on the Odense River. The site was sacred in pagan times as the vi, or sanctuary, of Odin (one of the principal gods in Norse religion) but was first recorded in history about ad 1000. A bishop’s seat from the 10th century, it became a centre for religious pilgrimages in the Middle Ages after the canonization of Canute IV , who was murdered before the high altar in St. Alban’s Church in 1086. Odense was burned (1247) during a royal rivalry but recovered to thrive as a commercial centre in the 16th and 17th centuries (it had been chartered in 1335). Growth and trade were stimulated when it became a port with the construction of the harbour and the opening of the Odense Canal (1804). Odense is one of Denmark’s main manufacturing centres; it is home to the Albani brewery (founded in 1859), in addition to modern machinery, electronics, and pharmaceutical plants. The childhood home of Hans Christian Andersen in Odense, northern Funen island, Denmark. Kåre Thor Olsen The Gothic St. Canute’s Cathedral (c. 1300), originally founded by Canute in the 11th century, houses his shrine and traditional tomb in the crypt. Odense Castle, which now houses the county administrative offices, was rebuilt by Frederick IV in 1720, partly on the foundations of St. Hans’s Monastery (13th century), which was built together with St. Hans’s Church by the Knights Hospitallers . Other notable remains in the city include a Franciscan monastery (founded 1279, now an almshouse) and a 12th-century Benedictine monastery. The home of the writer Hans Christian Andersen (born in Odense in 1805), famous for his fairy tales, is now a museum. There are also an open-air museum (Funen Village) and museums of art, archaeology, railway lore, and history. The University of Odense was founded in 1966, but, after a 1998 merger of three universities, it became a campus of the University of Southern Denmark. Pop. (2008) city, 158,163; (2005 est.) mun., 185,871. Learn More in these related articles:


Name the mine in Copiapo, Chile, where 33 miners were trapped after a collapse on 5 Aug 2010?

Chile Mining Accident (2010) - The New York Times The New York Times Supported by Chile Mining Accident (2010) News about Chile Mining Accident (2010), including commentary and archival articles published in The New York Times. More Updated: Oct. 12, 2011 On Oct. 13, 2010, 33 miners who had been trapped underground for more than two months all returned to the surface after a successful rescue operation that inspired Chile and riveted the world. The miners traveled up a narrow, nearly half-mile rescue shaft in a specially designed capsule. The final phase of the long rescue effort took roughly 22 hours. Luis Urzúa, the shift leader who organized the miners’ lives while they were underground, was the last to come up. Many of the miners came bounding out of their rescue capsule as pictures of energy and health, able not only to walk, but, in one case, to leap around, hug everyone in sight and lead cheers. Their apparent robustness was testimony to the rescue diet threaded down to them through the tiny borehole that reached them on Aug. 22, but also to the way they organized themselves to keep their environment clean, find water and get exercise. The miners hoped to sell their stories as well as file a lawsuit against the mining company. But one year after their globally televised rescue, after the worldwide spotlight faded and the trips and offers dwindled, the miners said that most of them were unemployed and that many were poorer than before. The emotional distress has been more lasting than the publicity. In October 2011, nine miners were receiving sick-leave pay for prolonged post-traumatic stress; a handful of others say they are seeing private therapists. Background On Aug. 5, 2010, a gold and copper mine near the northern city of Copiapó, Chile caved in, trapping 33 miners in a chamber about 2,300 feet below the surface. For 17 days, there was no word on their fate. As the days passed, Chileans grew increasingly skeptical that any of the miners had survived — let alone all of them. But when a small bore hole reached the miners’ refuge, they sent up a message telling rescuers they were still alive. A video camera threaded deep underground captured the first images of the miners, all apparently in good health. The discovery sparked jubilant celebrations nationwide as rescue efforts energized the country, which owes its prosperity to the rich copper mines in its northern region. The miners later used a modified telephone to sing Chile’s national anthem to the hundreds of teary-eyed relatives celebrating above. In Santiago, the capital, motorists honked their car horns and people cheered wildly on subway platforms. News reports suggested that ventilation shafts had survived the mine’s collapse, allowing enough fresh air to reach the chamber where the miners were trapped. The miners were able to use heavy equipment to provide light and charge the batteries of their head lamps, and they drank water from storage tanks to survive. They stripped off their shirts to endure the stifling heat but did not appear to be threatened by toxic gases such as methane, which can poison miners after cave-ins. Read More... Food was in short supply, and rescue crews used the tiny bore hole to thread down tubes containing sugars, water and liquid nutrients to help sustain the miners, while continuing the painstaking work of drilling another tunnel without causing another collapse. The thin shaft became an umbilical cord to keep the miners alive, from which they could receive information about the rescue efforts and communications from family members. On Oct. 9, 2010, two excruciating months later, a more sizable drill finally broke through to the miners. It created space for a rescue shaft through which the miners were raised, one by one, in a capsule especially designed to contain a human being. As the vast team of rescue workers, medical personnel, technicians and mining experts entered the final phase a few days later, the colorful scene reflected the huge scale of the operation that captured the attention of the world: more than 1,400 jou


In 1760, Belgian inventor Joseph Merlin patented which item of footwear?

History - Skate Information SKATE INFORMATION Home  > History History Roller Skating History of the United States National Association Skate Museum These days, you simply go to the skating center, put wheels on your feet and you're ready for fun. But in the "olden days" it wasn't quite so easy. A Belgian inventor named Joseph Merlin introduced the first patented roller skate in 1760. What an introduction! He wore his new skates to a party in London, where he crashed into a very expensive mirror. He wasn't very interested in skating after this experience. However, other inventors produced some roller skate models, most with in-line wheels to imitate and ice skating blade. In 1863, James Plimpton, a businessman from Massachusetts invented a roller skate that could turn. It was called a "rocking" skate--the first one that really let people skate curves and turn. Plimpton opened a skating club in New York where gentlemen enjoyed showing off for the ladies by doing fancy figures, steps and turns. Within 20 years, roller skating had become a popular pastime for men and women. Roller skating contests began to increase. Indoors, wealthy gentlemen in Newport, Rhode Island, played "roller polo," a hockey game. Others held contests in dance and figure skating. Outdoors, men and women were racing in speed contests. The more the public saw of skating, the more they wanted to try it themselves. Roller skating was soon enjoying its first boom. Just before World War II, in 1937, a group of skating rink owners (one from Massachusetts: Fred Freeman) formed an association to promote roller skating and establish good business practices for skating rinks. The association is now almost 50 years old: The Roller Skating Rink Operators Association (RSROA). The Skateland building owner, George Pyche, has been a Vice President of that association. George was Chairman of the New England Chapter of the RSROA for about 10 years and was Chairman of the Northeast Region Chapter of the RSROA for a few years. Mary Pyche was Vice President of the New England Chapter of the RSROA for one year and Secretary for 12 years. Mary was also Secretary of the Northeast Region Chapter. The RSROA group is now known as the Roller Skating Association (RSA). Under the guidance of the RSROA, roller skating enjoyed steady growth through the 1940s, '50s and '60s. It became known as a family activity that was good for everyone, an identity that it still has today. In the 1970s, there was a big improvement in roller skating. Skating floors became easier to care for because of plastic coatings. Plastic skate wheels for smoother, easier, safer skating became the standard. And, the music and lighting at skating centers was modernized. When skaters discovered how easy it was to skate outdoors with the new wheels, another big skating boom was on the way (sneaker skates and skateboards). By 1977, everyone was suddenly skating to disco music. Five years later, but more than 100 years after Plimpton's invention, the RSROA helped establish National Roller Skating Week, so everyone could celebrate and fun and fitness of today's roller skating. George and Mary Pyche, in 19??, while officers of the New England Chapter of the RSROA, received the proclaimation from Governor Sargeant of Massachusetts for "Roller Skating Week in Massachusetts"--(second week of September???). Roller skating is easy, inexpensive entertainment, so people of all ages make it a habit to meet friends, make new ones, play games and enjoy the music at their nearest skating center Source: www.skateland.com


The resort of St Tropez is in which department of France?

Saint Tropez Property Information, Var, France Partner advertising Saint Tropez Property Insight Saint-Tropez is a 5,600-inhabitant town located in the south west of the Var department (Provence Alpes Cote d’Azur region). It is built on Saint Tropez’ peninsula which ends the eponymous gulf. The town is leant to a small hill. Along its 12km of coasts, the commune has six beaches: Bouillabaisse, La Ponche La Fontanette, Graniers, Canebiers La Moutte and Salins beaches. As regards transport links, Saint Tropez is accessible by car: the A8 motorway leads to Le Muy, 37km from the town and A57 motorway to Cannet-des-Maures, 57km. By train, Saint-Raphael (39km from St Tropez) railway station is served by a high-speed line and regional trains . The town’s coach station provides buses to Fréjus , Hyères , Toulon and Saint Raphael amongst others. The largest international airport is Nice, 91km. Companies operate flights to Istanbul, London, Lyon, Paris, Munich, Amsterdam and Bordeaux. National and international destinations may be reached from Toulon-Hyeres airport: London and Paris. Maritime shuttles connect Saint Tropez to Grimaud, Sainte-Maxime , Fréjus, Saint-Raphaël, Cannes and Nice . Overview Saint Tropez is a dream destination for many holidaymakers. It is an unmissable location for stars, sea, history and art heritage lovers. For all its glamour, Saint-Tropez actually represents an authentic village with a charming harbour, infinite charms and numerous facets. Stroll in the alleyways, the Provencal street market and visit the 16th century stronghold and Annonciade Museum. The latter houses paintings from different movements. Saint Tropez stronghold has been protecting the town since the 17th century. It has been the most important defence monument between Antibes and Toulon for many centuries. On August 15, 1944, the allied fleet landed on close beaches and Saint Tropez was the first liberated town of Provence. During the 20th century, it was a fisher commune. In the 1950’s it became an international holiday resort renowned due to artists’ infatuation and a holiday location either for European and American jet-set. Besides, it is not rare seeing famous people playing petanque in the town centre. Search for Saint Tropez property now! Saint Tropez Immobilier & Property Market Trends Properties in Saint Tropez have been dedicated to well-to-do people for a long time. Indeed, the average price for a property in 2009 is €6,286/ square meter. It is twice as much as the national average (€3,197/ square meter). If your budget is high and you can afford to invest there, a good placement could be a buy-to-let, as 41.8% of residents are tenants. Like selling prices, rental prices are high and it should be fast profitable to you. Furthermore, the town being a touristy location, it also offers great rental opportunities during summer. Although prices in the area are high, Saint Tropez has much on offer: it is a dream holiday resort where you can see many stars and enjoy wonderful sceneries and an excellent weather. To get updated info about the property prices in Provence Alpes Cote d’Azur, please browse our French Property Market Reports published in the News Section every month. Click here to have an overview of PACA Property Prices. 4 Reasons to Buy a Property in Saint Tropez Culture, art and historical Heritage: Saint Tropez’ Bravade is a local custom which has been taking place each year on the 16th and 17th of May since 449. As the chapel was located outside the ramparts, the locals always kept their weapons within reach. This custom is the result of a safety need: the area was not protected by militaries, that’s why the stronghold was built. The so-called Cepoun (tradition keeper patron) manages the celebration. Shotgun salvos are shot by sailors, a priest blesses the weapons - music accompanying the festival. Butterfly House displays numerous French diurnal and exotic butterflies. Arou


