Question: when was the united states postal service created

Answer: 1971

This is a document about United States Postal Service
 strike ended without any concessions from the Federal government, it did ultimately allow for postal worker unions and the government to negotiate a contract which gave the unions most of what they wanted, as well as the signing of the Postal Reorganization Act by President Richard Nixon on August 12, 1970. The Act replaced the cabinet-level Post Office Department with a new federal agency, the United States Postal Service, and took effect on July 1, 1971. The United States Postal Service employs some 617,000 workers, making it the third-largest civilian employer in the United States behind the federal government and

This is a document about United States Post Office Department
 Postal Regulatory Commission. United States Post Office Department The United States Post Office Department was the predecessor of the United States Postal Service, in the form of a Cabinet department officially from 1872 to 1971. It was headed by the Postmaster General. The Postal Service Act signed by U.S. President George Washington on February 20, 1792, established the Department. Postmaster General John McLean, in office from 1823 to 1829, was the first to call it the Post Office "Department" rather than just the "Post Office." The organization received a boost in prestige when President Andrew Jackson invited his Postmaster General,

This is a document about Beatrice Aitchison
 eliminated in 1953. She then became Director of Transportation Research in the Bureau of Transportation of the United States Postal Service, becoming both the top woman at the Postal Service and "the first woman to be appointed to a policy level postal position". When she retired in July 1971, Aitchison "was one of the highest ranking women in the federal service". The United States Civil Service Commission gave Aitchison one of their first Federal Woman's Awards, in 1961, a piece of recognition that gave Aitchison leverage to push president Lyndon Johnson into drafting an executive order banning sex discrimination in

This is a document about United States Post Office Department
 United States Post Office Department The United States Post Office Department was the predecessor of the United States Postal Service, in the form of a Cabinet department officially from 1872 to 1971. It was headed by the Postmaster General. The Postal Service Act signed by U.S. President George Washington on February 20, 1792, established the Department. Postmaster General John McLean, in office from 1823 to 1829, was the first to call it the Post Office "Department" rather than just the "Post Office." The organization received a boost in prestige when President Andrew Jackson invited his Postmaster General, William T. Barry,

This is a document about United States Postmaster General
 United States Postmaster General The Postmaster General of the United States is the chief executive officer of the United States Postal Service; Megan Brennan is the current Postmaster General. Appointed members of the Board of Governors of the United States Postal Service select the Postmaster General and Deputy Postmaster General, who then join the Board. The office, in one form or another, is older than both the United States Constitution and the United States Declaration of Independence. Benjamin Franklin was appointed by the Continental Congress as the first Postmaster General in 1775, serving just over 15 months. Until 1971, the

This is a document about Postage stamps and postal history of the United States
  Postal services began in the first half of the 17th century serving the first American colonies; today, the United States Postal Service is a large government organization providing a wide range of services across the United States and its territories abroad. In the American colonies, informal independently-run postal routes began in Boston as early as 1639, with Boston to New York City service starting in 1672. Officially sanctioned mail service began in 1692 when King William III granted to an English nobleman a delivery "patent" that included the exclusive right to establish and collect a formal postal tax on official documents of all kinds. (Years later, taxation implemented through the mandatory purchase of stamps was an issue that helped to spark the American Revolution.) The tax was repealed a year later, and very few were ever actually

This is a document about United States Post Office Department
  The United States Post Office Department (USPOD; also known as the Post Office or U.S. Mail) was the predecessor of the United States Postal Service, in the form of a Cabinet department, officially from 1872 to 1971. It was headed by the postmaster general. The Postal Service Act, signed by U.S. president George Washington on February 20, 1792, established the department. Postmaster General John McLean, in office from 1823 to 1829, was the first to call it the Post Office Department rather than just the "Post Office." The organization received a boost in prestige when President Andrew Jackson invited his postmaster general, William

This is a document about Postage stamps and postal history of the United States
 1639: First American Post Office set up in Boston ; 1672: New York City mail service to Boston ; 1674: Mail service in Connecticut ; 1683: William Penn begins weekly service to Pennsylvania and Maryland villages and towns ; 1693: Service between colonies begins in Virginia ; 1775: First postmaster general appointed: Benjamin Franklin ; 1799: U.S. Congress passes law authorizing death penalty for mail robbery ; 1813: First mail carried by steamboat ; 1832: First official railroad mail service ; 1847: First U.S. postage stamps issued ; 1857: Perforated stamps introduced ; 1860: Pony Express started ; 1861: Mailing of post cards authorized ;

This is a document about Postal Service Act
  The Postal Service Act was a piece of United States federal legislation that established the United States Post Office Department. It was signed into law by President George Washington on February 20, 1792.

This is a document about Benjamin Franklin
  1764 to 1774)—about three-quarters of his term. Eventually, his sympathies for the rebel cause in the American Revolution led to his dismissal on January 31, 1774. On July 26, 1775, the Second Continental Congress established the United States Post Office and named Franklin as the first United States postmaster general. Franklin had been a postmaster for decades and was a natural choice for the position. He had just returned from England and was appointed chairman of a Committee of Investigation to establish a postal system. The report of the committee, providing for the appointment of a postmaster general for the 13 American colonies, was considered by the Continental

This is a document about United States Post Office Department
  a formal postal tax on official documents of all kinds. The tax was repealed a year later. Neale appointed Andrew Hamilton, Governor of New Jersey, as his deputy postmaster. The first postal service in America commenced in February 1692. Rates of postage were fixed and authorized, and measures were taken to establish a post office in each town in Virginia. Massachusetts and the other colonies soon passed postal laws, and a very imperfect post office system was established. Neale's patent expired in 1710, when Parliament extended the English postal system to the colonies. The chief office was established in New York City, where letters were conveyed by regular packets across the Atlantic.

This is a document about Thomas Neale
  could post a letter back home to England. Other attempts focused on a dedicated postal service between two of the larger colonies, such as Massachusetts and Virginia, but the available services remained limited in scope and disjointed for many years. Central postal organization first came to the colonies in 1691 when Thomas Neale received a 21-year grant from the British Crown for a North American Postal Service. On 17 February 1691, a grant of letters patent from the joint sovereigns, William III and Mary II, empowered Thomas Neale, "to erect, settle, and establish within the chief parts of their majesties' colonies and plantations in America, an office or offices for receiving and dispatching letters and pacquets, and to receive, send, and deliver the same

This is a document about U.S. Parcel Post stamps of 1912–13
  Before 1912 the delivery of parcels was controlled and handled by private companies, most of whom operated in cities and urban areas, where most of the business existed. Consequently, delivery of parcels to rural areas was inadequate and frequently hindered farmers who needed various supplies, parts and equipment delivered to their remote locations. To meet this demand Congress approved a law on August 24, 1912, creating postal rates for fourth class mail and providing for parcel post service. The Congressional law authorized the U.S. Post Office to produce the various special purpose postage stamps to pay the parcel fees, which became effective on January 1, 1913, the first day the U.S.

