Question: who wrote i could fall in love by selena

Answer: Keith Thomas

This is a document about I Could Fall in Love
 I Could Fall in Love "I Could Fall in Love" is a song recorded by American Tejano singer Selena for her fifth studio album, "Dreaming of You" (1995), released posthumously by EMI Latin on 26 June 1995. "I Could Fall in Love" and "Tú Sólo Tú" were the album's lead promotional recordings, showcasing her musical transition from Spanish- to English-language songs. The lyrics explore feelings of heartbreak and despair and express the singer's fear of rejection by a man she finds herself falling in love with. Composed by Keith Thomas, "I Could Fall in Love" is a pop ballad with

This is a document about I Could Fall in Love
 Credits adapted from "Dreaming of You" album liner notes. I Could Fall in Love "I Could Fall in Love" is a song recorded by American Tejano singer Selena for her fifth studio album, "Dreaming of You" (1995), released posthumously by EMI Latin on 26 June 1995. "I Could Fall in Love" and "Tú Sólo Tú" were the album's lead promotional recordings, showcasing her musical transition from Spanish- to English-language songs. The lyrics explore feelings of heartbreak and despair and express the singer's fear of rejection by a man she finds herself falling in love with. Composed by Keith Thomas, "I

This is a document about Dreaming of You (Selena album)
 sessions and allow professional pop producers to work with her. Quintanilla III and Selena flew to Nashville, Tennessee, and met with Keith Thomas, who had prepared the instrumental parts for the song called "I Could Fall in Love" but had not yet completed the vocal parts, so he sang it for them. Selena and Quintanilla III immediately liked it; Quintanilla III said he wanted Selena to include it on her album. Recording sessions began in December 1994 at The Bennett House in Franklin, Tennessee; Selena had to return later when Thomas could provide additional vocals. Selena and her husband Chris

This is a document about I Could Fall in Love
 that she wanted to start recording in English. She was asked to make three demonstration recordings for Charles Koppelman, chairman of EMI Records. After reviewing them, Koppelman declined a crossover attempt, believing that Selena should first strengthen her fan base. Later, after releasing five Spanish-language albums that all achieved unprecedented milestones in the Latin music industry, Koppelman considered that Selena had reached her peak in the Spanish market, and he began preparations for a crossover album. Selena and her record-producer brother A.B. Quintanilla III arrived in Nashville, Tennessee, intending to collaborate with producer-songwriter Keith Thomas. Thomas had prepared the instrumental

This is a document about I Could Fall in Love
  "I Could Fall in Love" is a song recorded by American Tejano singer Selena for her fifth studio album, Dreaming of You (1995), released posthumously by EMI Latin on 26 June 1995. "I Could Fall in Love" and "Tú Sólo Tú" were the album's lead promotional recordings, is her first English-language song to featured as a singles, showcasing her musical transition from Spanish-language to English-language songs. The lyrics explore feelings of heartbreak and despair and express the singer's fear of rejection by a man she finds herself falling in love with. Composed by Keith Thomas, "I Could Fall in Love" is a pop ballad with R&B, soul and soft rock influences. Critics praised Selena's emotive enunciation and compared it to work by Celine Dion, Brandy Norwood and TLC.

This is a document about I Could Fall in Love
  Adult Contemporary chart. It reached the top ten on the singles charts of Canada and New Zealand. It became the most played song in Kansas City, Miami, and Boston and the second most played in Los Angeles. The accompanying music video, directed by Hector Galan, featured a montage of pictures and videos of live performances of Selena, which had been collected by her family. It, too, was released posthumously, and it received a Music Video of the Year nomination at the 1996 Tejano Music Awards. "I Could Fall in Love" became one of Selena's most famous and recognizable recordings, and in the 1990s it became a popular wedding song. Cover versions include recordings by Adrienne Bailon, Jennifer Lopez, Gloria Estefan, Lisa Leuschner, Solange Knowles and Ali-Ollie Woodson.

This is a document about List of songs recorded by Selena
  and killed by her friend and former manager of her boutiques. At the time of her death, Selena was working on a crossover into American pop music. Keith Thomas wrote "I Could Fall in Love", the lead single from her Dreaming of You (1995) album which were released posthumously. The titular track "Dreaming of You" was written by Franne Golde and Tom Snow, while Diane Warren wrote "I'm Getting Used to You" and Kit Hain wrote "Captive Heart". Selena's posthumous output includes the releases of the intended songs for the Don Juan DeMarco soundtrack: "Tú Sólo Tú" (a Pedro Infante cover), "El Toro Relajo", and "Siempre Hace Frio". The soundtrack album

This is a document about I Could Fall in Love
  received the Tejano Music Award for the Tejano Crossover Song of the Year, and the American Society of Composers, Authors and Publishers (ASCAP) recognized it at the ASCAP Pop Music Awards as one of the most performed songs of 1995. Because of the recording's composition structure and the singer's vocalization, OC Weekly, BuzzFeed, Neon Tommy, and Latina magazine, believed "I Could Fall in Love" was one of the best songs recorded by Selena in her musical career. The track was not released as a commercial single in the United States, where it was feared that it might sell more copies than the album itself. "I Could Fall in Love" peaked at number eight on the US Billboard Hot 100 Airplay chart, and at number one on the Canadian

This is a document about I Could Fall in Love
  "I Could Fall in Love" received a generally positive response from music critics, who commented on its similarities to songs recorded by other artists. Ed Morales of Vibe magazine felt that, because of its syncopated drums, "I Could Fall in Love" had a "Jon Secada-like feel", and it reminded Tarradell of songs recorded by American singer Brandy Norwood and by the trio TLC. An editor from the Star-News thought the song had "a whiff of" Celine Dion. James Hunter, also from Vibe, praised Selena's astute interpretation, calling it a "masterpiece" and commenting that Selena's death made the track more difficult to listen to. Larry Flick of Billboard described "I Could Fall in Love" as an "optimistic love song" that left "melancholy thoughts of what might

This is a document about I Could Fall in Love
  been" in the mind of the listener. John Lannert, also from Billboard, conceived "I Could Fall in Love" as a "sensuous narrative" recording and a "seductive romantic confessional". Tarradell, writing in The Beaver County Times, called it a "crossover staple". Mary Talbot of the New York Daily News, praised Selena's "soft, velvety voice". A San Jose Mercury News reporter wrote that "I Could Fall in Love" and "Dreaming of You" helped Selena to become "the new Gloria Estefan". Richard Torres of Newsday considered both these songs to be romantic anthems. Enrique Fernandez of the Sun Sentinel described "I Could Fall in Love" as "beautiful", while an editor from The Sacramento Bee called the song a "Latin-influenced R&B lite". Because of its "overly simplistic and

This is a document about Dreaming of You (Selena album)
  would have been the first posthumous debut single to do so since "Pledging My Love" by Johnny Ace in 1955. "I Could Fall in Love" peaked at number eight on the U.S. Billboard Hot 100 Airplay chart, and at number one on the U.S. Latin Pop Songs chart. "Tú Sólo Tú" and "I Could Fall in Love" occupied the first and second positions respectively on U.S. Hot Latin Tracks for five consecutive weeks. Selena thus became the first artist to have both a Spanish-language and an English-language song in the top ten of that chart. "I Could Fall in Love" became the

This is a document about I Could Fall in Love
  A number of singers have adapted the song in a variety of genres. Puerto Rican-American singer and actress Jennifer Lopez lip-synced the track for her portrayal of the title role in the 1997 biographical film Selena, which was praised by critics. Reviewing the film's opening, a Wichita Eagle writer described the song as "hauntingly lovely" and said that it expressed the feelings of Selena's fans. Lopez included "I Could Fall in Love" in the set list for her Lets Get Loud Tour in 2001 at the Roberto Clemente Coliseum in San Juan, Puerto Rico, and on 11 February 2003 she included the song in her

This is a document about Dreaming of You (Selena album)
  return later when Thomas could provide additional vocals. Selena and her husband Chris Pérez arrived at the studio on March 24, 1995 to finish recording the song. In a 2002 interview, Pérez said Thomas provided Selena with a cassette of "I Could Fall in Love" and said she had the song "on loop" and she "must have heard it a hundred times". He believed it had an "effect on her" because "she went into the studio the next day to actually do the recording and just was nailing things left and right and [Thomas] was letting her do her thing and I

This is a document about Gloria Estefan
  Live & Re-Wrapped Tour (which featured Estefan's greatest hits) was produced by Clear Channel Entertainment, and played 26 cities upon launching in Hidalgo, Texas on 30 July 2004. The final concert of the tour took place in Estefan's hometown of Miami during the weekend of 9–10 October 2004. On 7 April 2005, Estefan participated in Selena ¡VIVE!, a tribute concert for the "Queen of Tejano" Selena Quintanilla-Pérez. She performed one of Selena's posthumously released crossover hits "I Could Fall in Love". Also that year, Estefan sang "Young Hearts Run Free" on the soundtrack for the television series Desperate Housewives. In late 2005, the club mash-up "Dr. Pressure" was released,

This is a document about I Could Fall in Love
  "I Could Fall in Love" was nominated for "Song of the Year" at the 1996 Tejano Music Awards, and won the Tejano Crossover Songs of the Year. The American Society of Composers, Authors and Publishers (ASCAP) recognized it as one of the most performed songs of 1995 at the 4th ASCAP Pop Music Awards. Marco Torres of OC Weekly, called the song "so sweet, so loving, so absolutely, amazingly, and astonishingly adorable!" and placed it at number seven on his "Top 10 Selena songs of All time" list. Brian Galindo of BuzzFeed believed the "melancholy ballad is another great example of Selena's ability bring an emotional vulnerability to her songs." and placed "I Could Fall in Love" at number five on his list of "The 15 Greatest Selena Songs of All Time". Latina magazine placed "I Could Fall in Love" at number three on their "Remembering Selena: Her Top Ten Songs" list. Ashley Velez of Neon Tommy commented that "Selena lends her vulnerability to this slow ballad" and that it "displays Selena's talented vocals and helped introduce the singer to the American mainstream." Velez then ranked the recording number two on her list of the "Top 5 Selena Songs".