American mathematician Norbert Wiener, 1894-1964, coined what scientific term concerning complex systems, and helped define its modern understanding?

Cybernetics | Article about cybernetics by The Free Dictionary Cybernetics | Article about cybernetics by The Free Dictionary http://encyclopedia2.thefreedictionary.com/cybernetics Related to cybernetics: cyborg , Systems theory cybernetics [Gr.,=steersman], term coined by American mathematician Norbert Wiener Wiener, Norbert, 1894–1964, American mathematician, educator, and founder of the field of cybernetics, b. Columbia, Mo., grad. Tufts College, 1909, Ph.D. Harvard, 1913. ..... Click the link for more information.  to refer to the general analysis of control systems control systems, combinations of components (electrical, mechanical, thermal, or hydraulic) that act together to maintain actual system performance close to a desired set of performance specifications. Open-loop control systems (e.g. ..... Click the link for more information.  and communication communication, transfer of information, such as thoughts and messages, as contrasted with transportation, the transfer of goods and persons (see information theory). The basic forms of communication are by signs (sight) and by sounds (hearing; see language). ..... Click the link for more information.  systems in living organisms and machines. In cybernetics, analogies are drawn between the functioning of the brain and nervous system and the computer computer, device capable of performing a series of arithmetic or logical operations. A computer is distinguished from a calculating machine, such as an electronic calculator, by being able to store a computer program (so that it can repeat its operations and make logical ..... Click the link for more information.  and other electronic systems. The science overlaps the fields of neurophysiology, information theory information theory or communication theory, mathematical theory formulated principally by the American scientist Claude E. Shannon to explain aspects and problems of information and communication. ..... Click the link for more information. , computing machinery, and automation automation, automatic operation and control of machinery or processes by devices, such as robots that can make and execute decisions without human intervention. The principal feature of such devices is their use of self-correcting control systems that employ feedback, i.e. ..... Click the link for more information. . See servomechanism servomechanism, automatic device for the control of a large power output by means of a small power input or for maintaining correct operating conditions in a mechanism. It is a type of feedback control system. ..... Click the link for more information. . Bibliography See N. Wiener, Cybernetics (rev. ed. 1961) and The Human Use of Human Beings (1967); F. H. Fuchs, The Brain as a Computer (1973). cybernetics ‘the science of control and communication in the animal and the machine’. As coined by Nobert Weiner in the 1940s (see Weiner, 1949), and stimulated by the advent of modern computing, the term was intended to draw attention to common processes at work in systems of Cybernetics   the science of control, communications, and data processing. Subject. The principal objects of cybernetic research are “cybernetic systems.” In general or theoretical cybernetics such systems are considered in the abstract, without reference to their real physical nature. The high level of abstraction enables cybernetics to find general methods for approaching the study of qualitatively different systems—for example, technological, biological, and even social systems. The abstract cybernetic system is a set of interrelated objects, called the elements of the system, that are capable of receiving, storing, and processing data, as well as exchanging them. Examples of cybernetic systems are various kinds of automatic control devices in engineering (for example, an automatic pilot or a controller that maintains a constant temperature in a room), electronic computers, the human brain, biological populations, and human society. The elements of an abstract cybernetic system are objects of any nature whose state can be fully described by


When steel is galvanized it is most commonly coated by what?

Coated Metals - Galvanized Steel & Anodized Aluminum | American Steel Contact Us Coated Steel Coated products are just as they sound a carbon steel product that is dipped, quenched, annealed, or even electrically charged to coat the surface. One of the most common coated Products is galvanized. Galvanized usually goes through a hot dip process called a zinc bath that coats the steel and can be covered in a desirable coating of your choice by weight. These are commonly revered to with the following designation G40, G60, G90 etc. As the number increases so does the coating of zinc and its corrosion resistance.  Galvanized coatings as high as G240 have been produced. Galvannealed is a zinc coating that is goes through the annealing process after zinc coating. This annealing gives a very even greyish finish to the steel that will not flake when bent, stamped, or formed.It offers excellent paintablity and corrosion resistance. Like Galvanized a coating thickness is referred by the letter “A” and a numeric number. Typical coatings are A40, A60, A90. Galvalume is carbon steel coated with aluminum and zinc by hot dipping. The coating mix is usually in the 50/50 range of 50% aluminum and 50% zinc. Recent variations of this mixture have been given trade names by different mills. A major benefit to galvalume is the cut edge is protected from rust by the makeup of the coating. For sheared and slit edges the exposed side should have minimal to no rust. With the aluminum and zinc coating the surface appearance is bright. Galvalume is an excellent choice for exposed projects such as metal roofing. Coating thickness is usually noted with an AZ and then the thickness for oz per sq/ft. Example: AZ50. Aluminized is a carbon steel most commonly Type 1( hot dipped and coated with aluminum and silicon) for adhesion.It was mainly intended for heat resisting applications but have been used for where heat and corrosion resistance have been needed.Type 1 is also followed by the coating thickness which is commonly 25 standing for the coating of .25 oz per sq/ft. Most quotes look as follows(ex Aluminized T125, or T1-25)


What element, with zirconium, forms the compound zirconia, which is used to make synthetic diamonds?

Zirconium   - Element information, properties and uses | Periodic Table Chemistry in its element: zirconium (Promo) You're listening to Chemistry in its element brought to you by Chemistry World, the magazine of the Royal Society of Chemistry. (End promo) Chris Smith Hello and welcome to our tour of the unusual, exciting and deadly aspects of the elements that make up the world around us.  We're kicking off our journey through the Periodic Table with a chemical that sometimes masquerades as diamond but is equally at home in the core of a nuclear reactor or even in an ironworks.  To tell the story of this mysterious entity which is otherwise known as zirconium, here's chemist and award winning author John Emsley. John Emsley Zirconium.  Wear it flashing on your finger, or unseen within your frame, it holds the key to nuclear energy, and it's got a gem-like name. It's zirconium. The name zirconium comes from the Arabic word zargun which refers to a golden-hued gemstone known since Biblical times called zircon. Today artificial gems are made from Zirconium oxide known as cubic zirconia and they sparkle with more brilliance than diamond although they are not as hard. What distinguishes them from real diamond is their higher density of 6.0 g cm-3 compared to diamond's 3.52. Zirconium is abundant in S-type stars in which heavier elements are formed by neutron capture. Traces are also present in the Sun. Rock brought back from the moon was found to have a surprisingly high zirconium content. Down here on Earth zircons has shown that life might have started much earlier than once thought. These were found in Australia in the year 2000 were 4.4 billion years old, and their oxygen isotope ratio of O16/O18 showed they could only have been formed when there was liquid water on the surface of the Earth, and this was nearly 500 million years earlier than previously assumed. In the Middle Ages colourless gemstones of zircon were thought to be an inferior kind of diamond, but that was shown to be wrong when a German chemist, Martin Klaproth (1743-1817), analysed one in 1789 and discovered zirconium. Klaproth was unable to isolate the metal itself. That was achieved in 1824 by the Swedish chemist Jöns Jacob Berzelius but there was little use for it or its chemical compounds, and so it languished for a century or more. Today this element is widely used, as zircon, as Zirconium oxide and as the metal itself. Zirconium is to be found in ceramics, foundry equipment, glass, chemicals, and metal alloys. Zircon sand is used for heat-resistant linings for furnaces, for giant ladles for molten metal, and to make foundry moulds. Mixed with vanadium or praseodymium zircon makes blue and yellow pigments for glazing pottery and tiles. Zirconium oxide is used to make heat resistant crucibles, ceramics and abrasives. A red-hot crucible made from it can be plunged into cold water without cracking. Zirconium oxide is to be found in ultra-strong ceramics that are stronger and sharper even than toughened steel and are used for knives, scissors and golf irons. Production of pure zirconium oxide is almost 25 000 tons per year, and it also goes into various chemicals that end up as cosmetics, antiperspirants, food packaging, and even fake gems. The paper and packaging industry is finding zirconium compounds make good surface coatings because they have excellent water resistance and strength. Equally important is their low toxicity. Zirconium metal has an oxidised surface which is both hard and impervious to chemical attack making it ideal not only for chemical plants but for body implants such as hip replacement joints. Zirconium-aluminium alloy is used for top of the range bicycle frames because it combines strength and lightness. Zirconium metal had some hidden assets which suddenly brought it to prominence in the late 1940s; it was found to be the ideal metal for inside nuclear reactors and nuclear submarines. It does not corrode at high temperatures, nor absorb neutrons to form radioactive isotopes. Even today the nuclear industry buys almost all of