This is a document about United States Postal Service
   The United States Postal Service (USPS; also known as the Post Office, U.S. Mail, or Postal Service) is an independent agency of the executive branch of the United States federal government responsible for providing postal service in the United States, including its insular areas and associated states. It is one of the few government agencies explicitly authorized by the United States Constitution. The USPS, as of 2021, has 516,636 career employees and 136,531 non-career employees. The USPS traces its roots to 1775 during the Second Continental Congress, when Benjamin Franklin was appointed the first postmaster general; he also served a similar position for the colonies of the Kingdom of Great Britain. The Post Office Department was created in 1792 with the passage of the Postal Service Act. It was elevated to a cabinet-level department

This is a document about United States Post Office Department
  the colonies in 1691, when Thomas Neale received a 21-year grant from the British Crown for a North American Postal Service. On February 17, 1691, a grant of letters patent from the joint sovereigns, William III and Mary II, empowered him: to erect, settle, and establish within the chief parts of their majesties' colonies and plantations in America, an office or offices for receiving and dispatching letters and pacquets, and to receive, send, and deliver the same under such rates and sums of money as the planters shall agree to give, and to hold and enjoy the same for the term of twenty-one years. The patent included the exclusive right to establish and

This is a document about Timeline of postal history
 1738 the Parisian postal family Pajot & Rouille had become one of the wealthiest families in France. The Royal French minister of finance cardinal de Fleury estimates that the postal wealth should belong to the Kings of France and nationalizes the privately run postal enterprise. The postal service also leaves the historic Pajot & Rouille buildings (formerly Hôtel de Villeroy) located on rue des Dechargeurs / rue des Bourdonnais. ; 1775 - The Continental Congress appoints Benjamin Franklin to be the first United States Postmaster General. ; 1792 20 February - The US Postal Service Act establishes the United States Post Office Department.

This is a document about Presidents of the United States on U.S. postage stamps
   Presidents of the United States have frequently appeared on U.S. postage stamps since the mid-19th century. The United States Post Office Department released its first two postage stamps in 1847, featuring George Washington on one, and Benjamin Franklin on the other. The advent of presidents on postage stamps has been definitive to U.S. postage stamp design since the first issues were released and set the precedent that U.S. stamp designs would follow for many generations. The paper postage stamp itself was born of utility (in England, 1840), as something simple and easy to use was needed to confirm that postage had been paid for an item of mail. People could

This is a document about Railway post office
  that the first official contract to regularly carry mail on a train was made with the Baltimore and Ohio Railroad in either 1834 or 1835. The United States Congress officially designated all railroads as official postal routes on July 7, 1838. Similar services were introduced on Canadian railroads in 1859. The Railway post office was introduced in the United States on July 28, 1862, using converted baggage cars on the Hannibal and St. Joseph Railroad (which also delivered the first letter to the Pony Express). Purpose-built Railway Post Office (RPO) cars entered service on this line a few weeks after the service was initiated. Their purpose was to separate mail for

This is a document about United States Postal Service
  The Post Office Department owned and operated the first public telegraph lines in the United States, starting in 1844 from Washington to Baltimore, and eventually extending to New York, Boston, Buffalo, and Philadelphia. In 1847, the telegraph system was privatized, except for a period during World War I, when it was used to accelerate the delivery of letters arriving at night. Between 1942 and 1945, "V-Mail" (for "Victory Mail") service was available for military mail. Letters were converted into microfilm and reprinted near the destination, to save room on transport vehicles for military cargo. In 1970, Western Union in co-operation with the Postal Service introduced the "Mailgram", a special type of telegram

The United States Postal Service was created on July 1, 1971. However, the United States Post Office Department, which preceded the USPS, was established on February 20, 1792.


Question: when was the last time georgia tech won a national championship

Answer: 1990

This is a document about Georgia Tech Yellow Jackets football
 college football programs over a long history, the Yellow Jackets have won four national championships across four different decades (1917, 1928, 1952, 1990) as well as sixteen conference titles. Among the team's former coaches are John Heisman, for whom the Heisman Trophy is named, and Bobby Dodd, for whom the Bobby Dodd Coach of the Year Award and the school's stadium are named. Heisman led the team to the most lopsided game in football history, 222–0, and both Heisman and Dodd led Tech's football team to national championships. Dodd also led the Jackets on their longest winning streak — 8

This is a document about 1990 Georgia Tech vs. Virginia football game
 1990 Georgia Tech vs. Virginia football game The 1990 Georgia Tech vs. Virginia football game is an American college football game played on November 3, 1990 between the Georgia Tech Yellow Jackets and the Virginia Cavaliers. Georgia Tech won by a score of 41–38 over top-ranked Virginia. The game concluded with a 37-yard field goal by Scott Sisson with seven seconds remaining. Georgia Tech went on to claim the Atlantic Coast Conference (ACC) championship and a share of the national championship. The conference matchup of two undefeated teams in midseason drew great national interest. The game was televised nationally by

This is a document about Colorado Buffaloes football
 12, 2015 against Massachusetts was the school's 1,200th football game. Colorado has won one national championship in program history. This consensus national championships is claimed by the school. Colorado won its first national championship in 1990 under the direction of head coach Bill McCartney, who helmed the team from 1982 to 1994. The national title was split with Georgia Tech who won the United Press International Coaches Poll, whereas Colorado won the Associated Press and Football Writers Association of America polls. The largest arguments against Colorado were that they had a loss and a tie, whereas Georgia Tech had a

This is a document about Clean, Old-Fashioned Hate
 from 1917, 1928, 1952, and 1990. Georgia claims two titles, from 1942 and 1980. Georgia also has won a title in baseball in 1990. Both schools have also seen prominence in men's basketball, with Georgia Tech reaching the Final Fours of 1990 and 2004 (when it reached the National Championship game). Georgia made the Final Four in its first NCAA Tournament appearance in 1983. Georgia was the first state-chartered school in the U.S., founded on January 27, 1785. Georgia Tech was founded 100 years later on October 13, 1885. Patrick Hues Mell, the president of the University of Georgia at