This is a document about I Could Fall in Love
  US tour. Browner commented that the "combination of sexy Solange and Selena's epic love song was almost too much for the audience to handle" and that "people immediately whipped out their phones to record (yep, it's already on YouTube) and/or just plain cried the lyrics along with her". On 29 March 2015, Filipino singers Angeline Quinto, Yeng Constantino, and Juris Fernandez performed "I Could Fall in Love" for the variety show ASAP. American singer Adrienne Bailon performed "I Could Fall in Love" after a six-year departure from the music business, during 31 March 2015 episode of The Real; a talk show she currently hosts.

This is a document about Lo Mejor de...Selena
  Lo Mejor de...Selena is a double disc compilation album by American singer Selena. It was released posthumously in the United States on March 31, 2015 by Capitol Latin and Universal Music Latin Entertainment. The album was released after the commercial and chart success of Enamorada de Ti (2012), which featured several Latin music acts lending their voices for the remix album. The recording features six number one United States Billboard Hot Latin Songs chart singles by the singer—"Buenos Amigos", "Donde Quiera Que Estés", "Amor Prohibido", "Bidi Bidi Bom Bom", "No Me Queda Más", "Fotos y Recuerdos", and the US Billboard Latin Pop Airplay chart single "I Could Fall in

This is a document about Crossover music
  1995, in Corpus Christi, Texas. Selena's incomplete album, titled Dreaming of You, was released in July 1995, topping the Billboard 200. Selena's songs "Dreaming of You" and "I Could Fall In Love" quickly became mainstream hits, and the album became among the "Top ten best-selling debuts of all time" along with being among the "best-selling debuts for a female artist". Selena became the first Latin artist, male or female, to have ever debuted with a No. 1 album, partially in Spanish. Despite, and perhaps fueled by, Selena's death and crossover success, the "Latin explosion" continued in the late '90s. At that time, a handful of rising stars who shared

This is a document about Selena
  sold over 2.942 million copies in the U.S. making it the best-selling Latin album of all-time in the country according to Nielsen SoundScan. , the recording has sold five million copies worldwide. In 2008, Joey Guerra of the Houston Chronicle said its lead single, "I Could Fall in Love", had "made the Tejano goddess a posthumous crossover star". Her death was believed to have sparked an interest in Latin music by people who were unaware of its existence. It was also believed her death "open[ed] the doors" to other Latin musicians such as Jennifer Lopez, Ricky Martin, and Shakira. In 1995,

Keith Thomas wrote "I Could Fall in Love" for Selena.


Question: a mixture that does not appear to be the same throughout is said to be

Answer: heterogeneous

This is a document about Mixture
 of mixture. A "heterogeneous mixture" is a mixture of two or more chemical substances (elements or compounds). Examples are: mixtures of sand and water or sand and iron filings, a conglomerate rock, water and oil, a portion salad, trail mix, and concrete (not cement). A mixture of powdered silver metal and powdered gold metal would represent a heterogeneous mixture of two elements. Making a distinction between "homogeneous" and "heterogeneous" mixtures is a matter of the scale of sampling. On a coarse enough scale, any mixture can be said to be homogeneous, if the entire article is allowed to count as

This is a document about Homogeneous and heterogeneous mixtures
 Homogeneous and heterogeneous mixtures A homogeneous mixture is a solid, liquid, or gaseous mixture that has the same proportions of its components throughout any given sample. Conversely, a heterogeneous mixture has components whose proportions vary throughout the sample. "Homogeneous" and "heterogeneous" are not absolute terms but depend on context and the size of the sample. In chemistry, a homogeneous suspension of material means that when dividing the volume in half, the same amount of material is suspended in both halves of the substance; however, it might be possible to see the particles under a microscope. An example of a homogeneous

This is a document about Homogeneous and heterogeneous mixtures
 constant. Homogeneous mixtures always have the same composition. Mixtures can be characterized by being separable by mechanical means e.g. heat, filtration, gravitational sorting, etc. During the sampling of heterogeneous mixtures of particles, the variance of the sampling error is generally non-zero. Gy's sampling theory quantitatively defines the heterogeneity of a particle as: where l90-8i Homogeneous and heterogeneous mixtures A homogeneous mixture is a solid, liquid, or gaseous mixture that has the same proportions of its components throughout any given sample. Conversely, a heterogeneous mixture has components whose proportions vary throughout the sample. "Homogeneous" and "heterogeneous" are not absolute terms but

This is a document about Homogeneous and heterogeneous mixtures
 mixture is air. In physical chemistry and materials science this refers to substances and mixtures which are in a single phase. This is in contrast to a substance that is heterogeneous. A solution has been a special type of homogeneous mixture. Solutions are homogeneous because the ratio of solute to solvent remains the same throughout the solution even if homogenized with multiple sources, and stable because the solute will not settle out after any period of time, and it cannot be removed by a filter or by centrifuge. This type of mixture is very stable, i.e., its particles do not

This is a document about Suspension (chemistry)
 Suspension (chemistry) In chemistry, a suspension is a heterogeneous mixture that contains solid particles sufficiently large for sedimentation. The particles may be visible to the naked eye, usually must be larger than 1 micrometer, and will eventually settle. A suspension is a heterogeneous mixture in which the solute particles do not dissolve, but get suspended throughout the bulk of the solvent, left floating around freely in the medium. The internal phase (solid) is dispersed throughout the external phase (fluid) through mechanical agitation, with the use of certain excipients or suspending agents. An example of a suspension would be sand in

This is a document about Mixture
 a "sample" of it. On a fine enough scale, any mixture can be said to be heterogeneous, because a sample could be as small as a single molecule. In practical terms, if the property of interest of the mixture is the same regardless of which sample of it is taken for the examination used, the mixture is homogeneous. Gy's sampling theory quantitavely defines the heterogeneity of a particle as: where formula_2, formula_3, formula_4, formula_5, and formula_6 are respectively: the heterogeneity of the formula_7th particle of the population, the mass concentration of the property of interest in the formula_7th particle of

This is a document about Mixture
  Mixtures can be either homogeneous or heterogeneous: a mixture in which constituents are distributed uniformly, such as salt in water, is called homogeneous, whereas a mixture whose constituents are clearly separate from one another, such as sand in water, it is called heterogeneous. In addition, "uniform mixture" is another term for homogenous mixture and "non-uniform mixture" is another term for heterogeneous mixture. These terms are derived from the idea that a homogeneous mixture has a uniform appearance, or only one visible phase, because the particles are evenly distributed. However, a heterogeneous mixture has non-uniform composition and its constituent substances are easily

This is a document about Van der Waals equation
  If a mixture of.

This is a document about Mixture
  In chemistry, a mixture is a material made up of two or more different chemical substance/substances which are not chemically combined. A mixture is the physical combination of two or more substances in which the identities are retained and are mixed in the form of solutions, suspensions and colloids. Mixtures are one product of mechanically blending or mixing chemical substances such as elements and compounds, without chemical bonding or other chemical change, so that each ingredient substance retains its own chemical properties and makeup. Despite the fact that there are no chemical changes to its constituents, the physical properties of a mixture, such as its melting point, may differ from those of the components. Some mixtures can be separated into their components by using physical (mechanical or thermal) means. Azeotropes are one kind of mixture that usually poses considerable difficulties regarding the separation processes required to obtain their constituents (physical or chemical processes or, even a blend of them).

This is a document about Unconformity
  A blended unconformity is a type of disconformity or nonconformity with no distinct separation plane or contact, sometimes consisting of soils, paleosols, or beds of pebbles derived from the underlying rock.

This is a document about DNA profiling
  Mixtures are another common issue that forensic scientists face when they are analyzing unknown or questionable DNA samples. A mixture is defined as a DNA sample that contains two or more individual contributors. This can often occur when a DNA sample is swabbed from an item that is handled by more than one person or when a sample contains both the victim and assailants' DNA. The presence of more than one individual in a DNA sample can make it challenging to detect individual profiles, and interpretation of mixtures should only be done by highly trained individuals. Mixtures that contain two or three individuals can be interpreted, though it will be difficult. Mixtures that contain four or more

This is a document about Concentration
  Several other quantities can be used to describe the composition of a mixture. Note that these should not be called concentrations.

This is a document about Mixture
  certain point before the mixture separates and becomes heterogeneous. A homogeneous mixture is characterized by uniform dispersion of its constituent substances throughout; the substances exist in equal proportion everywhere within the mixture. Differently put, a homogeneous mixture will be the same no matter from where in the mixture it is sampled. For example, if a solid-liquid solution is divided into two halves of equal volume, the halves will contain equal amounts of both the liquid medium and dissolved solid (solvent and solute). In physical chemistry and materials science, "homogeneous" more narrowly describes substances and mixtures which are in a single phase.

This is a document about Homogeneity and heterogeneity
  In chemistry, a heterogeneous mixture consists of either or both of a) multiple states of matter or b) hydrophilic and hydrophobic substances in one mixture; an example of the latter would be a mixture of water, octane, and silicone grease. Heterogeneous solids, liquids, and gases may be made homogeneous by melting, stirring, or by allowing time to pass for diffusion to distribute the molecules evenly. For example, adding dye to water will create a heterogeneous solution at first, but will become homogeneous over time. Entropy allows for heterogeneous substances to become homogeneous over time. A heterogeneous mixture is a mixture of two or more compounds. Examples are: mixtures of sand and water or sand and iron filings, a conglomerate rock, water and oil, a salad, trail mix, and concrete (not cement). A mixture can be determined to be homogeneous when everything is settled and equal, and the liquid, gas, the object is one color or the same form. Various models have been proposed to model the concentrations in different phases. The phenomena to be considered are mass rates and reaction.