Neolithic - definition of Neolithic by The Free Dictionary Neolithic - definition of Neolithic by The Free Dictionary http://www.thefreedictionary.com/Neolithic  (nē′ə-lĭth′ĭk) adj. Of or relating to the cultural period of the Stone Age beginning around 8,000 bc in the Middle East and later elsewhere, characterized by the development of agriculture and the making of polished stone implements. n. The Neolithic Period. Also called New Stone Age. See Usage Note at Three Age system . Neolithic (ˌniːəʊˈlɪθɪk) n 1. (Anthropology & Ethnology) the cultural period that lasted in SW Asia from about 9000 to 6000 bc and in Europe from about 4000 to 2400 bc and was characterized by primitive crop growing and stock rearing and the use of polished stone and flint tools and weapons 2. (Archaeology) the cultural period that lasted in SW Asia from about 9000 to 6000 bc and in Europe from about 4000 to 2400 bc and was characterized by primitive crop growing and stock rearing and the use of polished stone and flint tools and weapons adj 3. (Anthropology & Ethnology) relating to this period 4. (Archaeology) relating to this period Ne•o•lith•ic (ˌni əˈlɪθ ɪk) adj. 1. (sometimes l.c.) of, designating, or characteristic of the last phase of the Stone Age, commonly thought to have begun c9000–8000 B.C. in the Middle East. Compare Mesolithic, Paleolithic. 2. (usu. l.c.) belonging to or remaining from an earlier era; outdated; passé. [1860–65] Ne·o·lith·ic (nē′ə-lĭth′ĭk) The period of human culture that began around 10,000 years ago in the Middle East and later in other parts of the world. It is characterized by the beginning of farming, the domestication of animals, the development of crafts such as pottery and weaving, and the making of polished stone tools. Compare Mesolithic , Paleolithic . Neolithic Belonging to the latest period of the Stone Age, during which polished stone tools were made and people began to grow crops and keep animals. ThesaurusAntonymsRelated WordsSynonymsLegend:


What name (in English) was given to the capsule which brought the 33 Chilean miners to the surface in the San Jose rescue on 13 October 2010?

Chilean miners rescue – live coverage | World news | The Guardian Chilean miners rescue – live coverage • All 33 trapped Chilean miners have been rescued • All rescued miners reported to be in good health Wednesday 13 October 2010 13.25 EDT First published on Wednesday 13 October 2010 13.25 EDT Close 5.43pm (1.43pm Chile) Our live blog has been running since 9pm on Tuesday, covering over 44 hours of an incredibly gripping saga. The immediate drama is over. All 33 men have been winched from their prison, some 600 metres below ground, to safety. We'll end the blog here by recalling some of the high points of the last few days. • One of the most poignant moments of the last few days came with the rescue of shift foreman, Luis Urzúa, the last miner to reach the surface. (Thursday 1.56am, 9.56pm Chile). As the world's media wait to talk to the miners, his will surely be one of the most eagerly awaited personal stories. It was Urzúa who held them all together by rationing them to two spoonfuls of tuna a day for 17 days. It was Urzúa who told the Chilean president: Mr President, we need you to be strong and to rescue us as soon as possible. Don't abandon us." His arrival on the surface triggered scenes of wild celebrations, with more champagne being sprayed about than at a grand prix podium. • The unbridled joy of Mario Sepulvada Espina, who ran around punching the air as if he had scored the winner in a World Cup final, was another amazing moment. (Wednesday, 5.15am, 1.15am Chile). Espina was the second man to reach the surface, after Florencio Avalos, and was the only man to arrive bearing gifts – a bag of rocks, with one specially reserved for President Pinera. Espina also had some of the best lines – talking to the camera, flanked by his family, he said: "I was with God and I was with the Devil, they fought me and God won." The scenes of men hugging their wives - or mistress in one case - although repeated 33 times, could not fail but move. Helmets knocked off, tears and bear hugs, they were moments of powerful emotion. • Cynics could accuse of President Pinera and mining minister Golborne of extracting every ounce of political advantage from the drama, but who could blame them. They handled the rescue in what could become a textbook of crisis management. Speaking before the Fenix 2 was sent down for the first time Pinera said he intended to be there to welcome every one of the 33 men, and he stayed true to his word, bear-hugging each miner as they emerged. Golborne, whose approval ratings have reportedly soared to 86% since the start of the crisis, was ever-present too, his beaming smile awaiting each man. • One man who could have been forgiven for wanting to stay in the mine was Yonni Barrios Rojas, known variously as 'The Doctor' or 'The Love-rat', but he duly ascended to face the music. (Thursday 8.36pm, 4.36pm Chile). Barrios's wife of 28 years, Marta Salinas, made the grim discovery that her husband had a lover when she travelled to Camp Hope and reportedly saw another woman praying afore a picture of her spouse. All eyes were on Barrios's emergence from the mine to see which woman would be there to welcome him, with Salinas eventually backing down to allow Barrios's girlfriend access – saying: "It would have been wrong if the two of us were there." • Manuel Gonzalez had been the first rescue worker to travel down to the mine on Tuesday evening, and spent a lonely 12 minutes below the surface before his emergence at the top of the tunnel marked the end of the 70-day ordeal. (Thursday 4.33am, 12.33am Chile). Gonzalez, 700m underground, bowed to the subterranean cameras in the early hours of Thursday morning before clambering into Fenix 2 and beginning his ascent. Gonzalez was cheered as the capsule breached the surface at around 12.30am Chilean time. With the rescue capsule having made its final trip, workers placed a heavy steel lid over the top of the tunnel – marking the end of a tale of human endeavour which has captivated people around the globe. Finally, thanks for staying with us through this remarkable rescue,


According to Forbes magazine's 2010 listings, who was the highest earning dead celebrity?

Forbes names highest-earning dead celebs | Toronto Star Forbes names highest-earning dead celebs According to Forbes magazine, the richest dead celebrity isn't Michael Jackson. Fashion designer Yves Saint Laurent, centre, acknowledges applause after his farewell show in Paris on Jan. 22, 2002. According to Forbes magazine, Saint Laurent, who died in 2008, earned $350 million in the past year.  (REMY DE LA MAUVINIERE / AP FILE PHOTO)   Wed., Oct. 28, 2009 NEW YORK–According to Forbes magazine, the richest dead celebrity isn't Michael Jackson. Although the King of Pop's estate has been big news since his death in June, the top-earning dead celebrity is French fashion designer Yves Saint Laurent. Forbes released its ninth annual poll Wednesday. According to the magazine, Laurent earned $350 million (U.S.) in the past year. Much of his estate was auctioned off at Christie's in February. Laurent died of brain cancer in June 2008. Richard Rodgers and Oscar Hammerstein rank second with combined earnings of $235 million, followed by Jackson with $90 million, Elvis Presley with $55 million and J.R.R. Tolkien with $50 million. Charles Schulz, John Lennon, Theodor Geisel, Albert Einstein and Michael Crichton round out the top 10 list.


Meaning literally 'make like' what is the full Latin word from which 'fax' derives (as in fax machine)?

Appendix:List of Latin phrases - Wiktionary Appendix:List of Latin phrases Appendix: *List of Latin phrases Warning, this page may be too large for some browsers. If so, the sections can be reviewed individually: This appendix lists direct English translations of Latin phrases. Some of the phrases are themselves translations of Greek phrases, as Greek rhetoric and literature reached its peak centuries before that of Ancient Rome: Contents A B C D E F G H I J L M N O P Q R S T U V This list is a combination of the three divided pages, for users who have no trouble loading large pages and prefer a single page to scroll or search through. The contents of the list cannot be edited here, and are kept automatically in synch with the divided lists (A-E), (F-O) and P-Z) through template inclusion. a bene placito "from one who has been pleased well" Or "at will", "at one's pleasure". This phrase, and its Italian (beneplacito) and Spanish (beneplácito) derivatives, are synonymous with the more common ad libitum ("at pleasure"). abusus non tollit usum "abuse does not preclude proper use" a caelo usque ad centrum "from the sky to the center" Or "from heaven all the way to the center of the earth". In law, can refer to the obsolete cuius est solum eius est usque ad coelum et ad inferos maxim of property ownership. a capite ad calcem From top to bottom; all the way through. Equally a pedibus usque ad caput. a contrario "from the opposite" Equivalent to "on the contrary" or "au contraire". An argumentum a contrario is an "argument from the contrary", an argument or proof by contrast or direct opposite. a Deucalione a fortiori "from the stronger" Loosely, "even more so" or "with even stronger reason". Often used to lead from a less certain proposition to a more evident corollary. a mari usque ad mare "from sea to sea" From Psalm 72:8, "Et dominabitur a mari usque ad mare, et a flumine usque ad terminos terrae" ( KJV : "He shall have dominion also from sea to sea, and from the river unto the ends of the earth"). National motto of Canada . a pedibus usque ad caput "from feet to head" Completely. Similar to the English expressions "from tip to toe" or "from top to toe". Equally a capite ad calcem. See also ab ovo usque ad mala. a posse ad esse "from being able to being" "From possibility to actuality" or "from being possible to being actual" a posteriori "from the latter" Based on observation (i.e., empirical knowledge ), the reverse of a priori. Used in mathematics and logic to denote something that is known after a proof has been carried out. In philosophy, used to denote something that can be known from empirical experience. a priori "from the former" Presupposed, the reverse of a posteriori. Used in mathematics and logic to denote something that is known or postulated before a proof has been carried out. In philosophy, used to denote something that can be known without empirical experience. In everyday speech, it denotes something occurring or being known before the event. ab absurdo "from the absurd" Said of an argument that seeks to prove a statement's validity by pointing out the absurdity of an opponent's position (cf. appeal to ridicule ) or that an assertion is false because of its absurdity. Not to be confused with a reductio ad absurdum , which is usually a valid logical argument. ab abusu ad usum non valet consequentia "a consequence from an abuse to a use is not valid" Inferences regarding something's use from its misuse are invalid. Rights abused are still rights (cf. abusus non tollit usum). ab aeterno "from the eternal" Literally, "from the everlasting" or "from eternity". Thus, "from time immemorial", "since the beginning of time" or "from an infinitely remote time in the past". In theology, often indicates something, such as the universe, that was created outside of time. ab antiquo ab extra "from beyond" A legal term meaning "from without". From external sources, rather than from the self or the mind (ab intra). ab hinc Often rendered abhinc (which in Latin means simply "since" or "ago"). ab imo pectore "from the bottom


According to Greek legend, the labyrinth built by architect Daedalus housed which monster?