This is a document about Clemson–Georgia Tech football rivalry
 September 2009 and repeated the feat when they faced off again in the 2009 ACC Championship Game three months later. The rivals have seen large and similar amounts of high-level success, as Georgia Tech claims four national championships (1917, 1928, 1954, 1990) and Clemson two (1981 and 2016). Moreover, Georgia Tech has played in 44 bowl games (25–19) and Clemson, 42 (22–20), while Clemson and Georgia Tech have 729 and 728 all-time wins, respectively, as of the conclusion of the 2017 season. These two ACC members also coincidentally have more of a science, technology, engineering, and mathematics focus than their

This is a document about 2009 ACC Championship Game
 the divisional standings. Following the Virginia Tech win, Georgia Tech defeated Virginia, Vanderbilt, Wake Forest (in overtime) and Duke. The Duke victory raised Georgia Tech to 10 wins, the school's first time at that mark since 1990, and the Yellow Jackets were ranked No. 7, their highest position in the national polls since that year. But following the Duke game, the Yellow Jackets faced Georgia in the rivalry known as Clean, Old-Fashioned Hate. During that game, the unranked Georgia Bulldogs upset Tech, 30–24. Though Georgia Tech had clinched its ACC Championship Game slot with the win over Duke, the loss

This is a document about Georgia Institute of Technology
 news polls: 1917, 1928, 1952, and 1990. In May 2007, the women's tennis team won the NCAA National Championship with a 4–2 victory over UCLA, the first ever national title granted by the NCAA to Tech. Tech's fight song "I'm a Ramblin' Wreck from Georgia Tech" is known worldwide. First published in the 1908 "Blue Print", it was adapted from an old drinking song ("Son of a Gambolier") and embellished with trumpet flourishes by Frank Roman. Then-Vice President Richard Nixon and Soviet Premier Nikita Khrushchev sang the song together when they met in Moscow in 1958 to reduce the tension

This is a document about Fifth Down Game (1990)
 season with a record of 11–1–1, while the Georgia Tech Yellow Jackets' record was 11–0–1. No Division I-A team had an unblemished record, and only Georgia Tech finished without a loss. After the conclusion of the 1990 season in January 1991, the AP Poll voted Colorado national champions. The Coaches Poll voted the championship to Georgia Tech. Both universities therefore claim the 1990 championship. Observers favoring Colorado for the national championship noted that they had played a more difficult schedule than Georgia Tech. Those favoring Georgia Tech not only pointed out that the Yellow Jackets were the only undefeated team

This is a document about Bobby Ross
 under head coach Marv Levy, before returning to the collegiate ranks as head coach at Maryland. He won three consecutive Atlantic Coast Conference (ACC) Championships from 1983 to 1985. After four years, Ross left Maryland and was introduced as head coach of the Georgia Tech Yellow Jackets football team. on Jan. 5, 1987. As head coach of Georgia Tech in 1990, he led the Jackets to an 11–0–1 record and the ACC championship—the school's first conference title since 1952, while they were still in the Southeastern Conference. They also won a share of the national championship by finishing first in

This is a document about Coleman Rudolph
 in Football in 1991 and 1992. He held Georgia Tech's Sack record at 28.5 and Tackle for Loss record at 52.5 for many years. He was a member of the 1986 Valdosta High State and National Championship teams as well as the 1990 National Championship team at Georgia Tech under Bobby Ross. He was named Male Co Athlete of the Year in the state of Georgia in 1992 along with Garrison Hearst and was recently voted as a "Top 50" greatest athletes in Georgia Tech History and named to the "All Georgia Tech Century Football Team". He was a Captain

This is a document about Willie Clay
 Willie Clay Willie James Clay (born September 5, 1970) is a former American football safety in the National Football League for the Detroit Lions, New England Patriots, and New Orleans Saints. Clay attended Linsly High School in Wheeling, West Virginia where he earned twelve varsity letters playing football, basketball, and baseball. While in college at Georgia Tech, he made 16 career interceptions to break the school record (formerly 14) and was part of the 1990 Georgia Tech Yellow Jackets football team that won the NCAA national championship Clay is the nephew of Dwight Clay who was a basketball player for

This is a document about Georgia Tech Yellow Jackets football
 2018, effective following the team's bowl game. Geoff Collins was named Johnson's replacement on December 7th, 2018. Geoff Collins was announced on December 7th, 2018 as the new head coach, to replace the retiring Paul Johnson, starting the 2019 season. Collins was previously the head coach at Temple, defensive coordinator at Mississippi State, and Florida, and previously worked with Georgia Tech as a graduate assistant and recruiting coordinator. Georgia Tech has been named national champion seven times by NCAA-designated major selectors. Georgia Tech claims the 1917, 1928, 1952, and 1990 championships. Claimed national champsionships Georgia Tech has won sixteen conference

This is a document about Mark Hendrickson (American football)
 Mark Hendrickson (American football) Mark Hendrickson is an American football coach and former player with the University of Northern Iowa. He was the head football coach at the Western Illinois University from 2008 until his firing on November 20, 2012. Hendrickson's first coaching job was at Georgia Tech as an assistant to Bill Curry in 1983. As part of the Georgia Tech coaching staff, Hendrickson won a national championship in 1990. In 1992, he was hired at the University of Iowa as an assistant to Hayden Fry. Following a brief stint at Southeast Missouri State University, he returned to Iowa,

This is a document about Georgia Tech Yellow Jackets football
  Georgia Tech has been named national champion seven times by NCAA-designated major selectors. Georgia Tech claims the 1917, 1928, 1952, and 1990 championships.