This is a document about WAIFW matrix
  The. Usually specific mixing patterns are assumed.

This is a document about Dispersity
   In chemistry, the dispersity is a measure of the heterogeneity of sizes of molecules or particles in a mixture. A collection of objects is called uniform if the objects have the same size, shape, or mass. A sample of objects that have an inconsistent size, shape and mass distribution is called non-uniform. The objects can be in any form of chemical dispersion, such as particles in a colloid, droplets in a cloud, crystals in a rock, or polymer macromolecules in a solution or a solid polymer mass. Polymers can be described by molecular mass distribution; a population of particles can be described by size, surface area, and/or mass distribution; and thin films can be described by film thickness distribution. IUPAC has deprecated the use of

This is a document about On Generation and Corruption
  acted on in that way. So the ingredients must have this common qualities if they are to mix. Second, they must have the appropriate proportions of potency: if one ingredient overpowers another a mixture will not be produced, instead a destruction of one will occur. “Only if the ingredients are somehow equal in power can there be mixture. In that case there is change in both constituents, but neither will turn into the other. Instead, the mutual change will result in a dominant state (kratoun) that is ‘in between and common’ (metaxu kai koinon) to both.” Frede 195 This dominant state is neither of the ingredients nor their

This is a document about On Generation and Corruption
  The tenth chapter of book one deals directly with mixture. Mixtures are different than conglomerations or bundles where the parts retain independence. Mixtures, for Aristotle, consist of homogeneous parts, so that, if we divide the substance, we will always get bit of matter which are in mixture, and never ingredients in aggregation. “Mixis has an important role to play in the analysis of homogeneous stuffs and is therefore an essential concept in Aristotle’s elementary physics and chemistry.” Frede 289 Mixture is a unique type of change or process, different from those described in the Categories: “mixis is not easily classified as a kind of change within one of

This is a document about Emulsion
   An emulsion is a mixture of two or more liquids that are normally immiscible (unmixable or unblendable) owing to liquid-liquid phase separation. Emulsions are part of a more general class of two-phase systems of matter called colloids. Although the terms colloid and emulsion are sometimes used interchangeably, emulsion should be used when both phases, dispersed and continuous, are liquids. In an emulsion, one liquid (the dispersed phase) is dispersed in the other (the continuous phase). Examples of emulsions include vinaigrettes, homogenized milk, liquid biomolecular condensates, and some cutting fluids for metal working. Two liquids can form different types of emulsions. As an example, oil and water can form, first, an oil-in-water emulsion, in which the oil is the dispersed phase, and water

This is a document about Particle segregation
  It can happen that some components form lumps. Those lumps will create non homogeneity in the mix since locally they will concentrate a lot of material of one case.

A mixture that does not appear to be the same throughout is said to be heterogeneous.


Question: where was the world cup held in 2010

Answer: South Africa

This is a document about 2010 FIFA World Cup
 Africa. The Durban Fan Fest was the most popular in South Africa during the tournament followed by the Cape Town Fan Fest. 2010 FIFA World Cup The 2010 FIFA World Cup was the 19th FIFA World Cup, the world championship for men's national association football teams. It took place in South Africa from 11 June to 11 July 2010. The bidding process for hosting the tournament finals was open only to African nations. In 2004, the international football federation, FIFA, selected South Africa over Egypt and Morocco to become the first African nation to host the finals. The matches were

This is a document about FIFA World Cup
 future boycotts or controversy, FIFA began a pattern of alternating the hosts between the Americas and Europe, which continued until the 1998 FIFA World Cup. The 2002 FIFA World Cup, hosted jointly by South Korea and Japan, was the first one held in Asia, and the first tournament with multiple hosts. South Africa became the first African nation to host the World Cup in 2010. The 2014 FIFA World Cup was hosted by Brazil, the first held in South America since Argentina 1978, and was the first occasion where consecutive World Cups were held outside Europe. The host country is

This is a document about 2010 African U-17 Women's World Cup Qualifying Tournament
 the tournament Ghana, Nigeria and South Africa qualified for the 2010 FIFA U-17 Women's World Cup in Trinidad and Tobago as the CAF representatives. Nigeria and Ghana qualify for the 2010 FIFA U-17 Women's World Cup held in Trinidad and Tobago. South Africa and Tunisia will play in a playoff round to determine the last qualifier. The winner of the play-off round will qualify for the 2010 FIFA U-17 Women's World Cup held in Trinidad and Tobago. The following three teams from CAF qualified for the FIFA U-17 Women's World Cup. 2010 African U-17 Women's World Cup Qualifying Tournament The

This is a document about Matías Corral
 old friends from the national team by being part of the Pumas Classics Team in the World Cup in Bermuda in 2010. Matías Corral Matías Corral (born August 10, 1968) is a former Argentine rugby union player. He played as a prop. He played in First Division for the San Isidro Club (SIC ) between 1988 and 1995. World champion with Los Pumitas under-19, in the World Cup 1987 and Puma from 1992 until his retirement after the 1995 Rugby World Cup, held in South Africa where he was honored as the best left prop of the world Cup that

This is a document about 2011 FIFA Women's World Cup qualification
 Women's Championship will serve as the qualification tournament for the Women's World Cup. The tournament was scheduled to be held from 31 October to 14 November 2010 in South Africa. The two finalists will advance to the Women's World Cup finals in Germany. Eight teams will compete in the continental finals in South Africa, with qualification consisting of two rounds of knock-out home and away ties. The preliminary round was held in March 2010, with winners advancing to the first round of qualification, which was held in May and June 2010. The seven winners from this round, along with hosts

This is a document about 2010 FIFA World Cup qualification (CONMEBOL)
 2010 FIFA World Cup qualification (CONMEBOL) The South American zone of 2010 FIFA World Cup qualification saw ten teams competing for places in the finals in South Africa. The format is identical to that used for the previous three World Cup qualification tournaments held by CONMEBOL. Matches were scheduled so that there were always two games within a week, which was aimed at minimizing player travel time, particularly for players who were based in Europe. The top four teams in the final standings qualified automatically for the 2010 FIFA World Cup. The fifth-placed team met the fourth-placed team from the

This is a document about Djamel Abdoun
 European Under-19 Football Championship, held in Northern Ireland and the 2007 Toulon Tournament. He opted to play for Algeria at senior level in September 2009, taking advantage of FIFA’s new ruling, allowing him to change his national allegiance despite being older than 21 years of age. He made his debut for Algeria in a 0–0 group game at the 2010 Africa Cup of Nations on 18 January 2010, against Angola. He represented Algeria at the 2010 Africa Cup of Nations in Angola, where Algeria finished fourth, and the 2010 World Cup in South Africa. Born in France to Algerian parents,

This is a document about 2010 FIFA World Cup
 that he and the other members of FIFA's executive committee were bribed in order to promote the South African 1998 and 2010 World Cup bids. Blazer stated, "I and others on the Fifa executive committee agreed to accept bribes in conjunction with the selection of South Africa as the host nation for the 2010 World Cup." On 6 June 2015, "The Daily Telegraph" reported that Morocco had actually won the vote, but South Africa was awarded the tournament instead. The qualification draw for the 2010 World Cup was held in Durban on 25 November 2007. As the host nation, South

This is a document about 2010 FIFA World Cup qualification
 exclusion of Ethiopia (which saw all their results annulled). As a result, the comparison of the 12 runners-up did not include results against teams finishing fourth in 4-team groups. The remaining 20 teams were placed in 5 groups of 4 teams at a draw held in Zürich on 22 October 2008. The winners of these groups qualified for the World Cup finals. The qualifying competition for the 2010 World Cup was combined with the qualification process for the 2010 African Cup of Nations. Since South Africa was hosting the World Cup, it automatically qualified for that tournament, although it (unlike

This is a document about Maloof Money Cup
 The inaugural event was held in 2008 at the OC Fair & Event Center in Orange County, California, with approximately 25,000 attendees. In 2010 the competition expanded to New York City. In 2011, events were held in New York, Washington, DC and South Africa, where the first "Maloof Money Cup World Skateboarding Championships" were held in Kimberley. The event offered the largest cash prize of any skateboarding competition or event to date. Participants won up to $160,000 for winning a single event. A million dollar bonus was offered to any participant that wins four consecutive tournaments. All three of the

This is a document about 2010 FIFA World Cup qualification (OFC)
 South Africa. The Oceania champion (New Zealand) played the 5th Place team from the Asian qualifiers, Bahrain, in a two-legged play-off; New Zealand beat Bahrain to qualify for the 2010 World Cup. The draw for the order in which the two matches would be played was held on 2 June 2009 during the FIFA Congress in Nassau, the Bahamas. The following team from OFC qualified for the final tournament. There were 150 goals scored over 38 games (including the intercontinental play-off), for an average of 3.95 goals per game. 2010 FIFA World Cup qualification (OFC) The 2010 FIFA World Cup

This is a document about 2010 FIFA World Cup
  The 2010 FIFA World Cup was the 19th FIFA World Cup, the world championship for men's national association football teams. It took place in South Africa from 11 June to 11 July 2010. The bidding process for hosting the tournament finals was open only to African nations. In 2004, the international football federation, FIFA, selected South Africa over Egypt and Morocco to become the first African nation to host the finals. The matches were played in 10 stadiums in nine host cities around the country, with the opening and final played at the Soccer City stadium in South Africa's largest city, Johannesburg. Thirty-two teams were selected for participation via

This is a document about 2010 FIFA World Cup Final
  The 2010 FIFA World Cup was the 19th edition of the FIFA World Cup, FIFA's football competition for national teams, held between 11 June and 11 July 2010 in South Africa. South Africa qualified for the finals automatically as tournament hosts, while 205 teams competed for the remaining 31 spots through qualifying rounds organised by the six FIFA confederations and held between August 2007 and November 2009. In the finals, the teams were divided into eight groups of four with each team playing each other once. The two top teams from each group advanced to a knock-out phase. The defending champions

This is a document about 2010 FIFA World Cup Final
  The 2010 FIFA World Cup Final was the final match of the 2010 World Cup, the 19th edition of FIFA's competition for national football teams. The match was played at Soccer City in Johannesburg, South Africa, on 11 July 2010, and was contested by the Netherlands and Spain. The event comprised hosts South Africa and 31 other teams who emerged from the qualification phase, organised by the six FIFA confederations. The 32 teams competed in a group stage, from which 16 teams qualified for the knockout stage. En route to the final, the Netherlands finished first in Group E, with three wins, after which they defeated Slovakia in the round of 16, Brazil in the quarter-final and

This is a document about 2010 FIFA World Cup event effects
  The 2010 FIFA World Cup is the 19th FIFA World Cup, the premier international association football tournament, being held in South Africa from 11 June to 11 July. It is the first time the finals of the tournament have been staged in an African host nation as South Africa were selected as hosts following a bidding in 2004. The impact of the event itself transcend those bound by its athletic aspect and appeal, and the socioeconomic aspects of the tournament are far reaching.