Daedalus, the great inventor Daedalus Daedalus the greatest inventor of Ancient Greece Daedalus, a great invetor, with a tragic fate Daedalus (or Daidalos in Greek, Δαίδαλος) was the greatest inventor of Ancient Greece, a man of many skills and arts, as indicated by his name, which comes from the Ancient Greek verb “daedalo”, meaning “to work cunningly”. The Labyrinth in Minoan Crete, Ariadne’s Clue, Pasiphae’s Wooden Cow, Ariadne’s Dancing-Floor, the prow of contemporary ships and flying with wings of wax and feathers were all, according to mythology, Daedalus’ inventions. Daedalus’ lineage There are several legends concerning Daedalus, written down for the first time by Athenian mythographers of the 6th c. BC, under Peisistratus. Most of the myths on Daedalus’s life are set on Crete, so the myths concerning Daedalus must be Cretan in origin. The legend of Daedalus tells us that he was born in Athens and was the descendant of Erectheus, the legendary hero and King of Athens, the founder of the Panathenian Games. Daedalus’ mother Alcippe (or Phrasmide or Iphinoe) was also of noble lineage, being descended from Cecrops, the mythical founder of the city of Athens. According to a different version, Daedalus was descended from the god Hephaestus and inherited his ability to make almost anything. Daedalus the architect and sculptor Daedalus soon became the greatest architect and sculptor of Athens. It was even said that the statues which came from his workshop looked alive - so alive that when Hercules saw the statue of a man in fighting stance, he though he was being attacked and instinctively smashed it with his club. When he realised he had destroyed an elaborate statue, which was actually of himself, he was extremely embarrassed and apologised to Daedalus. Daedalus was the first to give the limbs free movement, freeing the arms from the body and setting the legs apart. He also made the face more expressive by adding the details of the eye (eyeball, pupil and iris). How Daedalus came to Crete Talos or Calos (not to be confused with the giant Talos , guardian of Crete) was the son of Daedalus' sister (Perdicas or Polycastes) and he was a apprentice in Daedalus' workshop. It seems that the family as a whole was talented, and Talos was growing into an exceptionally skilled craftsman. Rumour in Athens had it that the nephew would outstrip his uncle. Daedalus, blinded by jealousy, threw Talos off the Acropolis. The crime was soon out and Daedalus was banished from the city. His sister killed herself for grief at losing her beloved son, and Daedalus eventually ended up in Crete. Daedalus was immediately made welcome in Crete, as his fame as a great artisan had gone before him. He became the confidant of Minos, the mythical King of Knossos. Minos put Daedalus in charge of all technical works in the Palace, and so legend has it that Daedalus was the inventor of almost every technological innovation of the time In Crete Daedalus met Naucratis, who worked in the service of Minos, and had a son by her: Icarus . Daedalus’ works on Crete Pasiphae’s Wooden Cow Ariadne’s Dancing-Floor Daedalus was the one who built the first “dancefloor” in history for the Princess Ariadne. It was admired even by the gods. The “daedalia” Another invention of Daedalus was supposedly the ship’s prow, which is why prows were also known as “daedalia” in Ancient Greece. Pasiphae’s Wooden Cow Minos had asked his uncle Poseidon, the god of the sea, to send a sign in order to prove that he was greater than his brothers. Poseidon sent Minos a beautiful bull from the sea, which Minos was supposed to sacrifice in his honour. But Minos was reluctant to kill such a wonderful animal, and cunningly sacrificed a different bull in its place. Poseidon was furious and punished Minos for his impiety in an unusual way: he made Minos’ wife, Queen Pasiphae, fall in love with the bull. Mad with passion for the bull, Pasiphae asked Daedalus to find her a way to lie with it without endangering her life. So Daedalus made a hollow


What 'z' is the activity where person is rolled down a hill inside a large plastic transparent ball?

Tragic Video Shows Russian Dad Careening to His Death While Locked Inside Giant Ball on Mountainside – TheBlaze Tweet In this frame grab made Wednesday Jan. 9, 2013, taken from APTN video provided by Yekaterina Achkasova, as her husband Denis Burakov climbs inside the large plastic ball called a zorb, with another man, on Thursday, Jan. 3, 2013, at a winter sports venue at Donbay in the Caucasus Mountains of southern Russia. What was supposed to be a thrilling ride down a ski slope inside a giant inflatable ball has ended in tragedy when the zorb veered off course and sailed over a cliff, killing Denis Burakov and leaving the other man badly injured. Credit: AP MOSCOW (AP) — What was supposed to be a thrilling ride down a ski slope inside a giant inflatable ball ended in tragedy for the two Russian men inside. The transparent plastic ball – called a zorb – veered off course and sailed over a precipice in the rugged Caucasus Mountains of southern Russia. One man died and the other was badly injured. The terrifying ride was captured on video. The man who died, 27-year-old Denis Burakov, was with friends at the Dombai ski resort, where they frequently went snowboarding, on Jan. 3 when he decided to take a ride in a zorb being operated next to a beginners’ slope. His friend Vladimir Shcherbakov joined him. An eight-minute video taken on Burakov’s phone by one of his friends shows the two men being fitted into harnesses inside the zorb, which consists of two polyurethane balls with a layer of air between them. The zorb is then released to roll down the hill, the two men spinning inside. In this frame grab made Wednesday Jan. 9, 2013, taken from APTN video provided by Yekaterina Achkasova, as her husband Denis Burakov, left, inside the large plastic ball called a zorb, with another man, before tragedy struck on Thursday, Jan. 3, 2013, at a winter sports venue at Donbay in the Caucasus Mountains of southern Russia.   Credit: AP Credit: AP Credit: AP Screen shot But the zorb bounces off of the intended path, and a man waiting for it at the bottom of the hill tries in vain to catch the ball before it pops over a rocky ledge and disappears down a gorge below Mount Mussa-Achitara. The Emergencies Ministry said both men were ejected from the zorb as it tumbled and they landed on the snow about 10 meters (30 feet) apart. They were rescued by two skiers, who then pulled both men up to the top of the hill. Burakov suffered serious spinal injuries and died on the way to the hospital. Shcherbakov suffered a concussion and other injuries and remains hospitalized. The accident prompted the emergencies minister to demand on Wednesday that Russia address its lax enforcement of safety rules for winter sports, citing a series of accidents over the January holidays. Vladimir Puchkov said during a televised meeting with officials in charge of rescue services across the country that they should take extra measures to ensure safety, in particular at Russia’s ski slopes. Sergei Loginov, deputy director of Z-orb.ru, the largest supplier of zorbs in Russia, said the zorbing run that killed Burakov was conducted in violation of all safety rules. Zorbing requires a groomed gentle slope with fences on both sides of the track and a secure spot at the bottom where the ball can be safely brought to rest, he said, but none of this was present at Dombai. Burakov pictures with his wife (Photo source: Daily Mail) “It’s not even irresponsibility. It’s an experiment on life,” Loginov said. “It’s all or nothing. They either survive or they don’t.” The sport of zorbing originated in the 1990s in New Zealand and is now done around the world, most often on grassy slopes.


Sir Thomas Sopwith designed what famous British biplane fighter aircraft, whose name combined his own name with an animal?

2006 SAM Hall of Fame Biographies Back to About SAM The Society of Antique Modelers owes its roots and continued existence to a group of talented individuals who, over time, have been dedicated to designing, building and   flying model airplanes, and those who have supported the SAM movement, dedicated to keeping the art alive. To this   end SAM maintains a HOF (Hall of Fame) wherein these individuals are honored and remembered. Each year, current SAM members propose candidates to the SAM HOF Comittee, who     select the inductees for that year. The induction takes place during the Awards Banquet at the conclusion of the   SAM Champs. Help SAM complete the HOF historical records by contributing missing HOF Biographies and Pictures to your web master at Contact us Sal TAIBI - Inducted 1989 Born Brooklyn, New York April 5, 1920 --- Died Lakewood, California December 14, 2012 There are a lot of reasons why Sal Taibi was in the first group of people elected to the SAM Hall of Fame. Sal had been President of SAM from 1985 to 1988. He’d been Secretary Treasurer of SAM for 2 years. Sal started modeling at the age of 14 in Brooklyn, and was soon designing his own models. His Powerhouse was designed in 1937 when he was 17. The Brooklyn Dodger, the Pacer and others came later. He kept on designing models into the Nostalgia ear and beyond—with the Spacer and the Starduster series. His last design, the Perris Special, is a favorite among old time sport modelers today. Sal admitted that it took him a while to get this competition thing down right. He didn’t start winning model airplane contests until he was 18---and then he kept on winning and winning. He was proud that he was the FF Power Champion at the 1995 SAM Champs—when he was 75 years old! Sal attended and competed in every one of the AMA Nationals starting in 1937—and in every one of the SAM Champs starting in 1966 until ill health slowed him down around 2004 or so. After WW II Sal’s day job was as a machinist for the Navy Bureau of Ordinance and for Jet Propulsion Laboratories in Pasadena California. He helped his son Mike run Superior Balsa—a premier cottage industry supplier of balsa wood to the FF community. Sal helped many small free flight kit companies set up the dies and cutting tools needed to make kits; Superior Balsa cut a lot of wood for different kit makers. Sal also used his machining skills to do tanks and tank mounts for a variety of SAM legal engines. Sal was also a great raconteur, and nearly every modeler who ever met Sal came away with at least one (in not many) “Sal stories” that they will cherish. 1989 Gordon S LIGHT - Inducted 1989 Born July 7, 1915 --- Died September 20, 1999 Gordon Light’s interest in model airplanes was stirred by Charles Lindbergh’s flight to Paris in 1927. Gordon started to build models. His first big contest was the 1931 National. In 1932, he entered the National Meet at Atlantic City and qualified for the US Wakefield Team with a flight of 25 minutes and 53 seconds—which was a new world record. His plane landed 8 miles from the takeoff spot. Charles Hampson Grant, another SAM HOF member, was his timer on the flight and rode along in a motorcycle sidecar.  The actual Wakefield contest was held that afternoon, and Gordon Light won that with an 8 minute flight.  Those were the days of proxy flying, and the Wakefield committee disallowed the 1932 win because the proxy models had been stored in boxes for too long (the contest had been postponed). So there was no Wakefield winner in 1932. However, Gordon Light was awarded the Wakefield trophy in the 1935 contest. His model had been sent to England and was proxy flown on what is now Heathrow Airport (but was then Fairey’s Aerodrome). His winning flight landed two hours after takeoff. In 1936 the Wakefield contest was held in conjunction with the Detroit Nationals at Selfridge Field. Gordon placed third in that contest, losing to Albert Judge of England.  Gordon Light’s Wakefield design remains a potent contender in the Four Ounce Wakefield class. Li


What type of wartime field gun took its name originally from the old Czech word (loosely 'houfnice') meaning catapault?