This is a document about Georgia Tech Yellow Jackets football
  The Georgia Tech Yellow Jackets football team represents Georgia Tech in the sport of American football. The Yellow Jackets team competes in the Football Bowl Subdivision (FBS) of the National Collegiate Athletic Association (NCAA) and the Coastal Division of the Atlantic Coast Conference (ACC). Georgia Tech has fielded a football team since 1892 and, as of 2020, has an all-time record of 740–518-43 through the 2020 season. The Yellow Jackets play in Bobby Dodd Stadium at Historic Grant Field in Atlanta, which has a capacity of 55,000. One of the most successful college football programs over a long history, the Yellow Jackets have won four national championships across four different decades (1917, 1928, 1952, 1990) as well as sixteen conference titles. Among

This is a document about Clean, Old-Fashioned Hate
  of Technology (commonly referred to as Georgia Tech, Tech, or GT) is a science, technology, engineering, and mathematics research university with a metropolitan campus in Midtown Atlanta. Georgia competes athletically in the Southeastern Conference while Georgia Tech competes in the Atlantic Coast Conference since 1979 after leaving the SEC in 1964. The two teams have won six national titles in football. Georgia Tech claims four national championships: 1917, 1928, 1952, and 1990. Georgia claims two titles: 1942 and 1980. Georgia also has won a title in baseball in 1990. Both schools have also seen prominence in men's basketball, with Georgia Tech reaching the Final Fours of 1990 and 2004 (when it reached the National Championship game). Georgia made the Final Four in its first NCAA Tournament appearance in 1983.

This is a document about Clean, Old-Fashioned Hate
  football (in which it remained independent for nearly 20 years). Tech eventually joined the Atlantic Coast Conference in 1979, though it would not compete for the ACC football championship until 1983. Since 1979, Georgia has won 30 of the last 39 games against Georgia Tech. Georgia coach Mark Richt has had a large part in the Bulldog's recent dominance over Georgia Tech, enjoying a 12–2 record against the Yellow Jackets. In 2020, the rivalry was not played for the first time since 1925 due to the COVID-19 pandemic, which resulted in both the SEC and ACC limiting their respective schedules to conference-only play.

This is a document about Georgia Tech Yellow Jackets
  team to win all four of the historical big four bowls – the Rose (1929), Orange (1940), Sugar (1944), and Cotton (1955). Georgia Tech has won four national titles in the years 1917 going 9–0 under John Heisman outscoring opponents 419–17, 1928 going 10–0 under William Alexander outscoring opponents 221–47, 1952 going 12–0 under Bobby Dodd outscoring opponents 325–59, and 1990 going 11–0–1 under Bobby Ross outscoring opponents 379–186. The Yellow Jackets have won a total of 15 conference titles. They won 5 SIAA titles in 1916, 1917, 1918, 1920, and 1921; 3 Southern Conference titles in 1922, 1927, and 1928; 5 SEC titles in 1939, 1943, 1944, 1951, 1952, and the 1990,

This is a document about Mercedes-Benz Stadium
  The Peach Bowl, Celebration Bowl, SEC Championship Game, and Chick-fil-A Kickoff Game moved from the Georgia Dome to Mercedes-Benz Stadium in the 2017 season. The SEC Championship has a long-term deal with Mercedes-Benz Stadium through 2027. On February 26, 2019, it was announced that the Georgia Tech Yellow Jackets had agreed to play one home game annually at Mercedes-Benz Stadium from 2021 through 2026. The 2018 College Football Playoff National Championship was hosted by Atlanta and Mercedes-Benz Stadium. In their first national championship game since 1982, the Georgia Bulldogs were defeated in overtime by the Alabama Crimson Tide. On December 8, 2017, the stadium hosted the Georgia High School Association (GHSA) football championship games for Class 1A Private School

The last time Georgia Tech won a national championship in football was in 1990.


Question: who is the winner of the miss world 2017

Answer: Manushi Chhillar

This is a document about Miss World 2017
 Miss World 2017 Miss World 2017, the 67th edition of the Miss World pageant, was held on 18 November 2017 at the Sanya City Arena in Sanya, China. 118 contestants from all over the world competed for the crown. Stephanie Del Valle of Puerto Rico crowned her successor Manushi Chhillar of India at the end of the event. She is the sixth Indian woman to win Miss World. § People's Choice winner Miss World emphasis on a new format, giving greater attraction on social media and interactivity. This new format is called the Head-to-Head Challenge, which will select 20 out

This is a document about Miss World
 World 2017 Manushi Chhillar from India is the first and only Beauty With a Purpose recipient to eventually win the Miss World crown. Miss World Best in Swimsuit was an award given to the delegate at Miss World who has the highest score at the swimsuit competition during the finals. The award has only been given out for 3 years and no award was presented from 1998 to 2002. The new Miss World Beach Beauty competition was established in 2003 to choose the new Best in Swimsuit winner. The winner proceeded to make the semifinals automatically. The winner of this

This is a document about Vanessa Ponce
 winner. Ponce was crowned Miss World Mexico 2018 on 5 May 2018 at Salón Imperial de Villa Toscana, Sonora where 32 candidates competed for the national title. She won the title and was crowned by the outgoing Miss Mexico 2017 Andrea Meza. Then she proceeded to represent Mexico at Miss World 2018. Ponce represented Mexico at the Miss World 2018 pageant where she won the pageant and was crowned as Miss World 2018 by the outgoing titleholder Manushi Chhillar from India. She made history not only becoming the first Miss World from Mexico but also the oldest Miss World winner

This is a document about Manushi Chhillar
 in Sanya, China on 8 December 2018. She donned a Sabyasachi lehenga during her final night as Miss World. Manushi Chhillar Manushi Chhillar (born 14 May 1997) is an Indian model and the winner of the Miss World 2017 pageant. She represented the state of Haryana at the Femina Miss India 2017 pageant in which she won. Chhillar is the sixth representative from India to win the Miss World pageant. She was signed up as a brand ambassador for Malabar Gold and Diamonds, one of the world’s largest retail jewellery groups. Chhillar was named as the 'Times Most Desirable Woman

This is a document about Manushi Chhillar
 Manushi Chhillar Manushi Chhillar (born 14 May 1997) is an Indian model and the winner of the Miss World 2017 pageant. She represented the state of Haryana at the Femina Miss India 2017 pageant in which she won. Chhillar is the sixth representative from India to win the Miss World pageant. She was signed up as a brand ambassador for Malabar Gold and Diamonds, one of the world’s largest retail jewellery groups. Chhillar was named as the 'Times Most Desirable Woman of India 2017'. She was also featured in a television commercial for Club Factory. Chhillar was born in Rohtak,

This is a document about Parvathy Omanakuttan
 2008, she was announced the First Runner Up of Miss World 2008 at The Grand Finale. It was the highest placement of any Indian delegate at the Miss World pageant since Priyanka Chopra's victory at Miss World 2000 , until Manushi Chhillar won Miss World 2017. At the pageant, Parvati also placed Second in the Top Model and Fifth place in the Beach Beauty sub-contests. She was also awarded the title of " Miss World Asia and Oceania" at the pageant. Parvati was the winner of Femina Miss India 2008. Since the format of Miss India had changed from 2007,

This is a document about Miss World 2017
  Miss World 2017, the 67th edition of the Miss World pageant, was held on 18 November 2017 at the Sanya City Arena in China. 118 contestants from all over the world competed for the crown. Stephanie Del Valle of Puerto Rico crowned her successor Manushi Chhillar of India at the end of the event. She is the sixth Indian woman to win Miss World after Priyanka Chopra won in 2000.