This is a document about Port Elizabeth
  Overtaking its next door neighbouring city East London, Port Elizabeth became the host city for the 2010 FIFA World Cup. The Nelson Mandela Bay Stadium hosted eight World Cup games were South Korea vs Greece, Ivory Coast vs Portugal, Germany vs Serbia; Chile vs Switzerland, Slovenia vs England in the Group Stage, then Uruguay, South Korea in the Round of 16. A quarter-final between Netherlands, Brazil was hosted, then for the Third Place playoff, Uruguay, Germany were hosted at the stadium. The World Cup was played between 11 June 2010 and 11 July 2010. Spain were the eventual champions.

This is a document about Complexo Desportivo da Covilhã
  The following national team matches were held in the stadium as preparations for the World Cup 2010.

This is a document about Paris Hilton
  at the 2010 FIFA World Cup game between Brazil and the Netherlands. Although she was escorted from the Nelson Mandela Bay Stadium by local police, the case was later dismissed. Her publicist, Dawn Miller, said: "I can confirm that the incident was a complete misunderstanding and it was actually another person in the group who did it". Two weeks later, Hilton was detained and released after she was caught with cannabis at Corsica's Figari Sud-Corse Airport. On August 27, 2010, Hilton was arrested by the Las Vegas Metropolitan Police Department on suspicion of cocaine possession in Las Vegas and her boyfriend,

This is a document about 2010 FIFA World Cup
   As with many 'hallmark events' throughout the world, the 2010 FIFA World Cup has been connected to evictions,   which many claim are meant to 'beautify the city', impress visiting tourists, and hide shackdwellers. On 14 May 2009, the Durban-based shack-dwellers' movement Abahlali baseMjondolo took the KwaZulu-Natal government to court over their controversial Elimination and Prevention of Re-Emergence of Slums Act, meant to eliminate slums in South Africa and put homeless shackdwellers in transit camps in time for the 2010 World Cup. Another prominent controversy surrounding preparations for the World Cup was the N2 Gateway housing project in Cape Town, which

This is a document about 2010 FIFA World Cup squads
  The 2010 FIFA World Cup was an international football tournament held in South Africa from 11 June until 11 July 2010. The 32 national teams involved in the tournament were required to register a squad of 23 players; only players in these squads were eligible to take part in the tournament. Before announcing their final squad for the tournament, teams were required to name a preliminary squad of 30 players by 11 May 2010, 30 days before the start of the tournament. With the exception of those involved in the 2010 UEFA Champions League Final, the players listed in the preliminary squad were then subjected to a mandatory rest period from 17 to 23 May 2010. The preliminary squad would then have to be cut to

The 2010 FIFA World Cup was held in South Africa.


Question: where is uranium found in the united states

Answer: Nebraska

This is a document about Uranium mining in the United States
 Uranium mining in the United States Uranium mining in the United States produced of UO (1271 tonnes of uranium) in 2015, 32% lower than 2014's production of of UO (1881 tonnes of uranium) and the lowest US annual production since 2005. The 2015 production represents 7% of the anticipated uranium market requirements of the US's nuclear power reactors for the year. Production came from one conventional uranium mill in Utah, and six in-situ leach operations: four in Wyoming, one in Texas and one in Nebraska. While uranium is used primarily for nuclear power, uranium mining had its roots in the

This is a document about Uraninite
 where it is found in large quantities associated with silver. It also occurs in Australia, the Czech Republic, Germany, England, Rwanda, Namibia and South Africa. In the United States, it can be found in the states of Arizona, Colorado, Connecticut, Maine, New Hampshire, New Mexico, North Carolina and Wyoming. The geologist Charles Steen made a fortune on the production of uraninite in his Mi Vida mine in Moab, Utah. Uranium ore is generally processed close to the mine into yellowcake, which is an intermediate step in the processing of uranium. Uraninite Uraninite, formerly pitchblende, is a radioactive, uranium-rich mineral and

This is a document about Moab uranium mill tailings pile
 Moab uranium mill tailings pile The Moab uranium mill tailings pile is a uranium mill waste pond situated alongside the Colorado River, currently under the control of the U.S. Department of Energy. Locals refer to it as the "Moab Tailings Pile". In 1952 Charlie Steen found the largest uranium deposit in the United States near Moab, Utah. The uranium was processed by the Uranium Reduction Company and the waste slurry was stored in an unlined pond adjacent to the river. The Uranium Reduction Company was sold in 1962 and renamed the Atlas Uranium Mill. After the mill was closed in

This is a document about Anti-nuclear movement in the United States
 residents, who were not immediately aware of the toxic danger. Despite efforts made in cleaning up uranium sites, significant problems stemming from the legacy of uranium development still exist today on the Navajo Nation and in the states of Utah, Colorado, New Mexico, and Arizona. Hundreds of abandoned mines have not been cleaned up and present environmental and health risks in many communities. The Environmental Protection Agency estimates that there are 4000 mines with documented uranium production, and another 15,000 locations with uranium occurrences in 14 western states, most found in the Four Corners area and Wyoming. The "Uranium Mill

This is a document about Uranium mining
 a measure designed to assist in the cleanup of 22 inactive ore-processing sites throughout the southwest. This also included constructing 19 disposal sites for the tailings, which contain a total of 40 million cubic yards of low-level radioactive material. The Environmental Protection Agency estimates that there are 4000 mines with documented uranium production, and another 15,000 locations with uranium occurrences in 14 western states, most found in the Four Corners area and Wyoming. The "Uranium Mill Tailings Radiation Control Act" is a United States environmental law that amended the Atomic Energy Act of 1954 and gave the Environmental Protection Agency

This is a document about Uranium mining in the United States
 meta-autunite yet found. Sherwood had a co-located uranium mill, while Midnite and Daybreak ores were processed at the Dawn uranium mill, at Ford, Washington. Wyoming once had many operating uranium mines, and has the largest known uranium ore reserves of any state in the U.S. The Wyoming uranium mining industry was hard-hit in the 1980s by the drop in the price of uranium. The uranium-mining boom town of Jeffrey City lost 95% of its population in three years. By 2006, the only active uranium mine in Wyoming was the Smith Ranch-Highland in-situ leaching operation in the Powder River Basin, owned

This is a document about Environmental impact of nuclear power
 15,000 locations with uranium occurrences in 14 western states, most found in the Four Corners area and Wyoming. The "Uranium Mill Tailings Radiation Control Act" is a United States environmental law that amended the Atomic Energy Act of 1954 and gave the Environmental Protection Agency the authority to establish health and environmental standards for the stabilization, restoration, and disposal of uranium mill waste. Numerous studies have been done on possible effect of nuclear power in causing cancer. Such studies have looked for excess cancers in both plant workers and surrounding populations due to releases during normal operations of nuclear plants

This is a document about Uranium mining by country
 and 2005. Most uranium ore in the United States comes from deposits in sandstone, which tend to be of lower grade than those of Australia and Canada. Because of the lower grade, many uranium deposits in the United States became uneconomic when the price of uranium declined sharply in the 1980s. Today nearly all uranium operations in the United States are In-situ leach. Regular production of uranium-bearing ore in the United States began in 1898 with the mining of carnotite-bearing sandstones of the Colorado Plateau in Colorado and Utah, for their vanadium content. The discovery of radium by Marie Curie,

This is a document about Uranium mining
 largest uranium producer. Grants Uranium District in northwestern New Mexico was the largest United States uranium producer. The Gas Hills Uranium District was the second largest uranium producer. The famous Lucky Mc Mine is located in the Gas Hills near Riverton, Wyoming. Canada has since surpassed the United States as the cumulative largest producer in the world. In 1990, 55% of world production came from underground mines, but this shrank to 33% by 1999. From 2000, new Canadian mines again increased the proportion of underground mining, and with Olympic Dam it is now 37%. In situ leach (ISL, or ISR)

This is a document about Uranium mining in the United States
 the summer of 2011, EPA had nearly completed the first major project of removal of 20,000 cubic yards of contaminated earth from the Skyline Mine area. Uranium mining in the United States Uranium mining in the United States produced of UO (1271 tonnes of uranium) in 2015, 32% lower than 2014's production of of UO (1881 tonnes of uranium) and the lowest US annual production since 2005. The 2015 production represents 7% of the anticipated uranium market requirements of the US's nuclear power reactors for the year. Production came from one conventional uranium mill in Utah, and six in-situ leach