Units - Civ III Civilopedia Database Civ III Civilopedia Database ^This is an invisible, scenario-only unit that can be used to trigger AI wars. #PRTO_Shipment ^ ^ ^A [shipment] can be picked up by a military unit and moved to the capital for a reward of 500 Victory Points and 50 Gold. #PRTO_Pilgrim ^Pilgrims are upgraded $LINK<settlers=PRTO_Settler>. They are more expensive but can travel through previously inaccessible areas like mountains and marshes. #DESC_PRTO_Pilgrim ^ ^ ^A pilgrim is one who undertakes a religious pilgrimage, literally 'far afield'. This is traditionally a visit to a place of some religious significance; often a considerable distance is traveled. Examples include a Muslim visiting Mecca or a Christian or Jew visiting Jerusalem. ^    The early Christians made pilgrimages to the scenes of the Passion of Christ in Jerusalem. Even after Jerusalem had been occupied by the Saracens, the liberty of pilgrimage, on payment of a tax, was secured by treaty; the necessity of protecting pilgrims, however, gave rise to the medieval military orders, such as the Knights Templar. #PRTO_Settler ^{Building a Settler}: A city that builds a [settler] loses two citizens from its population. ^ ^{Building Cities}: Settlers are used primarily to found new cities. Move the settler to the desired city site, and, when the settler is active in that square, press B. ^ ^{Joining a City}: A settler may also be used to increase the population of an existing city; when the settler is active on a city, click the "Join City" button. The settler disappears and the city's population gains two citizens. ^Note: Settlers cannot enter mountains and marshes if no road is available. #DESC_PRTO_Settler ^ ^ ^When cities grew to a size where the resources were insufficient to adequately insure a decent standard of living for the populace, adventurous groups of citizens set out on their own in search of a place to build a new city. Once a suitable site was found, the settlers would build their new homes, and develop the land surrounding the city. Eventually the whole process repeated, and the new city would send out settlers of its own. This process allowed civilizations to grow throughout history, from the empires of the ancient world to the discovery and settlement of the New World. #PRTO_Nomad ^Nomads are faster $LINK<settlers=PRTO_Settler> that are available only to Hungary, Bulgaria, Turks, Tatars and Khazars. ^ ^ ^Communities of nomadic people move from place to place, rather than settling down in one location. Numerous kingdoms in the Middle Ages were formed by communities of pastoral nomads that travelled from the Eurasian steppe and permanently settled in more fertile Caucasus or Eastern Europe. #PRTO_Med_Serf ^{Building a Worker}: A city that builds a [worker] loses one citizen from its population. ^ ^{Worker Jobs}: Workers can $LINK<improve=GCON_Worker_Jobs> the countryside to make it more productive. The efficiency of a worker (how quickly it works) depends upon its $LINK<government=GCON_Governments> type. ^ ^{Joining a City}: A worker may also be used to increase the population of an existing city; when the worker is active on a city, click the "Join City" button. The worker disappears and the city's population gains one citizen. ^ ^Note that workers may be captured and used by rival civilizations. #DESC_PRTO_Med_Serf ^ ^ ^Serfdom is the socio-economic status of peasants under feudalism, and specifically relates to Manorialism. It was a condition of bondage or modified slavery seen primarily during the Middle Ages in Europe. Serfdom was the enforced labour of serfs on the fields of landowners, in return for protection and the right to work on their leased fields. ^    Serfdom involved work not only on fields, but various agriculture-related works, like forestry, transportation (both land and river-based), crafts and even in production. Manors formed the basic unit of society during this period, and both the lord and his serfs were bound legally, economically and socially. Serfs were labourers who were bound to the land; they formed


What is a brief period of time and a turning effect produced by a force?

FORCES FORCES FIND OUT MORE From the movements of the planets to the energy produced  inside atoms, everything that happens in the Universe is ultimately caused by  forces. A force is a push or pull that can make an object move or TURN around. The bigger the force, the more movement it can produce.  When two or more forces act together on an object, their effects are COMBINED . Sometimes the forces add together to make a larger force, and  sometimes they cancel each other out. NEWTONS Forces are measured in units called newtons (N), named after English scientist Sir Isaac Newton. The size of a force can be measured using a device called a force meter or newtonmeter. As the load pulls on the hook, it stretches a spring to give a reading on the scale. On Earth, the force of gravity on 1 kg (2.2 lb) is 9.8 newtons. TURNING FORCES If an object is fixed at one point and can rotate around it, that point is called a pivot. If a force acts on the object, the object turns around the pivot. The turning force is called a torque and the effect it produces is called a moment. The bigger the force, the greater the moment. The moment also increases if the force acts at a greater distance from the pivot. A wheelbarrow is free to pivot around the large wheel at the front. When the worker lifts the handles, the force causes the entire wheelbarrow to swing upwards and turn around the wheel. The long body and handles of a wheelbarrow increase the turning effect and make it easier to tip out a heavy load. INCREASING MOMENTS It is easier to unscrew a nut with a spanner than with your fingers, because the spanner’s long handle increases the turning effect or moment of the force. The size of a moment is equal to the force used times the distance from the pivot on which it acts. If you use a spanner twice as long, you double the moment, and the nut is twice as easy to turn. COMBINED FORCES When forces act in the same direction, they combine to make a bigger force. When they act in opposite directions, they can cancel one another out. If the forces acting on an object balance, the object does not move, but may change shape. If the forces combine to make an overall force in one direction, the object moves in that direction. SUPPORTING A BRIDGE A suspension bridge has to support the weight of its own deck, plus the weight of the vehicles that go across it. The deck of the bridge hangs from huge steel cables suspended over giant pillars. The cables and pillars are arranged so that there is no overall force in any direction. A bridge stays up because the forces on it are balanced and cancel one another out. FIND OUT MORE


Permanent software programmed into a read-only memory is generally called what ' ...ware'?

ROM (Read Only Memory) ROM (Read Only Memory) Read-Only Memory or ROM is an integrated-circuit memory chip that contains configuration data. ROM is commonly called firmware because its programming is fully embedded into the ROM chip. As such, ROM is a hardware and software in one. Because data is fully incorporated at the ROM chip's manufacture, data stored can neither be erased nor replaced. This means permanent and secure data storage. However, if a mistake is made in manufacture, a ROM chip becomes unusable. The most expensive stage of ROM manufacture, therefore, is creating the template. If a template is readily available, duplicating the ROM chip is very easy and affordable. A ROM chip is also non volatile so data stored in it is not lost when power is turned off. RAM versus ROM Both RAM and ROM provide the user random access to stored data. However, RAM provides only short-term memory since data stored in RAM is lost when power is turned off. ROM, on the other hand, provides long-term storage since data is permanently etched into the ROM chip. One other difference between the two is that RAM's data can frequently and speedily be altered and changed at will. ROM cannot be reconfigured at all. ROM Chip Manufacture The ROM chip has a matrix of columns and rows. The point of intersection between the column and the row is called a cell. Each cell will have a value of either 1 or 0. The manufacturer of the ROM chip has to determine each cell's value before the ROM manufacture ensues. After the program has been designed, the ROM chip can now be made. At each cell where the value should be 1, a diode is placed to connect column to row. At each cell where the value should be 0, no diode is placed. The ROM Chip's Diode The diode is the cell's electronic check valve. Its main function in the ROM chip is to control and direct the flow of electric current in cells. Specifically, it transfers the electric current from column to row. The diode has a minimum voltage requirement, what is commonly called the forward breakover, which needs to be surpassed before the diode will transfer the charge from the column to the row of the cell. The usual ROM diode forward breakover voltage is around 0.6 volts. The ROM activates cells by sending through voltage that is more than the cells' diode forward breakover. The charge that is directed through the column gets passed on by the diode to the appropriate grounded row. Since charge is successfully transmitted from column to row, the cell where a diode is present has a value of 1. In the ROM circuit, passing a charge through the column will not affect the cells whose values are supposed to be 0. In any cell, this charge cannot be passed from column to row if there's no diode to facilitate the transfer. Therefore, once a cell's value has been determined to be 0, it will permanently be 0. Follow Us! We all use electronic devices, whether they are mobile phones, computer routers, MP3 players, cable ... vyomesh describe various types of rom chip Ajijul How rom stores data permanently? memenode I believe it is typically prewritten with data in production, and it is only “permanent” in the sense that it is more difficult (or sometimes impossible) to write to it afterwards (which is why it is called “read only memory”). But in both ROM and RAM the data is digitally stored, that is, you have micro/nano-scopic representations of ones and zeros. saba hailu i want the different of Rom and Ram nadi lloyd how big or small can a ROM Chip be in terms of centimetres Daniel Memetic Around the same size as RAM chips found on typical RAM modules (containing multiple such chips), which can be less than 1 cm in width and length. They’re very small. Search for:


What colour/color normally follows orange moving up the scale, low to high, in judo belts?