This is a document about Andrea Meza
   As the winner of Miss Mexico 2017, Meza represented Mexico at the 67th edition of Miss World 2017, held on 18 November 2017 at Sanya City Arena in Sanya, China. In the pre-pageant activities, Meza won group sixteen of the Head-to-Head Challenge, which gave her direct entry into the top forty. Additionally, she placed as the fourth runner-up in the talent competition. During the finals of the competition, Meza advanced from the top forty into the top fifteen, top ten, and top five. After reaching the top five, Julia Morley announced Meza as the first runner-up behind the winner, Manushi Chhillar from India. In addition to her first runner-up finish, Meza was additionally crowned Miss World Americas, placing her within the 2017 Miss World Continental Queens of Beauty.

This is a document about Achintya Holte Nilsen
  As Miss Indonesia 2017, Nilsen represented Indonesia at the 67th edition of the Miss World 2017 pageant held in Sanya City Arena, Sanya, China, on 18 November 2017. During the pageant, she won a Head-to-Head Challenge, beating other countries in the group with her Olympic rings answer. "I think one symbol that best represents Indonesia would have to be the Olympic symbol, because there's a variety of colors which i think connects to our diversity, and differences, and all the creativity in Indonesia. But it (the ring on the symbol) also all connected which i believe represents our unity." At the Finale, Nilsen was placed in the Top 10 finalists and was also declared as the winner of "Beauty with a Purpose", Miss World Asia and "Best Designer Award" in the pageant. Stephanie Del Valle of Puerto Rico crowned Manushi Chhillar of India as the new titleholder at the end of the event.

This is a document about Haruka Yamashita
  She competed at the Miss World 2017 where she placed Top 15.

This is a document about Miss World America 2017
 The Miss World America 2017 contestants are

This is a document about Patlada Kulphakthanapat
  Kulphakthanapat represented Thailand at Miss World 2017 where Stephanie Del Valle of Puerto Rico crowned her successor at the end of the event. She is unplaced.

This is a document about Manushi Chhillar
  answered: "Since I am very close to my mother, I think that a mother deserves the highest respect. When you talk about salary, I don't think it's just about cash, but the love and respect that you give to someone. My mother has been the biggest inspiration in my life. All mothers, they just sacrifice so much for their kids. So, I believe the profession which deserves the highest salary, respect and love should be of a mother." On 18 November 2017, Chhillar was crowned Miss World 2017 by outgoing titleholder Miss World 2016, Stephanie Del Valle from Puerto Rico in the finals in Sanya, China. She became the sixth Indian woman to win the crown, and the first since Priyanka Chopra, Miss World 2000.

This is a document about Manushi Chhillar
  of Marsha Rae Ratcliff OBE, the Past Master of The Worshipful Company of Carmen. Chhillar returned to India and visited the Bennett University in Greater Noida. In a Q&A session organised by the university, she interacted with the faculty and students. In February 2018, she started the first leg of her Beauty With A Purpose tour with Miss World 2017 continental winners - Magline Jeruto (Africa), Ha Eun Kim (Asia), Annie Evans (Oceania), Stephanie Hill (Europe), Solange Sinclair (Caribbean), Andrea Meza (Americas) and Miss World 2016, Stephanie Del Valle at the 1st global edition of 'Feminine Hygiene Awareness' campaign in Hyderabad in

This is a document about Miss Cultural Harvest Festival
 International Pageants Miss World ; 2014 - Dewi Liana Seriestha (Top 25) National Pageants Miss World Malaysia ; 2011 - Janet Bennet (Top 10 and "Miss Photogenic") ; 2014 - Dewi Liana Seriestha (Winner) ; 2016 - Francisca Luhong James Bungan (3rd runner-up) ; 2018 - Francisca Luhong James Bungan (Top 5) Miss Universe Malaysia ; 2013 - Karissa Kara Simon (Top 17 Finalist) ; 2018 - Jessy Gantle (Top 18 Finalist) ; 2020 - Francisca Luhong James Bungan (Winner) Miss Earth Malaysia ; 2017 - Jean Seymour Harry (Top 6 and "Miss Eco Beauty") Winners and contestants who competed/appeared at other international/ national beauty pageants:

This is a document about Guan Siyu
  She competed at the Miss World 2017 and placed Top 40.

This is a document about Miss World
  Miss World is the oldest-running international beauty pageant. It was created in the United Kingdom by Eric Morley in 1951. Since his death in 2000, Morley's widow, Julia Morley, has co-chaired the pageant. Along with Miss Universe, Miss International, and Miss Earth, this pageant is one of the Big Four international beauty pageants. The current Miss World is Toni-Ann Singh of Jamaica who was crowned by Vanessa Ponce of Mexico on 14 December 2019 in London, England. She is the fourth Jamaican to win Miss World. Miss World 2021 will be the 70th anniversary of the pageant. It is scheduled to be held on December 16, 2021 at the Jose Miguel Agrelot Coliseum in San Juan, Puerto Rico.

This is a document about Clarissa Bowers
  Bowers was crowned America's Miss World 2017 on August 13, 2017 and she competed at the Miss World 2017 pageant held on November 18, 2017 in Sanya, China and received the accolade of Judge's Choice ranking her in the Top 40.

This is a document about Vanessa Ponce
  244 days old at the time of her victory. During her reign as Miss World, she lived in England and visited China, Thailand, Indonesia, India, Uganda, the Philippines, Ghana, Singapore, Poland, Tanzania, the Bahamas and various cities in her home country Mexico. At the end of her reign, Ponce crowned her successor Toni-Ann Singh of Jamaica as Miss World 2019 in London on 14 December 2019. On 19th August 2019, she gave an interview in Women Fitness about her exercise routine, diet, workout, skincare and hair care, under the title 'Miss World Vanessa Ponce de León: An Unmatched Beauty'.

Manushi Chhillar won the Miss World 2017 pageant. She is from India.