This is a document about Uranium mining in the United States
 to the depressed uranium price. The White Mesa Mill, 7 miles south of Blanding, Utah, is the only operating conventional uranium (and vanadium) mill in the United States. The largest deposit of uranium in the US is in Virginia at Coles Hill; however, the state's generous rainfall and occasional flooding (in contrast with typical American uranium mines in the dry and isolated desert southwest) have led to citizen concern about commercial-scale mining. Lawmakers in the state enacted a "de facto" ban on uranium mining in 1982. A 2015 federal court case involving the owners of Coles Hill might overturn the

This is a document about Denver Basin
 1858. Some sand and gravel pits still recover gold in their washing operations. A small amount of uranium ore has been mined from the Dakota Sandstone at Morrison, Colorado, where the sandstone is impregnated with petroleum. Uranium is known to exist in roll-front type deposits in the Denver Basin, but the basin has never been a major source of uranium. Denver Basin The Denver Basin, variously referred to as the Julesburg Basin, Denver-Julesburg Basin (after Julesburg, Colorado), or the D-J Basin, is a geologic structural basin centered in eastern Colorado in the United States, but extending into southeast Wyoming, western

This is a document about McKelligon Canyon
 rumored that uranium could be found in the canyon, but this turned out to be untrue. McKelligon Canyon McKelligon Canyon is the location of a 1,503-seat amphitheater located in El Paso, Texas, United States, where the play "Viva El Paso!" is presented. The amphitheater is also used for concerts, graduation ceremonies, and other special events. Adjacent is the 300-seat McKelligon Canyon Pavilion. McKelligon Canyon lies on the south eastern side of the Franklin Mountains and surrounded by canyon walls. It is a popular destination known for its rock climbing, hiking, running, walking and biking. Visitors have a variety of rock

This is a document about Uranium One
 One's Australian operations, including the Honeymoon Uranium Project, was sold to Boss Resources. In August 2018, Uranium One closed its Willow Creek mine in Wyoming. Through its subsidiaries and joint ventures Uranium One owns Akdala, South Inkai, Karatau, Akbastau and Kharasan uranium mines in Kazakhstan, the conserved Willow Creek uranium mine in the United States, and the Mkuju River uranium project in Tanzania. Uranium One Inc. is an indirect subsidiary of the Russian state-owned nuclear corporation Rosatom. It is directly owned by the Amsterdam-based Uranium One Holding N.V. (89.07%) and Moscow-based Uranium One Group (former name: Uranium Mining Company; 10.93%).

This is a document about Powder River Basin
 in Wyoming"). The Wasatch Formation (Eocene) contains the uranium ore "roll front" type deposits found in the Pumpkin Buttes District. Cameco Corporation subsidiary Power Resources Inc. operates uranium mines in the basin. In Spring 2005, coal extracted from the mines would retail at the mines for around $5 a ton. However, power stations and plants in the eastern United States were paying over $30 a ton – the difference caused by the cost of transportation. (In October 2008, the mine-mouth price of Powder River Basin coal was closer to $15 per ton.) To transport coal from the basin, there is

This is a document about White Rim Road
 White Rim Road The White Rim Road is a unpaved four-wheel drive road that traverses the top of the White Rim Sandstone formation below the Island in the Sky mesa of Canyonlands National Park in southern Utah in the United States. The road was constructed in the 1950s by the Atomic Energy Commission to provide access for individual prospectors intent on mining uranium deposits for use in nuclear weapons production during the Cold War. Large deposits had been found in similar areas within the region; however, the mines along the White Rim Road produced very little uranium and all the

This is a document about Uranium mining in the United States
 production of radium-bearing ore from 1898 from the mining of uranium-vanadium sandstone deposits in western Colorado. The 1950s saw a boom in uranium mining in the western U.S., spurred by the fortunes made by prospectors such as Charlie Steen. The United States was the world's leading producer of uranium from 1953 until 1980. In 1960 annual U.S. production peaked at 17,055 metric tons UO. Until the early 1980s, there were active uranium mines in Arizona, Colorado, New Mexico, Oregon, South Dakota, Texas, Utah, Washington and Wyoming. Price declines in the late 1970s and early 1980s forced the closure of numerous

This is a document about Uranium mining and the Navajo people
 risks in many communities. The Environmental Protection Agency estimates that there are 4000 mines with documented uranium production, and another 15,000 locations with uranium occurrences in 14 western states. Most are located in the Four Corners area and Wyoming. The Uranium Mill Tailings Radiation Control Act (1978) is a United States environmental law that amended the Atomic Energy Act of 1954 and authorized the Environmental Protection Agency to establish health and environmental standards for the stabilization, restoration, and disposal of uranium mill waste. Cleanup has continued to be difficult, and EPA administers several Superfund sites located in the Navajo Nation.

Uranium is found in various states in the United States, including Arizona, Colorado, Connecticut, Georgia, Idaho, Maine, Minnesota, Missouri, Montana, New Mexico, North Carolina, New York, Ohio, Oklahoma, Pennsylvania, South Carolina, Texas, Utah, and Wyoming. It is also found in the Grand Canyon in Arizona. Uranium is often associated with the mineral uraninite and can be found in the Moab uranium tailings pile in Utah.


Question: machine which converts ac into dc is known as

Answer: rectifier

This is a document about Rectifier
 Rectifier A rectifier is an electrical device that converts alternating current (AC), which periodically reverses direction, to direct current (DC), which flows in only one direction. The process is known as "rectification", since it "straightens" the direction of current. Physically, rectifiers take a number of forms, including vacuum tube diodes, mercury-arc valves, stacks of copper and selenium oxide plates, semiconductor diodes, silicon-controlled rectifiers and other silicon-based semiconductor switches. Historically, even synchronous electromechanical switches and motors have been used. Early radio receivers, called crystal radios, used a "cat's whisker" of fine wire pressing on a crystal of galena (lead sulfide) to

This is a document about Regulated power supply
 Regulated power supply A regulated power supply is an embedded circuit; it converts unregulated AC (Alternating Current)into a constant DC. With the help of a rectifier it converts AC supply into DC. Its function is to supply a stable voltage (or less often current), to a circuit or device that must be operated within certain power supply limits. The output from the regulated power supply may be alternating or unidirectional, but is nearly always DC (Direct Current). The type of stabilization used may be restricted to ensuring that the output remains within certain limits under various load conditions, or it

This is a document about Rotary converter
 motor. The rotation of the energized coils excites the stationary field windings producing part of the DC current. The other part is AC current from the slip rings which is directly rectified into DC by the commutator. This makes the rotary converter a hybrid dynamo and mechanical rectifier. When used in this way it is referred to as a synchronous rotary converter or simply a synchronous converter. The AC slip rings also allow the machine to act as an alternator. The device can be reversed and DC applied to the field and commutator windings to spin the machine and produce

This is a document about AC-to-AC converter
 AC-to-AC converter A solid-state AC-to-AC converter converts an AC waveform to another AC waveform, where the output voltage and frequency can be set arbitrarily. Referring to Fig 1, AC-AC converters can be categorized as follows: There are two types of converters with DC link: Any dynamic braking operation required for the motor can be realized by means of braking DC chopper and resistor shunt connected across the rectifier. Alternatively, an anti-parallel thyristor bridge must be provided in the rectifier section to feed energy back into the AC line. Such phase-controlled thyristor-based rectifiers however have higher AC line distortion and lower

This is a document about Digital protective relay
 not recorded or digitized. The analog values are compared to settings made by the user via potentiometers in the relay, and in some case, taps on transformers. In some solid-state relays, a simple microprocessor does some of the relay logic, but the logic is fixed and simple. For instance, in some time overcurrent solid state relays, the incoming AC current is first converted into a small signal AC value, then the AC is fed into a rectifier and filter that converts the AC to a DC value proportionate to the AC waveform. An op-amp and comparator is used to create

This is a document about AC-to-AC converter
 have until now only achieved low industrial penetration. However, citing recent availability of low-cost, high performance semiconductors, one larger drive manufacturer has over past few years been actively promoting matrix converters. AC-to-AC converter A solid-state AC-to-AC converter converts an AC waveform to another AC waveform, where the output voltage and frequency can be set arbitrarily. Referring to Fig 1, AC-AC converters can be categorized as follows: There are two types of converters with DC link: Any dynamic braking operation required for the motor can be realized by means of braking DC chopper and resistor shunt connected across the rectifier. Alternatively,

This is a document about Valley-fill circuit
 Valley-fill circuit A valley-fill circuit is a type of passive power factor correction (PFC) circuit. For purposes of illustration, a basic full-wave diode-bridge rectifier is shown in the first stage, which converts the AC input voltage to a DC voltage. When the AC voltage is applied, the rectified line voltage is applied across C1 and C2, as they are both charged via D3 and R1, until C1 and C2 are each charged up to approximately half of the peak line voltage. When the line voltage falls below the peak, into the "valley" phase, Vout begins to fall toward half of

This is a document about Rotary converter
 used to balance the DC neutral wire. Rotary converter A rotary converter is a type of electrical machine which acts as a mechanical rectifier, inverter or frequency converter. Rotary converters were used to convert alternating current (AC) to direct current (DC), or DC to AC power, before the advent of chemical or solid state power rectification and inverting. They were commonly used to provide DC power for commercial, industrial and railway electrification from an AC power source. Rotary converters are still used as frequency converters. The rotary converter can be thought of as a motor-generator, where the two machines share

This is a document about Rectifier
 supplies may be broadly divided into linear power supplies and switched-mode power supplies. In such power supplies, the rectifier will be in series following the transformer, and be followed by a smoothing filter and possibly a voltage regulator. Converting DC power from one voltage to another is much more complicated. One method of DC-to-DC conversion first converts power to AC (using a device called an inverter), then uses a transformer to change the voltage, and finally rectifies power back to DC. A frequency of typically several tens of kilohertz is used, as this requires much smaller inductance than at lower