WadeSchalles.com | World Champion, Master Pinner, Innovative Coach and the Father of Funk Wrestling World Champion, Master Pinner, Innovative Coach and the Father of Funk Wrestling Search for: Child Abuse or Child Development Wrestling is still wearing its shirt inside out, and our leadership seems to be okay with the look. Somehow they feel it’s fashionable to show everyone ragged seams and a wrinkled tag when it comes to the sport in general, and specifically for this blog; youth wrestling. So as I attempt to turn everything right side out, welcome to another partisan and I hope thought provoking installment of How Wrestling Wins. Protecting Our Youth It shouldn’t be a shock to anyone when I mention how catastrophically abysmal our annual retention rates are for youth wrestling. When we retain in many regions of the country less than 50% of our newcomers, we become the #1 sport in America for chewing up and spitting out little guys. In some years that percentage might be a bit higher, in other years a bit lower but either way, the problem is obvious and it’s not going away. And regardless of your position, the fact is numbers don’t lie. Now if any company in America had those statistics, and wrestling had better start figuring out it‘s a company, they would immediately fire the entire management team for incompetence. No organization can continually lose half of its customer base year in and year out and expect to remain viable. So I guess I should ask, why do we allow it? Aren’t we the sports majority stock holders? Think about what’s happening, is it too much of a stretch to refer to how we handle the sports youth as bullying at a minimum or child abuse to the extreme. It’s actually quite amazing how many kids actually survive our sports culture of cruelty. Now I’ll give you that what I just typed might seem a little over-the-top and brand me as you’re a mean one Mr. Grinch but bullying is bullying which is defined as; a form of aggressive behavior in which someone intentionally and repeatedly causes another person injury or discomfort. As for child abuse, it’s; any type of cruelty inflicted upon a child that includes mental or emotional cruelty or physical harm? So based on Webster, and knowing what happens in many of our wrestling rooms, where am I off base here? To be clear, it’s not the sport that drives children out of wrestling rooms; it’s their absolute aversion to humiliation and being subjected to repetitive thumping’s. Whether it comes by way of practice or competition, no one likes to train at Olympic levels during their first week of practice or be embarrassed in competition a month after buying their first pair of wrestling shoes. And the idea that all this is somehow fair because we pair children by age and weight is so far removed from reality when experience is the sports trump card and deciding factor. It’s the first thing a coach should consider when pairing athletes. Just as troubling for me is the speed at which we tend to forget the names of those we’ve lost as we lump all of them into a category that isn’t appropriate to type here. I’ve also wondered how many potential World and Olympic champions we’ve run out of our wrestling rooms because they weren’t ready for the sports culture of total emersion? Or the number of adults who are a little less than they could have been because the sport decided they were expendable. And of those we might call the discarded many, how often do you think they go out of their way to support any of their children when they ask, “Dad, can I try wrestling?” Don’t be confused, it’s not that children don’t enjoy wrestling; they do. What back yard, in any neighborhood in America hasn’t doubled as a wrestling mat at one time or another? What child hasn’t wrestled his brother or tussled with the kid next door? But the difference between organized programs and neighborhood play is, when it’s up to the children, they instinctively understand two things that many of our coaches don’t: 1) If it’s not fun, they aren’t going to do it for long, and 2) They know who to take on an


Sometimes called Echo Boomers, people born between around 1980 to the mid-1990s (or later depending on interpretation), are more commonly referred to as Generation what?

Generation Y : definition of Generation Y and synonyms of Generation Y (English) 8 References   Terminology The phrase Generation Y first appeared in an August 1993 Ad Age editorial to describe teenagers of the day, which they defined, at that time, as separate from Generation X, and then aged 12 or younger (born after 1981), as well as the teenagers of the upcoming ten years. [17] Since then, the company has sometimes used 1982 as the starting birth year for this generation. [18] "Generation Y" alludes to a succession from "Generation X." The name "Echo Boomers" [19] refers to the size of the generation and its relation to the Baby Boomer generation. [20] Authors William Strauss and Neil Howe have been influential[ citation needed ] in defining American generations in their book Generations: The History of America's Future, 1584 to 2069 (1991). [21] [22] Their generational theory is frequently cited in books and articles on the subject. Howe and Strauss maintain that they use the term Millennials in place of Generation Y because the members of the generation themselves coined the term, not wanting to be associated with Generation X. Almost a decade later, they followed their large study of the history of American demographics with a book devoted to the new generation, titled Millennials Rising: The Next Great Generation (2000). [23] [24] In both books, William Strauss and Neil Howe use 1982 as the starting birth year of this generation. In later writings, they use 2004 as the last Millennial birth year. [25] They believe that the coming of age of year 2000 high school graduates sharply contrasts with those born before them and after them due to the attention they received from the media and what influenced them politically. [26] [27] According to the authors' 1997 book, The Fourth Turning, modern history repeats itself every four generations; approximately 80–100 years. The authors of the book mention that the four-cycles always come in the same order. The first one, the High cycle, occurs when a new order or human expansion is developed, replacing the older one. The next cycle is called the Awakening. More spiritual than the previous, this is a time of rebellion against the already established order. The third cycle is known as the Unraveling, when elements of individualism and fragmentation take over society, developing a troubled era which leads directly to the Fourth Turning, an era of crisis dominating society during which a redefinition of its very structure, goals, and purposes is established. Each generation has its archetypes, the four having the following ones defined as: Prophet, Nomad, Hero, and Artist. According to the aforementioned book, Millennials belong to the Hero category, featuring a deep trust in authority and institutions; being somewhat conventional, but still powerful. They grew up during an Unraveling cycle with more protections than the previous generation (Gen X). They are heavily dependent on team work, and thus, when they come of age, turn into the heroic team-working young people of a Crisis. In their middle years, they become the energetic, decisive, and strong leaders of a High cycle; and in old age, they become the criticized powerful elders of an Awakening cycle. Another previous generation that belongs to this category is The Greatest Generation (1916–1924). [28] One author, Elwood Carlson, locates the American generation, which he calls "New Boomers," between 1983 and 2001, because of the upswing in births after 1983, finishing with the "political and social challenges" that occurred after the terrorist acts of September 11, 2001 , and the "persistent economic difficulties" of the time. [29] In Australia, there is much debate over the dates of Generation Y – that is, when "Gen Y" began, and the "cut-off" period. It is generally accepted, however, that the first "Gen Y" members were born in 1982. Though some sources use the date range 1982–1995 for the generation, many, including the Australian Bureau of Statistics, use 1982–2000. [30] [31] [32] [33] [34] In Canada, 1982 is generally


Used especially in marketing and consumer profiling, what is the study of size, structure, development and dispersement of human populations?

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What term, common in fantasy games, also refers to the three wise men in the Bible?

Sayings Not Found in Scripture - Study Resources Study Resources :: BLB Frequently Asked Questions :: Sayings Not Found in Scripture Sayings Not Found in Scripture We often get questions by people asking us to locate various sayings in the Bible which do not exist. Many sayings have developed throughout the years by a variety of means. Scripture supports the purposes of some of the sayings while contradicting others. Sayings The Seven Deadly Sins Sayings :: Moderation in all things The phrase, "Moderation in all things," is common extrapolation of Aristotle's Doctrine of the Mean (as presented in his Nicomachean Ethics). His ethic works around finding the mean, or middle ground, between excess and deficiency. An example of this would be his presentation of courage being the happy medium between the extreme of rash action and the deficiency of cowardice, in respect to a person's possible action in the face of danger. It should be noted that Aristotle's ethic is often misundertood by its summary: moderation in all things. It is frequently reasoned by those unfamiliar with context that the common phrase means that a person should approach all things (whether healthy or unhealthy) with moderation; therefore, reasoning that a moderate amount of a bad thing can be indulged is not uncommon to find. This is an inaccurate representation of the perspective summarized in the popular phrase. But what about Scripture? Though there is no direct quotation matching the proverb, Paul does use a similar idea in his description of the successful athlete: And everyone who competes for the prize is temperate in all things. Now they do it to obtain a perishable crown, but we for an imperishable crown ( 1 Corinthians 9:25 ). While Paul could be making reference to an Aristotalean sort of ethic of moderation here, it is more likely that the phrase translated here as "temperate in all things" should be better rendered as "wholly self-controlled" or "entirely self-disciplined." Several alternative translations favour this reading of the text. Thayer's Greek Lexicon notes that Paul is presenting the figure of an athlete who trains himself, taking charge of his body, abstaining from "unwholesome foods, wine, and sexual indulgence" that he might perform at the peak of his potential prowess. Sayings :: Once saved, always saved First of all, slogans like "Once Saved, Always Saved" are always regrettable because they polarize an issue, causing them to be touted or denounced vehemently not on the basis of truth as truth is, but only as it is represented in the stark world of sloganeering. Take for instance, the present slogan—Once Saved, Always Saved. This is based upon the doctrine of the perseverance of the saints, but skews the doctrine by only representing a portion of its teaching. In fact, the slogan doesn't give us enough information to properly judge its merits. As well, the slogan is tautological in its simplicity, so that in being inherently true on its face, it is unable to say anything of value. One might as well say, "Once one has eternal life, he shall always have eternal life." This is obvious by the very definition of eternal life; and so, the slogan teaches us nothing of value. It is likely that this slogan (like most slogans) was created for a very particular purpose, but has long since (again, like most slogans) outgrown that purpose. Instead, let's look at the doctrine to which the slogan makes reference. When we speak of the perseverance of the saints, we are, in the first place, speaking not of any power within the grasp or intention of men who believe but rather of the strength of God's own redemptive and recreative work. Because men are saved by grace and not works, the sinful works of men are no great obstacle if God wishes to recreate a man into the image of his Son. The effect of Christ's blood in redemption is complete. So powerful is the blood of Christ that all sins of those that God ordains it to cover are washed in their entirety. As well, when God deems to recreate a man in the image of Christ, he begins the creative wor


In which city is the new 27-storey $1bn residential property 'Antilla', home to the 4th richest person in the world, and (as at 2010) reportedly the most expensive home anywhere?