Question: according to the chart the main body of the united nations is the

Answer: General Assembly

This is a document about United Nations
 office has evolved into a dual role of an administrator of the UN organization and a diplomat and mediator addressing disputes between member states and finding consensus to global issues. The Secretary-General is appointed by the General Assembly, after being recommended by the Security Council, where the permanent members have veto power. There are no specific criteria for the post, but over the years it has become accepted that the post shall be held for one or two terms of five years. The current Secretary-General is António Guterres, who replaced Ban Ki-moon in 2017. The International Court of Justice (ICJ),

This is a document about United Nations Regional Groups
 related international interests to liaise, discuss and coordinate their voting and other activities at the United Nations, the main function of the regional groups is to distribute membership quotas in United Nations bodies and leadership positions. According to convention, the non-permanent membership seats of the United Nations Security Council is apportioned between regional groups according to a set formula. Other bodies, such as the United Nations Economic and Social Council and the United Nations Human Rights Committee, also have set membership quotas for each regional group. The position of the President of the United Nations General Assembly rotates amongst the

This is a document about Intergovernmental Panel on Climate Change
 Intergovernmental Panel on Climate Change The Intergovernmental Panel on Climate Change (IPCC) is an intergovernmental body of the United Nations, dedicated to providing the world with an objective, scientific view of climate change and its political and economic impacts. It was established in 1988 by the World Meteorological Organization (WMO) and the United Nations Environment Programme (UNEP), and later endorsed by the United Nations General Assembly. Membership is open to all members of the WMO and UN. The IPCC produces reports that support the United Nations Framework Convention on Climate Change (UNFCCC), the main international treaty on climate change. The

This is a document about United Nations Commission on Science and Technology for Development
 United Nations Commission on Science and Technology for Development The United Nations Commission on Science and Technology for Development (CSTD) is a subsidiary body of the Economic and Social Council (ECOSOC), one of the six main organs of the United Nations. It was established by the General Assembly in its resolution 46/235 and provides overall direction to the related programme of work. The Commission is composed of 43 members and, pursuant to Economic and Social Council resolution 2002/37 meets on an annual basis and reports to the Council. In accordance with Council resolution 1993/75 the Commission receives specialized and technical

This is a document about United Nations Credentials Committee
 United Nations Credentials Committee The United Nations Credentials Committee is a committee of the United Nations General Assembly whose main purpose is to report to the Assembly regarding the credentials of the body's representatives. Each year before the regular session begins, the Office of Legal Affairs (OLA) recommends a group of candidates to the President of the General Assembly (PGA) for the Credentials Committee. The PGA then proposes nine (9) candidates to the General Assembly, which then votes on the candidates. According to Rule 27 of the Rules of Procedure of the General Assembly, Member States must send the credentials

This is a document about Indigenous rights
 multinational cooperations and small businesses for exploitation of natural resources. Indigenous peoples and their interests are represented in the United Nations primarily through the mechanisms of the Working Group on Indigenous Populations (WGIP). In April 2000 the United Nations Commission on Human Rights adopted a resolution to establish the United Nations Permanent Forum on Indigenous Issues (PFII) as an advisory body to the Economic and Social Council with a mandate to review indigenous issues. In late December 2004, the United Nations General Assembly proclaimed 2005–2014 to be the "Second International Decade of the World's Indigenous People". The main goal of

This is a document about United Nations General Assembly
 According to the General Assembly website, the most important are: Other committees of the General Assembly are enumerated. There are six commissions: Despite its name, the former United Nations Commission on Human Rights (UNCHR) was actually a subsidiary body of ECOSOC. There are seven boards which are categorized into two groups: a) Executive Boards and b) Boards The newest council is the United Nations Human Rights Council, which replaced the aforementioned UNCHR in March 2006. There are a total of four councils and one panel. There is a varied group of working groups and other subsidiary bodies. Countries are seated

This is a document about Corpus separatum (Jerusalem)
 Corpus separatum (Jerusalem) Corpus separatum (Latin for "separated body") is a term used to describe the Jerusalem area in the 1947 United Nations Partition Plan for Palestine. According to the plan the city would be placed under international regime, conferring it a special status due to its shared religious importance. The corpus separatum was one of the main issues of the Lausanne Conference of 1949, besides the other borders and the question of the right of return of Palestinian refugees. The plan was adopted by the General Assembly with a two-thirds majority, although its implementation failed and nowadays the view

This is a document about Douglas Roche
 of the United Nations Disarmament Committee, the main United Nations body dealing with political and security issues, at the 43rd General Assembly in 1988. He is also the author of twenty books, and has contributed chapters to thirteen more, including "Creative Dissent: A Politician's Struggle for Peace" (Novalis, 2008). From 1989 to 2001, he was appointed Visiting Professor at the University of Alberta, where he taught "War or Peace in the 21st Century?" In 1997, he was chosen by the Students' Union to receive a SALUTE Award for "outstanding contributions to students". He is an Officer of the Order of

This is a document about United Nations resolution
 United Nations resolution A United Nations resolution (UN resolution) is a formal text adopted by a United Nations (UN) body. Although any UN body can issue resolutions, in practice most resolutions are issued by the Security Council or the General Assembly. Most experts consider most General Assembly resolutions to be non-binding. Articles 10 and 14 of the UN Charter refer to General Assembly resolutions as "recommendations"; the recommendatory nature of General Assembly resolutions has repeatedly been stressed by the International Court of Justice. However, some General Assembly resolutions dealing with matters internal to the United Nations, such as budgetary decisions

This is a document about United Nations resolution
 the resolution still comprises a coherent sentence. United Nations resolutions can be both substantive resolutions and procedural resolutions. In addition, resolutions can be classified by the organ in which they originate, e.g.: United Nations resolution A United Nations resolution (UN resolution) is a formal text adopted by a United Nations (UN) body. Although any UN body can issue resolutions, in practice most resolutions are issued by the Security Council or the General Assembly. Most experts consider most General Assembly resolutions to be non-binding. Articles 10 and 14 of the UN Charter refer to General Assembly resolutions as "recommendations"; the recommendatory

This is a document about United Nations Disarmament Commission
 on the number of agenda items being discussed by the body. United Nations Disarmament Commission The United Nations Disarmament Commission (UNDC) is a United Nations commission under the United Nations General Assembly which primarily deals with issues relating to Disarmament. The United Nations Disarmament Commission was first established on 11 January 1952 by United Nations General Assembly Resolution 502 (VI). This commission was put under the jurisdiction of the United Nations Security Council and its mandate included: preparing proposals for a treaty for the regulation, limitation and balanced reduction of all armed forces and all armaments, including the elimination of