This is a document about Rotor (electric)
 cylinder for holding the field windings of the rotor which are laminated copper bars inserted into the slots and is secured by wedges. The slots are insulated from the windings and are held at the end of the rotor by slip rings. An external direct current (DC) source is connected to the concentrically mounted slip rings with brushes running along the rings. The brushes make electrical contact with the rotating slip rings. DC current is also supplied through brushless excitation from a rectifier mounted on the machine shaft that converts alternating current to direct current. In a three-phase induction machine,

This is a document about Wind turbine design
 recent wind turbine control systems deliberately pull less electrical power than they possibly could in most circumstances, in order to provide other benefits, which include: The generator in a wind turbine produces alternating current (AC) electricity. Some turbines drive an AC/AC converter—which converts the AC to direct current (DC) with a rectifier and then back to AC with an inverter—in order to match the frequency and phase of the grid. However, the most common method in large modern turbines is to instead use a doubly fed induction generator directly connected to the electricity grid. A useful technique to connect a

This is a document about Rotary converter
 Rotary converter A rotary converter is a type of electrical machine which acts as a mechanical rectifier, inverter or frequency converter. Rotary converters were used to convert alternating current (AC) to direct current (DC), or DC to AC power, before the advent of chemical or solid state power rectification and inverting. They were commonly used to provide DC power for commercial, industrial and railway electrification from an AC power source. Rotary converters are still used as frequency converters. The rotary converter can be thought of as a motor-generator, where the two machines share a single rotating armature and set of

This is a document about Pulsed DC
 Pulsed DC Pulsed DC (PDC) or pulsating direct current is a periodic current which changes in value but never changes direction. Some authors use the term pulsed DC to describe a signal consisting of one or more rectangular ("flat-topped"), rather than sinusoidal, pulses. Pulsed DC is commonly produced from AC (alternating current) by a half-wave rectifier or a full-wave rectifier. Full wave rectified ac is more commonly known as Rectified AC. PDC has some characteristics of both alternating current (AC) and direct current (DC) waveforms. The voltage of a DC wave is roughly constant, whereas the voltage of an AC

This is a document about Rectifier
 unimolecular rectifier, a single organic molecule that would function as a rectifier. Rectifier A rectifier is an electrical device that converts alternating current (AC), which periodically reverses direction, to direct current (DC), which flows in only one direction. The process is known as "rectification", since it "straightens" the direction of current. Physically, rectifiers take a number of forms, including vacuum tube diodes, mercury-arc valves, stacks of copper and selenium oxide plates, semiconductor diodes, silicon-controlled rectifiers and other silicon-based semiconductor switches. Historically, even synchronous electromechanical switches and motors have been used. Early radio receivers, called crystal radios, used a "cat's whisker"

This is a document about Honda XL175
 alternator. However, all other electrical components - lighting and horn - were still DC-powered. In all models, a rectifier converts the alternator's AC to DC in order to charge the battery. The change in 1976 to AC ignition and an AC headlight caused changes to the wiring harness, the ignition switch, the coil, the alternator, the rotor, and the ignition advance mechanism. The Honda XL175 commonly suffers from the problem of the kick starter shaft breaking. It usually breaks on the shaft protruding from the crankcase on the spline (it is still possible to clutch start them though). Honda XL175

This is a document about Fleming valve
 Fleming valve The Fleming valve, also called the Fleming oscillation valve, was a thermionic valve or vacuum tube invented in 1904 by Englishman John Ambrose Fleming as a detector for early radio receivers used in electromagnetic wireless telegraphy. It was the first practical vacuum tube and the first thermionic diode, a vacuum tube whose purpose is to conduct current in one direction and block current flowing in the opposite direction. The thermionic diode was later widely used as a rectifier — a device which converts alternating current (AC) into direct current (DC) — in the power supplies of a wide

This is a document about DC-to-DC converter
 DC-to-DC converter A DC-to-DC converter is an electronic circuit or electromechanical device that converts a source of direct current (DC) from one voltage level to another. It is a type of electric power converter. Power levels range from very low (small batteries) to very high (high-voltage power transmission). Before the development of power semiconductors and allied technologies, one way to convert the voltage of a DC supply to a higher voltage, for low-power applications, was to convert it to AC by using a vibrator, followed by a step-up transformer and rectifier. For higher power an electric motor was used to

This is a document about Power supply
 power mains. DC power supplies use AC mains electricity as an energy source. Such power supplies will employ a transformer to convert the input voltage to a higher or lower AC voltage. A rectifier is used to convert the transformer output voltage to a varying DC voltage, which in turn is passed through an electronic filter to convert it to an unregulated DC voltage. The filter removes most, but not all of the AC voltage variations; the remaining AC voltage is known as "ripple". The electric load's tolerance of ripple dictates the minimum amount of filtering that must be provided

This is a document about Variable-frequency drive
 of drives. Most drives are AC-AC drives in that they convert AC line input to AC inverter output. However, in some applications such as common DC bus or solar applications, drives are configured as DC-AC drives. The most basic rectifier converter for the VSI drive is configured as a three-phase, six-pulse, full-wave diode bridge. In a VSI drive, the DC link consists of a capacitor which smooths out the converter's DC output ripple and provides a stiff input to the inverter. This filtered DC voltage is converted to quasi-sinusoidal AC voltage output using the inverter's active switching elements. VSI drives

A rectifier is a machine that converts alternating current (AC) into direct current (DC).


Question: when did the movie get out come out

Answer: February 24 , 2017

This is a document about Get Out
 making one. Get Out Get Out is a 2017 American horror film written and directed by Jordan Peele in his directorial debut. It stars Daniel Kaluuya as a young black man who uncovers a disturbing secret when he meets the family of his white girlfriend. Allison Williams, Bradley Whitford, Caleb Landry Jones, Stephen Root, Lakeith Stanfield, and Catherine Keener co-star. "Get Out" premiered at the Sundance Film Festival on January 23, 2017, and was theatrically released in the United States on February 24, 2017, by Universal Pictures. It grossed $255 million worldwide on a $4.5 million budget, with a net

This is a document about Get Out
  Get Out is a 2017 American horror film written and directed by Jordan Peele in his directorial debut. It stars Daniel Kaluuya, Allison Williams, Bradley Whitford, Caleb Landry Jones, Stephen Root, and Catherine Keener. Get Out follows Chris Washington (Kaluuya), a young black man who uncovers shocking secrets when he meets the family of his white girlfriend, Rose Armitage (Williams). Principal photography began in February 2016 in Fairhope, Alabama, then moved to Barton Academy and the Ashland Place Historic District in Mobile, Alabama. The entire film was shot in 23 days. Get Out premiered at the Sundance Film Festival on January 23, 2017, and was theatrically released in the United States on February 24, 2017, by Universal Pictures. It received widespread acclaim from critics for its writing,

This is a document about Get Out
  film grossed $21.1 million, dropping just 25% from its previous week, and finished third at the box office behind newcomer Kong: Skull Island and Logan. In March 2017, three weeks after its release, Get Out crossed the $100 million mark domestically, making Peele the first black writer-director to do so with his debut movie. On April 8, 2017, the film became the highest-grossing film domestically directed by a black filmmaker, beating out F. Gary Gray's Straight Outta Compton, which grossed $162.8 million domestically in 2015. Gray reclaimed the record two weeks later when The Fate of the Furious grossed $173.3 million on its fourteenth

This is a document about Get Out
  of release on April 27. Domestically, Get Out is also the highest-grossing debut film based on an original screenplay in Hollywood history, beating the two-decade-long record of 1999's The Blair Witch Project ($140.5 million). By the end of March, Los Angeles Times had declared the film's success a "cultural phenomenon" noting that in addition to its box office success, "moviegoers have shared countless 'sunken place' Internet memes and other Get Out-inspired fan art across social media." Josh Rottenberg, the editor of the piece, attributed the film's success to the fact that it was released "at one of the most politically charged moments in memory."

This is a document about Jordan Peele
  In February 2017, Peele's first film, Get Out, was released to critical acclaim, eventually scoring a 98% rating on Rotten Tomatoes. The film received universal acclaim for Peele's screenplay and direction, as well as the performance of its lead, Daniel Kaluuya, and was chosen by the National Board of Review, the American Film Institute, and Time magazine as one of the top 10 films of the year. The Atlantic called the film "a subversive horror masterpiece." Get Out proved to be popular with movie audiences, and it eventually became one of the most profitable horror films, and films of 2017, and grossed

This is a document about Get Out
  Get Out grossed $176 million in the United States and Canada and $79.4 million in other territories for a worldwide gross of $255.5 million, against a production budget of $4.5 million. Deadline Hollywood calculated the net profit of the film to be $124.8 million, when factoring together all expenses and revenues, making it the 10th most profitable release of 2017. Vulture described Get Outs 5.3 multiple as "staggering". In North America, Get Out was released on February 24, 2017, alongside Collide and Rock Dog, and was expected to gross $20–25 million from 2,773 theaters in its opening weekend. The film made $1.8 million from Thursday

This is a document about List of accolades received by Get Out
  Get Out is a 2017 American horror film directed by Jordan Peele. The screenplay, also written by Peele, is a critique of racism hidden in the United States. The film stars Daniel Kaluuya as a black man who visits the family of his white girlfriend (Allison Williams), who kidnap and brainwash African-Americans into servitude. Bradley Whitford, Caleb Landry Jones, Stephen Root, Lakeith Stanfield, and Catherine Keener co-star. The film premiered at the Sundance Film Festival on January 24, 2017. Universal Pictures released it theatrically on February 24. The film was a commercial success, grossing $255 million worldwide on a $4.5 million budget. Rotten Tomatoes, a review aggregator, surveyed 304 and judged 99% to be positive. Get Out garnered awards and nominations in a variety of categories with particular praise for its screenplay, direction, and Kaluuya's performance. At the 20th British Independent Film Awards, it won Best Foreign Independent Film. Kaluuya won Best Actor at the 38th Boston Society of Film Critics Awards. The film was nominated for two Golden Globe Awards.