YES Bank CEO Rana Kapoor Buys Rs 128 Cr Home Next to Ambani's 27-storey Antilla..! ~ Real Estate, Share Market, Mutual Fund, Insurance YES Bank CEO Rana Kapoor Buys Rs 128 Cr Home Next to Ambani's 27-storey Antilla..! By S. Chitra on Sunday, June 02, 2013 The family of YES Bank CEO and MD Mr. Rana Kapoor has bought a residential building - jointly owned by Citibank & GlaxoSmithKline - on tony Altamount Road in Mumbai for Rs. 128 crore, and plans to build a house there. The building is next to Mukesh Ambani's 27-storey Antilla. Khursheedabad Building, the apartment block, was put on the block in March this year (2013). The building, built on a 3rd of an acre plot, stands in the middle of a posh neighbourhood that boasts of houses of some of India's richest businessmen - Mr. Ambani and Mr. Kumar Mangalam Birla - as well as of Washington House sold recently by the US Embassy to Lodha Developers. It has 6 apartments in all, of which the US-based bank owns 5 while one is owned by the British healthcare firm. The building has been acquired in the name of Mr. Rana Kapoor's wife Ms. Bindu and a privately held company. The Mr and Ms. Kapoors plan to bring down the structure to build their house and a small office for themselves, one of the persons said. Delhi-born Kapoor, a career banker, is the founder of YES Bank, India's 4th-largest private bank, and has been on the lookout for properties in south Mumbai for the last one year. Many Indian businessmen have been buying expensive houses in Delhi & Mumbai over the last few years. Earlier this month, ITC Chairman Mr. Y.C Deveshwar bought a bungalow in Delhi's Shanti Niketan area for Rs. 85 crore. The ground plus 2 storey structure on Altamount Road currently has a total built-up area of 14,800 square feet that includes a basement and has been used by Citibank and GSK over the years to house their mid-to-senior level executives. Mr, Nanoo Pamnani, who is on the advisory board of BMR Advisors, stayed in one of the apartments here in the 1980s-90s before he became the chief executive officer of Citibank India in 1999 and later its chairman. Realty - Special Buildings About MYREALITY.IN This is a personal finance online magazine. It deals real estate, share market, mutual fund, insurance, loans etc.


'Five-finger discount' is US slang for what crime?

five-finger discount - Wiktionary five-finger discount Printable version This page was last modified on 12 September 2016, at 04:47.


What number is neutral on the pH acid/alkali scale?

Acids, Alkalis and Neutral Substances | S-cool, the revision website S-cool, the revision website Acids, Alkalis and Neutral Substances You are here Acids, Alkalis and Neutral Substances Submitted by Anonymous on 2. They are solutions of compounds in water. 3. If concentrated they can be corrosive. 4. Acids taste sour (for example, vinegar). 5. Turn blue litmus paper red - this is an easy test for an acid! 6. Usually react with metals to form salts. 7. Acids contain hydrogen ions. 8. Turn Universal Indicator from green to red, and have a pH less than 7. Examples of acids: are vinegar (ethanoic acid) and lemon juice (citric acid) magnesium + hydrochloric acid -> magnesium chloride + hydrogen gas Some common acids used in your laboratories at school will be: 1. Hydrochloric acid, HCl(aq) 1. They feel soapy to touch. 2. They are soluble bases. 3. Like acids, they can burn the skin. 4. They turn red litmus blue - this is how you test for an alkali! 5. Alkalis contain hydroxide ions (OH-). 6. They taste bitter. 7. Turns Universal Indicator from green to blue or purple. Some common alkalis used in your laboratories at school will be: 1. Sodium hydroxide, NaOH(aq) 1. Litmus paper is not affected by neutral paper. 2. Tend to be harmless 3. Universal Indicator stays green. Common examples of neutral substances: 1. Water 2. Sodium chloride solution, NaCl(aq)(common salt) 3. Sugar solution C6H12O6(aq) The Strength of an Acid Acids and alkalis can be strong or weak! So how can we measure their strength? The strength of an acid or alkali is shown using a scale of numbers called the pH scale. The numbers go from 0-14. On the scale it follows that: An acidic solution has a pH number less than 7 An alkaline solution has a pH number greater than 7 A neutral solution has a pH number of exactly 7. You can find the pH of any solution using universal indicator. Universal indicator is a mixture of dyes. It comes as a solution or in paper. Universal indicator will change from green to a different colour depending on the pH of the solution you place it in. Note:


Convert 1 meter to micron - Conversion of Measurement Units ›› More information from the unit converter How many meter in 1 micron? The answer is 1.0E-6. We assume you are converting between metre and micron. You can view more details on each measurement unit: The SI base unit for length is the metre. 1 metre is equal to 1 meter, or 1000000 micron. Note that rounding errors may occur, so always check the results. Use this page to learn how to convert between metres and microns. Type in your own numbers in the form to convert the units! ›› Want other units? You can do the reverse unit conversion from micron to meter , or enter any two units below: Enter two units to convert From: I'm feeling lucky, show me some random units . ›› Definition: Meter The metre, symbol: m, is the basic unit of distance (or of "length", in the parlance of the physical sciences) in the International System of Units. The internationally-accepted spelling of the unit in English is "metre", although the American English spelling meter is a common variant. However, both American and non-American forms of English agree that the spelling "meter" should be used as a suffix in the names of measuring devices such as chronometers and micrometers. ›› Definition: Micron a metric unit of length equal to one millionth of a meter ›› Metric conversions and more ConvertUnits.com provides an online conversion calculator for all types of measurement units. You can find metric conversion tables for SI units, as well as English units, currency, and other data. Type in unit symbols, abbreviations, or full names for units of length, area, mass, pressure, and other types. Examples include mm, inch, 100 kg, US fluid ounce, 6'3", 10 stone 4, cubic cm, metres squared, grams, moles, feet per second, and many more!


What four words appear on the rectangual logo molded into most plastic CD cases?

Difference between CD,DVD,BLUE RAY DISC's CD Physical details A CD is made from 1.2 mm thick (.047 inches), almost-pure polycarbonate plastic and weighs 15– 20 grams.From the center outward, components are: the center (spindle) hole, the first-transition area(clamping ring), the clamping area (stacking ring), the second-transition area (mirror band), theinformation (data) area, and the rim.A thin layer of aluminum or, more rarely, gold is applied to the surface making it reflective. The metal isprotected by a film of lacquer normally spin coated directly on the reflective layer. The label is printed onthe lacquer layer. Common printing methods for CDs are screen-printing and offset printing . CD data are stored as a series of tiny indentations known as " pits ", encoded in a spiral track molded intothe top of the polycarbonate layer. The areas between pits are known as "lands". Each pit is approximately100 nm deep by 500 nm wide, and varies from 850 nm to 3.5 µm in length. The distance between the tracks, the pitch, is 1.6 µm. A CD is read by focusing a780 nm wavelength ( near infrared ) semiconductor laser  through the bottom of the polycarbonate layer. The change in height between pits (actually ridges as seen by the laser) and lands results in a difference inintensity in the light reflected. By measuring the intensity change with a photodiode, the data can be readfrom the disc.The pits and lands themselves do not directly represent the zeros and ones of  binary data . Instead ,Non- return-to-zero, inverted (NRZI) encoding is used: a change from pit to land or land to pit indicates a one,while no change indicates a series of zeros. There must be at least two and no more than ten zeros betweeneach one, which is defined by the length of the pit. This in turn is decoded by reversing the eight-to- fourteen modulation used in mastering the disc, and then reversing the Cross-Interleaved Reed-Solomon   Coding, finally revealing the raw data stored on the disc.CDs are susceptible to damage from both normal use and environmental exposure. Pits are much closer tothe label side of a disc, enabling defects and contaminants on the clear side to be out of focus duringplayback. Consequently, CDs are more likely to suffer damage on the label side of the disk. Scratches onthe clear side can be repaired by refilling them with similar refractive plastic, or by careful polishing. Diagram of CD layers. A. A polycarbonate disc layer has the data encoded by using bumps.B. A shiny layer reflects the laser.C. A layer of lacquer helps keep the shiny layer shiny.D. Artwork is screen printed on the top of the disc.E. A laser beam reads the CD and is reflected back to a sensor, which converts it intoelectronic data   Disc shapes and diameters The digital data on a CD begins at the center of the disc andproceeds toward the edge, which allows adaptation to the differentsize formats available. Standard CDs are available in two sizes. Byfar, the most common is 120 mm in diameter, with a 74- or 80-minute audio capacity and a 650 or 700 MB data capacity. This diameter has been adopted by subsequent formats, including Super Audio   CD , DVD, HD DVD , and Blu-ray Disc . 80 mm discs (" Mini CDs ") were originally designed for  CD singles and can hold up to 24 minutes of music or 210 MB of data but never became popular. Today,nearly every single is released on a 120 mm CD, called a Maxi single .Novelty CDs are also available in numerous shapes and sizes, and are used chiefly for marketing. Acommon variant is the "business card" CD, a single with portions removed at the top and bottom makingthe disk resemble a business card. Understanding the CD: The Spiral A CD has a single spiral track of data, circling from the inside of the disc to the outside. The fact that the spiral track starts at thecenter means that the CD can be smaller than 4.8 inches (12 cm) if desired, and in fact there are now plastic baseball cards and   Physical sizeAudioCapacityCD-ROM DataCapacityNote 12 cm 74–99 min 650–870   MB Standard size 8 cm 21–24 min 185–210 MB Mini-CD size85x54 mm


In Gustav Holst's orchestral suite 'The Planets' what planet from the (our) Solar System is missing?