This is a document about United Nations System
 United Nations System The United Nations System consists of the United Nations, and the six principal organs of the United Nations: the General Assembly, Security Council, Economic and Social Council (ECOSOC), Trusteeship Council, International Court of Justice (ICJ), and the UN Secretariat, specialized agencies, and affiliated organizations. The executive heads of some of the United Nations System organizations and the World Trade Organization, which is not formally part of the United Nations System, have seats on the United Nations System Chief Executives' Board for Coordination (CEB). This body, chaired by the Secretary-General of the United Nations, meets twice a year

This is a document about University for Peace
 (UPEACE) along with the Charter of the University for Peace. The University has the unique status of not only being a dedicated institution for higher education in Peace and Conflict studies, but also an international treaty body organization mandated by the United Nations General Assembly. It offers master's degree and doctoral programmes at its main headquarters in San José, Costa Rica, and carries out various activities related to the international peace and security objectives of the United Nations (UN) through centres and offices located in Addis Ababa, Geneva, New York, The Hague, and South Korea, and through partnership arrangements with

This is a document about United Nations General Assembly Resolution 47/1
 the body, although South Africa was facing a similar punishment due to Apartheid since 1974. The resolution considers that the Federal Republic of Yugoslavia can not "inherit" the post of Yugoslavia at the UN and that it must therefore apply for admission to the United Nations. Likewise, it must remain outside the work of the General Assembly. At the request of the delegations of Bosnia and Herzegovina and Croatia, the UN legal counsel in a letter to the Secretariat stated that the resolution did not end Yugoslav membership. According to the letter, Yugoslavia would remain a member of the UN,

This is a document about Yad Sarah
 a hand at the wheelchair-repair center in Jerusalem. Yad Sarah received the Kaplan Prize for Efficiency in 1990 and the 1994 Israel Prize for its special contribution to society and the State of Israel. In 1982 Lupolianski was the recipient of the President's Award for Volunteering. In 2004 the United Nations recognized Yad Sarah as a Non-Governmental Organization, according it UN observer status. In 2005 the UN Committee on Non-Governmental Organizations upgraded Yad Sarah's status to an advisory body to the United Nations Economic and Social Council. This status allows Yad Sarah to participate in General Assembly meetings and UN

This is a document about United Nations Security Council Resolution 1645
 the important role of the United Nations in the conflict prevention and efforts towards reconciliation. The text reaffirmed the primary responsibility of national governments for determining post-conflict priorities and strategies, while the role of all countries, civil society, regional organisations and non-governmental organisations were important in peacebuilding. In unison with the General Assembly, the Peacebuilding Commission was established as an intergovernmental advisory body. The main goals of the commission were to bring together all stakeholders to advise and propose strategies for building peace and reconciliation after a conflict, to focus on the restoration of state institutions and make recommendations to

This is a document about United Nations Conference on Trade and Development
 United Nations Conference on Trade and Development The United Nations Conference on Trade and Development (UNCTAD) was established in 1964 as a permanent intergovernmental body. UNCTAD is the part of the United Nations Secretariat dealing with trade, investment, and development issues. The organization's goals are to: "maximize the trade, investment and development opportunities of developing countries and assist them in their efforts to integrate into the world economy on an equitable basis. UNCTAD was established by the United Nations General Assembly in 1964 and it reports to the UN General Assembly and United Nations Economic and Social Council. The primary

This is a document about United Nations General Assembly Resolution 3379
 and forget the terrible plight of Jews in World War II and, indeed, throughout history. To equate Zionism with racism is to reject Israel itself, a member of good standing of the United Nations. This body cannot claim to seek peace and at the same time challenge Israel's right to exist. By repealing this resolution unconditionally, the United Nations will enhance its credibility and serve the cause of peace. United Nations General Assembly Resolution 3379 United Nations General Assembly Resolution 3379, adopted on 10 November 1975 by a vote of 72 to 35 (with 32 abstentions), "determine[d] that Zionism is

This is a document about United Nations Office for the Coordination of Humanitarian Affairs
 United Nations Office for the Coordination of Humanitarian Affairs The United Nations Office for the Coordination of Humanitarian Affairs (OCHA) is a United Nations (UN) body formed in December 1991 by General Assembly Resolution 46/182. The resolution was designed to strengthen the UN's response to complex emergencies and natural disasters. Earlier UN organizations with similar tasks were the Department of Humanitarian Affairs (DHA), and its predecessor, the Office of the United Nations Disaster Relief Coordinator (UNDRO). In 1998, due to reorganization, DHA merged into OCHA and was designed to be the UN focal point on major disasters. It is a

The main body of the United Nations, as depicted in the chart, is the General Assembly and the Security Council. The General Assembly is the main deliberative body of the UN, while the Security Council is the primary organ responsible for maintaining international peace and security. Other bodies, such as the Intergovernmental Panel on Climate Change (IPCC), the United Nations Commission on Science and Technology for Development (CSTD), and the United Nations Credentials Committee, also play important roles within the UN system.


Question: what large body of water is off the texas coast

Answer: Gulf of Mexico

This is a document about Corpus Christi, Texas
 of those under age 18 and 15.5% of those ages 65 or over. The majority of the population is employed in the services, wholesale and retail trades, and government sectors. Corpus Christi has an unemployment rate of 5.6% as of November 2016. The Port of Corpus Christi, which is the fifth-largest U.S. port and deepest inshore port on the Gulf of Mexico, handles mostly oil and agricultural products. Much of the local economy is driven by tourism and the oil and petrochemicals industry. In 2005, the port was ranked as the 47th-largest in the world by cargo tonnage. Corpus Christi

This is a document about Oyster
 the trees here". The largest oyster-producing body of water in the United States is Chesapeake Bay, although these beds have decreased in number due to overfishing and pollution. Willapa Bay in Washington produces more oysters than any other estuary in the US. Other large oyster farming areas in the US include the bays and estuaries along the coast of the Gulf of Mexico from Apalachicola, Florida in the east to Galveston, Texas in the west. Large beds of edible oysters are also found in Japan and Australia. In 2005, China accounted for 80% of the global oyster harvest. Within Europe,