This is a document about Get Out
  Get Out is the directorial debut of Jordan Peele, who had previously worked in comedy, including the sketch show Key & Peele. He felt the horror and comedy genres are similar in that "so much of it is pacing, so much of it [hinges on] reveals", and that comedy gave him "something of a training" for the film. The Stepford Wives (1975) provided inspiration, about which Peele said, "it's a horror movie but has a satirical premise." As the film deals with racism, Peele has stated that the story is "very personal", although he noted that "it quickly veers off from anything autobiographical." Peele was introduced

This is a document about Get Out
   On review aggregation website Rotten Tomatoes, the film has an approval rating of 98% based on 394 reviews, and an average rating of 8.30/10. The website's critical consensus reads, "Funny, scary, and thought-provoking, Get Out seamlessly weaves its trenchant social critiques into a brilliantly effective and entertaining horror/comedy thrill ride." The film was the highest rated wide release of 2017 on the site. On Metacritic, the film has an average weighted score of 85 out of 100, based on 48 critics, indicating "universal acclaim". Audiences polled by CinemaScore gave the film an average grade of "A–" on an A+ to F scale, while PostTrak reported filmgoers gave an 84% overall positive score and a 66% "definite recommend". Richard Roeper gave the film 31⁄2 stars,

This is a document about Get Out
  of the film. Although advertised as a "satirical horror film," Universal Pictures submitted it as a comedy because of less competition in the category, which gave the film a greater chance of receiving accolades. Peele joked in a tweet, "'Get Out' is a documentary," but it was reported he approved of the submission. The film also received nominations at the 24th Screen Actors Guild Awards, 49th NAACP Image Awards, and 23rd Critics' Choice Awards, among others. It won Best Foreign International Film at the British Independent Film Awards. At the 33rd Independent Spirit Awards on March 3, 2018, Jordan Peele won the Best Director Award and the film won Best Picture.

This is a document about Jim Jonsin production discography
 03. "Get Out"

This is a document about Greater Than One
 Out Is In (1999)

This is a document about Austin Film Critics Association Awards 2017
  <div style="float: right; font-size: smaller; background-color:#E6E6FA; padding: 12px; margin-left: 5em; margin-bottom: 2em; width: 180px" align="center"> 13th AFCA Awards Best Film: Get Out The 13th Austin Film Critics Association Awards, honoring the best in filmmaking for 2017, were announced on January 8, 2018.

This is a document about Monkeypaw Productions
  In 2012, Monkeypaw Productions released the comedy series Key & Peele on January 31, 2012 on Comedy Central. When the series ended in 2015, Jordan Peele and Keegan-Michael Key wrote the script for the comedy film Keanu which was released on April 29, 2016 by New Line Cinema and Warner Bros. Pictures. In 2017, Jordan Peele's directorial debut horror film Get Out was released on February 24, 2017 by Universal Pictures. On May 3, 2017, Peele signed a two year, first-look deal with Universal Pictures. The deal involves Peele and his Monkeypaw production company to invest, produce and distribute genre films for Universal. The deal also includes Peele producing micro-budget films with Jason Blum and his Blumhouse Productions banner after their collaboration with Get Out. On May 16, 2017, it was announced that Jordan Peele's Monkeypaw Productions and J.

This is a document about Out (2020 film)
  Jake Monaco composed the music for Out. The score was released on July 3, 2020.

This is a document about Allison Williams (actress)
  Rule. In 2017, Williams starred in the horror film Get Out. Director Jordan Peele was convinced she was right for the role of Rose after seeing her performance in Peter Pan Live!. Peele had cast her in a role made to "disorient audiences", and Williams later said "I was looking for a role that would weaponize everything that people take for granted about me. So I instantly signed on to it." The film received critical acclaim, and the performances of the acting ensemble and Williams were praised, earning her several awards and nominations, including being nominated for the MTV Award for

This is a document about List of American television programs
  Out | | 1997–2000, 2012–2013 | children's competition | |  | Fillmore! | | 2002–2004 | animation | | | Filthy Rich | | 1982–1983 | comedy | |  | The Finder | | 2012 | action/crime | |  | Finding Carter | | 2014–2015 | drama | |  | Fire Me...Please | | 2005 | hidden camera | |  | Firefly | | 2002 | science fiction | |  | Fireman Sam | |  |  |  |  | The First 48 | | 2004–present | drama | |  | First Monday | | 2002 | drama | |  | First Wave |

This is a document about The 18th Day
  "1980" was released on 19 July 2004. "Free" was released on 4 October 2004. "Go Gone" was released on 29 March 2005.

This is a document about List of racism-related films
  Streets (UK, 1961) ; Focus (US, 2001) ; For Colored Girls (US, 2010) ; For Queen and Country (UK, 1988) ; Frankie and Alice (US, 2010) ; Free State of Jones (US, 2016) ; Freedom (US, 2014) ; Freedom Song (US, 2000) ; Freedom Writers (US, 2007) ; Fried Green Tomatoes (US, 1991) ; Fruitvale Station (US, 2013) ; The Gabby Douglas Story (US, 2014) ; Gandhi (US, 1982) ; Gangsta's Paradise (US, 1995) ; Gentleman's Agreement (US, 1947) ; Get On The Bus (US, 1996) ; Get On Up (US, 2014) ; Get Out (US, 2017) ; Ghosts of Mississippi (US, 1996)

This is a document about The Getaway (1972 film)
  him and McQueen and he was subsequently fired along with Bogdanovich. Writing and directing duties eventually went to Hill and Peckinpah, respectively. Principal photography commenced on February 7, 1972, on location in Texas. The film reunited McQueen and Peckinpah, both of whom had previously worked together on the relatively unprofitable Junior Bonner which was released the same year. The Getaway premiered on December 13, 1972. Despite the negative reviews it received upon release, numerous retrospective critics gave the film good reviews. A box office hit earning over $36 million, it was the eighth highest-grossing film of 1972, and was one of the most financially successful productions of Peckinpah's and McQueen's careers. A remake starring Alec Baldwin and Kim Basinger was released in 1994.

The movie "Get Out" was theatrically released in the United States on February 24, 2017.


Question: who came up with mcdonalds im lovin it

Answer: Pusha T

This is a document about I'm Lovin' It (song)
 as well as several others involved with the jingle's creation, have disputed his claim. I'm Lovin' It (song) "I'm Lovin' It" is a song recorded by American singer-songwriter Justin Timberlake. The song was produced by The Neptunes and is credited as being written by Pharrell Williams, Tom Batoy, Andreas Forberger, and Franco Tortora. The song was written as a jingle for McDonald's commercials, based on a pre-existing German campaign originally developed as "Ich Liebe Es." Timberlake was paid $6 million to sing the jingle. Soon thereafter, the Neptunes produced a song based on the jingle and released it (along with

This is a document about McDonald's advertising
  i'm lovin' it [sic] is a branding campaign by McDonald's Corporation. It was created by Heye & Partner, McDonald's agency based in Unterhaching, Germany, near Munich, and a member of the DDB Worldwide Communications Group, Inc. It was the company's first global advertising campaign and was unveiled in Chicago, Illinois on June 12, 2003 and launched in Munich, Germany on September 2, 2003, under the German title ich liebe es. This is only used in Germany; in Austria, Switzerland, and Liechtenstein, the English slogan is used. The English part of the campaign was launched in the UK on September 17,

This is a document about Jürgen Knauss
  At the beginning of his career, Knauss worked for a printing company in Brazil. After he met Friedrich W. Heye in 1964, he started working as a layout consultant for Heye Verlag. In 1971, Knauss met the founder of McDonald's Ray Kroc in Munich, which led to a 40 year long marketing partnership. Knauss became managing director of the advertising agency Heye & Partner in 1974. In 1984, he was appointed board member of Needham Worldwide (today DDB). After F.W. Heyes death in 1988, Knauss and his wife Claudia took over Heye Verlag in 1989. In 2003, Knauss and his agency developed the McDonald's slogan i'm lovin' it (German Ich liebe es), which won a worldwide competition between 14 agencies; he is best known as the inventor of this slogan. He resigned as CEO of the company in 2007 and served as chairman until 2014. In 2014, Knauss founded the publishing house +Knauss Verlag with his wife Claudia; he appears in the publications as Yussof Knauss. 2015 they opened the workspace +Knauss Werkraum in Munich. A part of his photographic work is shown in exhibitions.

This is a document about Richard and Maurice McDonald
  Richard McDonald (February 16, 1909 - July 14, 1998) and Maurice McDonald (November 26, 1902 - December 11, 1971), together known as the McDonald Brothers, were American entrepreneurs who founded the fast food company McDonald's. They opened the original McDonald's restaurant in 1940 in San Bernardino, California, where they created the Speedee Service System to produce their meals, a method that would become the standard for fast food. After hiring Ray Kroc as their franchise agent in 1954, they continued to run the company until they were bought out by Kroc in 1961.

This is a document about I'm Lovin' It (song)
  "I'm Lovin' It" is a song by American singer-songwriter Justin Timberlake. The song, originally written as a jingle for American fast food chain McDonald's, was produced by the Neptunes and is credited as being written by Pharrell Williams, Tom Batoy, Franco Tortora, and Andreas Forberger. It was released as a single and became a chart hit in a few European countries, reaching the top 20 in Greece, Ireland, and the Netherlands.