Gustav Holst - The Planets, Op. 32 - YouTube Gustav Holst - The Planets, Op. 32 Want to watch this again later? Sign in to add this video to a playlist. Need to report the video? Sign in to report inappropriate content. Rating is available when the video has been rented. This feature is not available right now. Please try again later. Uploaded on Oct 1, 2011 "The Planets", Op. 32, is a seven-movement orchestral suite by the English composer Gustav Holst, written between 1914 and 1916. Each movement of the suite is named after a planet of the Solar System and its corresponding astrological character as defined by Holst. With the exception of Earth, which is not observed in astrological practice, all the planets are represented. The idea of the work was suggested to Holst by Clifford Bax, who introduced him to astrology when the two were part of a small group of English artists holidaying in Majorca in the spring of 1913; Holst became quite a devotee of the subject, and liked to cast his friends' horoscopes for fun. The suite has seven movements, each named after a planet and its corresponding astrological character: 1. Mars, the Bringer of War ( 00:00 - 07:21 ) 2. Venus, the Bringer of Peace ( 07:22 - 15:59 ); 3. Mercury, the Winged Messenger ( 16:00 - 19:51 ); 4. Jupiter, the Bringer of Jollity ( 19:52 - 27:49 ); 5. Saturn, the Bringer of Old Age ( 27:50 - 36:31 );


Which aspiring US politician was criticized in Oct 2010 for her technically illegal act of autographing an American flag?

Specific examples of biased news coverage Specific examples of biased news coverage As if the obvious needs to be laid out even more clearly, this page presents several more examples of what I've been discussing on the other Media Bias pages. The news media sometimes show bias when they don't report current events.  Another nearby page on this site has a long list of suppressed news items . Most recently, the press showed undeniable favoritism toward Barack Obama in the 2008 election cycle, and now, even after President Obama has been elected and sworn in, the favoritism continues . Other related pages: Bias in favor of Hillary Clinton . Four dozen examples of media bias: Scandal Rap Sheet: 48 Excellent Reasons to Distrust & Despise the Media .  Forget bias for a moment.  Forget mistakes and misstatements and stupid or nasty things said during live telecasts.  There isn't enough Internet to begin to list the countless instances of left-wing bias and politicking and idiocy the media engage in. [...] All of these scandals involve an attempt by a media that advertises itself as non-partisan (MSNBC excepted) to aid and abet the Democrat Party, or undermine Republicans, or advance the media's primary cause, which is to increase the size and scope of America's central federal government.  As you read the list below, ask yourselves which American company or institution could survive a rap sheet even half as long as this one — decades of lies, cover ups, dictator-coddling, outright fraud, theft, and the fabrication of evidence. With CNN Credibility in Tatters Anderson Cooper Attempts To Defend Propaganda .  In addition to the Trump transition team and NBC Reporting, Fox News is now also reporting the original claims by CNN were entirely manufactured, "fake news" by four CNN agenda driven reporters:  Jake Tapper, Jim Sciutto, Evan Perez and Carl Bernstein[.]  Nothing reported as fact by the CNN constructionists actually took place.  Against, the back drop of CNN's destroyed credibility, pundit Anderson Cooper attempts to obfuscate and push back against the collapse during a contentious interview with Kellyanne Conway: [...] Amusing, inasmuch as cable channels don't use "airwaves." MSNBC Host to Planned Parenthood: 'These Airwaves Are Your Airwaves' .  Americans know the liberal media are untrustworthy.  But there's something especially repulsive when they don't even pretend to uphold journalistic integrity.  On Sunday [1/8/2017], MSNBC host Joy Reid invited Planned Parenthood President Cecile Richards on her show, AM Joy.  But rather than conducting an interview, Reid turned her show into a Planned Parenthood lovefest, from insinuating that defunding Planned Parenthood would make women die to promising Richards that "these airwaves are your airwaves." Hours Before Trump's Press Conference CNN And BuzzFeed Hit 'Fake News' Bottom .  Just as we saw last Friday, with the completely fact and evidence-free dog and pony show put on by the Intelligence Community and their media allies, late Tuesday afternoon, the Establishment Empire struck again, this time with an unprecedented double down.  No doubt working in tandem (and with Donald Trump's many establishment enemies on both the left and right), CNN and BuzzFeed did something so sleazy and dishonest that, just a few years ago, even to a media cynic like me, it would have seemed impossible.  With a breathless breaking news report, left-wing CNN went first.  To no one's surprise, the once-respected Jake Tapper took the lead.  Undoubtedly CNN's overall goal was to offer up the imprimatur of "journalism" so that a batch of leaked and completely unsubstantiated anti-Trump documents could be dumped on the American public the night before the President-elect's very first press conference. Vicious Hate Crime In Chicago Whitewashed By Press .  Note that the AP makes no reference to the races of the people involved, and says it is too soon to tell whether the assault was racially motivated. Chicago torture video highlights media double standard on hate .  The four suspects are facing fe


In which country is Lake Banyoles, site of the 1992 Olympic rowing events?

Agenda sports & elements |  Kayak Camps Agenda sports & elements Enjoy training... We do the rest Kayaking and Canoeing Camps Enjoy training... We do the rest Kayaking and Canoeing Camps Enjoy training... We do the rest Banyoles La Seu d'Urgell Sort The Russian Canoe and Kayak Federation, The Netherlands Canoeing and Kayaking National Teams or Primorsky’s Canoe Regional Federation, amongst many other clubs and teams, have chosen our great destinations, trusting our clear understanding of the Canoeing and Kayaking own specifications and needs.   View on google maps Banyoles became well-known as the Barcelona 1992 Olympic Games Rowing venue. Since then it has been a favourite location for crews and has hosted several international rowing events such as the Rowing World Cup 2009, Kayak Marathon World Championship 2010 and Coupe de la Jeunesse 2012. Accommodation Located in the centre of the Girona province, just over an hour away from Barcelona, the Lake town of Banyoles is considered one of the most attractive Rowing camp bases in Europe. The magnificient Lake training conditions, the splendour of the surroundings and the mild climate and easy access, make Banyoles an ideal spot for any rowing athlete. You can fly from many cities in Europe to Girona – Costa Brava Airport, Perpignan Airport or Barcelona International Airport, all of which are a short drive away. AIRPORT INFO: Barcelona: 133km, Girona: 32km, Perpignan: 103km Girona Distance to accommodation: from 1 to 15 minutes’ walk 2000 m lake course Outdoor landing area for boats Coaching launches: catamarans Bar, Restaurant and conference rooms Nutritionists, Sports injury and massage therapists Local coaches Banyoles Sport Complex Banyoles has a variety of lodgings, suitable for any budget, taste and preference. From camp-site bungalows to hotels, and from sports residences to hostels, we can accommodate any type of team. We also offer reduced rowing fees and have special offers for visiting teams. HOSTEL L’ESTANY VILLA LA TORRE DE DALT Sevilla View on google maps Sevilla is the fourth largest Spanish city and the capital of Andalucía, in the south of Spain. Because of its geographical location, it enjoys an exceptional climate with mild temperatures all year round suitable for practising a large number of different sports. The Guadalquivir river crosses the whole city and is considered one of the best places to practise kayak and canoeing. There are extensive leisure, cultural and gastronomic options to complement the sporting facilities. AIRPORT INFO: Sevilla: 12km, Málaga: 219km Flamenco Shows Sevilla’s multiple and magnificient sights Distance to accommodation: Same complex 7Km river canal distance (average width 100 m) Boat storing racks Outdoor landing area for boats Coaching launches: catamarans Boat rental Trailer parking Extras: Weight training and ergometer rooms, Outdoor multisports courts, Medical services, Changing rooms and showers, Cafeteria CEAR Sevilla CARTUJA RESIDENCE   Sevilla’s rowing residence has room for more than 200 guests and includes all the necessary services to ensure maximum comfort for all athletes. Services: Air-conditioned and heated rooms, Wi-Fi, TV and meeting rooms, Buffet dining room, Sports menus, Cafeteria, 24h reception. Mequinensa View on google maps Mequinensa is a small and friendly town located in the far east of the Aragon region. It is an unusual location set in a very peculiar landscape. Visiting clubs enjoy this venue’s peace and quiet to be able to focus solely on training, although a variety of optional activities are on offer within short distance. The regatta course is based on a large artificial lake linking to a massive stretch of river, off the reservoir. Oxford University trains here often, attracted by Mequinensa’s large amount of calm waters. AIRPORT INFO: Barcelona: 197km, Zaragoza: 144km, Lleida: 61km Excursions to Barcelona Activities relate d to nature and water Distance to accommodation: 1 minute walk. 2000m reservoir course (last 1000m are buoyed). Off the reservoir: 6km of extra river rowing


Jomo Kenyatta became the first president of which African country in 1964?

Kenya's first president, Jomo Kenyatta | African American Registry Kenya's first president, Jomo Kenyatta Jomo Kenyatta Date:  Fri, 1893-10-20 On this date in 1893, we celebrate the birth of Jomo Kenyatta. He was an African political leader, and the first president of Kenya. He was from the Kikuyu tribe, and one of the earliest and best-known African nationalist leaders. He became secretary of his tribal association in 1928, campaigning for land reform and African political rights. In England, he collaborated with other African nationalist students and in 1946, founded with Kwame Nkrumah, the Pan-African Federation. Returning to Kenya, he became president of the Kenya African Union that same year.  In 1953, during the Mau Mau uprising, Kenyatta was imprisoned by the British as one of its instigators and sent to internal exile in 1959. Kenyatta was elected president of the newly founded Kenya African National Union while in exile (1960). Released in 1961, he participated in negotiations with the British to write a new constitution for Kenya, which became independent in 1963.  An author, he wrote "Facing Mount Kenya" (1938) and "Suffering Without Bitterness" (1968). Kenya became a republic in 1964 with Kenyatta as its first president. Influential throughout Africa, Kenyatta was intolerant of dissent in Kenya. Outlawing some opposition parties in 1969, he established a one-party state in 1974.  The stability resulting from his leadership attracted foreign investment, partly because of his non-aligned foreign policy. He died in office in 1978. Reference: The Encyclopedia Britannica, Fifteenth Edition. Copyright 1996 Encyclopedia Britannica Inc. ISBN 0-85229-633-0  The World Book Encyclopedia. Copyright 1996, World Book, Inc. ISBN 0-7166-0096-X