This is a document about History of the hamburger
  labor. The brothers also created a detailed system for operating each kitchen throughout the franchise in a similar and largely standardized manner, as well as recruiting adolescents as employees in the kitchens. The company began to expand at a much faster rate when 52-year-old ice cream machinery salesman Ray Kroc took over as its chief executive. Kroc was the initiator of both McDonald's expansion across the United States and the definitive standardization of its burgers. He was not alone, however, as some of his co-workers were also very productive and innovative. McDonald's executive and food scientist Herb Peterson invented the McMuffin

This is a document about List of foods named after people
  source of the hot veal pâté Charles Ranhofer created at Delmonico's. McAllister was best known for his list of the 400 people he considered New York City society. ; McIntosh apple – John McIntosh (1777–1846), American-Canadian farmer who discovered the variety in Ontario, Canada in 1796 or 1811. ; McJordan sandwich – Michael Jordan (1963), The McJordan consisted of a McDonald's Quarter Pounder with bacon and barbecue sauce. It was sold regionally in the Chicagoland area for a limited time in 1992, at the height of Jordan's career. ; Peach Melba – Dame Nellie Melba (1861–1931). Chef Auguste Escoffier at

This is a document about McRib
  The McRib made its debut in the United States in 1981, as a limited-time item. It was developed by McDonald's first Executive Chef René Arend, a native of Luxembourg who invented Chicken McNuggets in 1979. "The McNuggets were so well received that every franchise wanted them," said Arend in a 2009 interview. "There wasn’t a system to supply enough chicken. We had to come up with something to give the other franchises as a new product. So the McRib came about because of the shortage of chickens." It was his inspiration to shape the McRib patty "like a slab of ribs," despite the fact that a round patty would have been cheaper to manufacture and serve on standard hamburger buns. A packet

This is a document about Brad Downey
  both KaDeWe and Lacoste stand there like the cleaning lady at the Düsseldorf Art Academy, who polished off Joseph Beuys Fettecke in 1988". In 2009, Downey was commissioned to paint a mural for the Leuphana University of Lüneburg. His mural generated controversy because it looked exactly like an advertisement for the fast food burger chain McDonald's. Brad Downey's "I'm Lovin It" mural was not intended to be a McDonald's advertisement, it was created ironically and was anticipated to serve as a critique to the change of university policy. At the time of the murals creation the university was undergoing a rebranding process. The advertising agency Scholz & Friends had just invented

This is a document about McDonald's advertising
  and in Australia and the United States on September 21, 2003 with the music of Tom Batoy and Franco Tortora (Mona Davis Music) and vocals by Justin Timberlake, in which the slogan appears. The motion logo at the time (featuring the "M" zooming out to a 5-note jingle based on the song's "badabababa" lyric) and shining and the "i'm lovin' it" (in different languages, usually in English) zooming to the "M", leaving a trail) was produced by using Adobe After Effects and Adobe InDesign. Also, by September 3, 2003, McDonald's selected more than 30 people to appear in new

This is a document about Fast food restaurant
  plan which separated McDonald's from the rest of the competition and attributes to their great success. Kroc envisioned making his restaurants appeal to suburban families. At roughly the same time as Kroc was conceiving what eventually became McDonald's Corporation, two Miami, Florida businessmen, James McLamore and David Edgerton, opened a franchise of the predecessor to what is now the international fast food restaurant chain Burger King. McLamore had visited the original McDonald's hamburger stand belonging to the McDonald brothers; sensing potential in their innovative assembly line-based production system, he decided he wanted to open a similar operation of his own.

This is a document about Big Mac
  The Big Mac was created by Jim Delligatti, an early Ray Kroc franchisee, who was operating several restaurants in the Pittsburgh area. It was invented in the kitchen of Delligatti's first McDonald's franchise, located on McKnight Road in suburban Ross Township. The Big Mac had two previous names, both of which failed in the marketplace: the Aristocrat, which Americans found difficult to pronounce and understand, and Blue Ribbon Burger. The third name, Big Mac, was created by Esther Glickstein Rose, a 21-year-old advertising secretary who worked at McDonald's corporate headquarters in Oak Brook, Illinois. The Big Mac debuted at Delligatti's Uniontown, Pennsylvania restaurant in 1967, selling for US$0.45 1967. It was designed to compete with Big Boy Restaurants' Big Boy hamburger; Eat'n Park was the Pittsburgh area's Big Boy franchisee at the time. The Big Mac proved popular and it was added to the menu of all U.S. McDonald's restaurants in 1968.

This is a document about McDonald's
   McDonald's is an American fast food company, founded in 1940 as a restaurant operated by Richard and Maurice McDonald, in San Bernardino, California, United States. They rechristened their business as a hamburger stand, and later turned the company into a franchise, with the Golden Arches logo being introduced in 1953 at a location in Phoenix, Arizona. In 1955, Ray Kroc, a businessman, joined the company as a franchise agent and proceeded to purchase the chain from the McDonald brothers. McDonald's had its previous headquarters in Oak Brook, Illinois, but moved its global headquarters to Chicago in June 2018. McDonald's is the world's largest restaurant chain by revenue, serving over 69 million customers daily in over

This is a document about McDonald's advertising
  boards with darker, yet warmer colors, more realistic photos of the products featured on plates and the drinks in glasses. From 2009 to 2010, McDonald's introduced new packaging worldwide. However as of 2017, McDonald's continues to have the "i'm lovin it" slogan appear on most all of its product packaging; and has made no major announcement that the company will use any other slogan exclusively in place of this one any time in the near future. The 5-note jingle from 2003 continues to be used in most McDonald's advertising to this day in the form of a whistled version.

This is a document about Mac Tonight
  The campaign was created locally for California McDonald's franchisees by Los Angeles advertising firm Davis, Johnson, Mogul & Colombatto. Looking to increase the after-4 p.m. dinner business, the agency was inspired by the song "Mack the Knife" by Kurt Weill and Bertolt Brecht, which was made famous in the United States by Bobby Darin in 1959 and listened to different versions of it before opting to create an original version with new lyrics. After deciding not to feature real people or celebrities, the designers settled on an anthropomorphic crooner moon on a man's body with 1950s-style sunglasses; the song and style were designed to appeal to baby boomers and a revival of 1950s-style

This is a document about Richard and Maurice McDonald
  In 1948, the brothers fully redesigned and rebuilt their restaurant in San Bernardino to focus on a reduced menu consisting of nine items: In addition to their 15 cent hamburger, the menu would include a cheeseburger, soft drinks, milk, coffee, potato chips and a slice of pie. The McDonald brothers' restaurant was a success, and with the goal of making $1 million before they turned 50, the McDonald brothers began franchising their system in 1953, beginning with a restaurant in Phoenix, Arizona, operated by Neil Fox. In 1954, the McDonald brothers hired Ray Kroc as their franchise agent. Kroc took 1.9 percent of the gross sales, of which the McDonald brothers got 0.5 percent. On November 30, 1984, Richard McDonald, the first cook behind the grill of a McDonald's, was served the ceremonial 50 billionth McDonald's hamburger by Ed Rensi, then-president of McDonald's USA, at the Grand Hyatt hotel in New York City.

This is a document about History of the hamburger
  1972 and also the now famous greeting, "May I have your order, please?". In another key development, Jim Delligatti of the Pittsburgh franchise invented the Big Mac in 1967. The McDonald's successful expansion was mainly due to its use of the franchise system, an innovation borrowed from a sewing machine manufacturer, the Singer Corporation. Singer had developed it during the late 19th century, and it was so successful that it was soon adopted by its competitors. Nowadays, McDonald's even has its own university for training its staff: Hamburger University, located in Oak Brook, Illinois. Graduates receive a degree entitled "bachelor of

This is a document about Saimin
   McDonald's, an American fast-food giant based in Oak Brook, Illinois became aware of the saimin phenomenon in the Hawaiian islands in the late 1960s. Maurice J. "Sully" Sullivan, legendary Hawaii entrepreneur and owner of Foodland Super Market Limited, had purchased and opened the first McDonald's restaurant in Hawaii in 1968 at his flagship grocery store. He opened several more McDonald's franchises, and for 12 straight months, McDonald's Hawaii became the highest-grossing group of franchises in the world. Sullivan wanted to serve his favorite meal, saimin, at his McDonald's restaurants, knowing all too well that his restaurants would boom with its introduction to the menu. Sullivan invited executives from the McDonald's corporation, including owner and business tycoon Ray Kroc

This is a document about The Justified World Tour
  In September 2003, McDonald's announced Timberlake as a new spokesmen for their "I'm Lovin' It" campaign. Timberlake recorded "I'm Lovin' It", to be featured in ads for the franchise, later expanded and released as a single in December 2003. McDonald's later announced they will sponsor a tour for Timberlake, following his successful North American tour with Christina Aguilera. Timberlake stated, "I love what McDonald's is doing with the new 'i'm lovin' it' campaign and it's cool to be part of it [...] We share the same crowd -- people who like to have fun -- and that's what this new partnership and my European concert tour is all about." The tour begin with Timberlake playing intimate gigs at clubs and theatres in the United States and Australia before expanding to arenas in Europe. After select shows in the U.K., Timberlake performed at local clubs and theatres following his performance in that city.

This is a document about McDonald's
   Siblings Richard and Maurice McDonald opened the first McDonald's at 1398 North E Street at West 14th Street in San Bernardino, California (at 34.1255°N, -117.2946°W), on May 15, 1940. The brothers introduced the "Speedee Service System" in 1948, putting into expanded use the principles of the modern fast-food restaurant that their predecessor White Castle had put into practice more than two decades earlier. The original mascot of McDonald's was a chef hat on top of a hamburger who was referred to as "Speedee". In 1962, the Golden Arches replaced Speedee as the universal mascot. The mascot, clown Ronald McDonald, was introduced in 1965. He appeared in advertising to target their audience of children. On May 4, 1961, McDonald's first filed for a U.S.

The "I'm Lovin' It" jingle for McDonald's was written by Pharrell Williams, Tom Batoy, Andreas Gerber, and Franco Tortora. The idea for the jingle was based on a pre-existing German commercial campaign developed by Jürgen Knaus, who is best known for creating the slogan "i love it" for McDonald's in 1994.