This is a document about King mackerel
 of king mackerel have been found to exist off the American coast. A Gulf of Mexico group ranges from the Texas coast in summer to the middle-east coast of Florida from November through March. Spawning occurs throughout the summer off the northern Gulf Coast. An Atlantic group is abundant off North Carolina in spring and fall. This group migrates to southeast Florida, where it spawns from May through August, and slowly returns through summer. Apparently, this group winters in deep water off the Carolinas, as tagging studies have shown they are never found off Florida in winter. Eggs and sperm

This is a document about Pocket shark
 Pocket shark The pocket shark ("Mollisquama parini") is a kitefin shark of the family Dalatiidae, also known as sleeper sharks. The only member of the genus Mollisquama was found in deep water off Chile in the southeast Pacific Ocean and recently in the Gulf of Mexico. It is distinguished from other sharks by two pockets next to its front fins. The pockets are large, measuring about 4% of the shark's body length. Some researchers hypothesize that they may secrete some kind of glowing fluid or pheromones. The first finding of this species of shark was found off the coast of

This is a document about Blacknose shark
 water, as the adults prefer depths greater than and is most common at . Blacknose sharks in the South Atlantic Bight (off the Atlantic coast of the southern United States) migrate northward in the summer and southward (or possibly offshore) in the winter; a similar migration occurs for sharks in the Gulf of Mexico. The blacknose shark has a slender, streamlined body with a long, rounded snout and large eyes. A well-developed flap of skin occurs in front of each nostril, defining the inflow and outflow openings. Twelve to 13 and 11 to 12 tooth rows occur on either side

This is a document about Laguna Madre (United States)
 Isabel, where the Texas International Fishing Tournament has been held since 1934. Visitors also flock to Bird Island off the western coast of Padre Island, for windsurfing, kayaking, and other water sports. Laguna Madre (United States) The Laguna Madre is a long, shallow, hypersaline lagoon along the western coast of the Gulf of Mexico in Nueces, Kenedy, Kleberg, Willacy and Cameron Counties in Texas, United States. It is separated by the roughly long Saltillo Flats land bridge into Upper and Lower lagoons. The two are joined by the Intracoastal Waterway, which has been dredged through the lagoon. Cumulatively, Laguna Madre

This is a document about Texas Tower 4
 Texas Tower 4 Texas Tower 4 (ADC ID: TT-4) was a United States Air Force Texas Tower General Surveillance Radar station, located south-southwest off the coast of Long Island, New York in of water. The tower was the site of a tragic accident and was destroyed by a winter storm on January 15, 1961. None of the twenty-eight airmen and civilian contractors who were manning the station survived. Texas Tower 4 was one in a series of manned radar stations called "Texas Towers" because they resembled the oil-drilling platforms of the Gulf of Mexico. Air Defense Command (ADC) estimated that

This is a document about Submerged forest
 in Nantucket Sound, off the coast of Massachusetts. and in 2012 a submerged bald cypress forest, which has been dated at around 50,000 years old, was discovered in the Gulf of Mexico off the coast of Alabama. Submerged forest A submerged forest is the "in situ" remains of trees (especially tree stumps) that lie submerged beneath a bay, sea, ocean, lake, or other body of water. These remains have usually been buried in mud, peat or sand for several thousand years before being uncovered by sea level change and erosion and have been preserved in the compacted sediment by the

This is a document about Hugh Glass
 veracity of it. Also, it is likely to have been embellished over the years as a legend. Glass was born in Scranton, Pennsylvania. His life before the famous bear attack is largely unverifiable, and his frontier story contained numerous embellishments. He was reported to have been captured by pirates under the command of Gulf of Mexico chief Jean Lafitte off the coast of Texas in 1816, and was forced to become a pirate for up to two years. Glass allegedly escaped by swimming to shore near what is present-day Galveston, Texas. He was later rumored to have been captured by

This is a document about Aristofusus helenae
 Gulf of Mexico: off Florida

This is a document about Texas Gulf Coast
  Texas Gulf Coast is an oceanic basin which boundaries the coastal region of Texas. Texas has approximately 3359 mi of shoreline which boundaries the Gulf of Mexico.

This is a document about Estuaries of Texas
  The U.S. state of Texas has a series of estuaries along its coast on the Gulf of Mexico, most of them bounded by the Texas barrier islands. Estuaries are coastal bodies of water in which freshwater from rivers mixes with saltwater from the sea. Twenty-one drainage basins terminate along the Texas coastline, forming a chain of seven major and five minor estuaries: listed from southwest to northeast, these are the Rio Grande Estuary, Laguna Madre, the Nueces Estuary (Corpus Christi Bay), the Mission–Aransas Estuary (Aransas Bay), the Guadalupe Estuary (San Antonio Bay), the Colorado–Lavaca Estuary (Matagorda Bay), East Matagorda Bay, the

This is a document about Galveston Bay
  Galveston Bay is a bay in the western Gulf of Mexico along the upper coast of Texas. It is the seventh-largest estuary in the United States, and the largest of seven major estuaries along the Texas Gulf Coast. It is connected to the Gulf of Mexico and is surrounded by sub-tropical marshes and prairies on the mainland. The water in the bay is a complex mixture of sea water and fresh water, which supports a wide variety of marine life. With a maximum depth of about 10 ft and an average depth of only 6 ft, it is unusually shallow for its size. The bay has played a significant role in the history of Texas. Galveston Island is home to the city of Galveston, the earliest major settlement in southeast Texas

This is a document about Southeast Texas
  Southeast Texas includes part of the coast of the Gulf of Mexico and most of the Texas portion of the Intracoastal Waterway. The area is also crossed by numerous rivers and streams, the largest three being the Sabine River, the Neches River, and the Trinity River. In Southeast Texas and the rest of the Southern United States, small rivers and creeks collect into swamps called "bayous" and merge with the surrounding forest. The only large bodies of water in Southeast Texas are Galveston Bay and Sabine Lake, but the large reservoirs of East Texas are just to the north. The eastern portion of Southeast Texas is geographically and culturally attached to Southwest Louisiana, though

This is a document about Southeast Texas
  Galveston Bay is a large estuary located along Texas upper coast. The bay is fed by the Trinity River and the San Jacinto River, numerous local bayous, and incoming tides from the Gulf of Mexico. The bay covers approximately 600 square miles (1,500 km²), and is 30 miles (50 km) long and 17 miles (27 km) wide. Galveston Bay is on average 7–9feet (2-3m) deep. The bay has three inlets to the Gulf of Mexico: Bolivar Roads (the exit of the Houston Ship Channel) between Galveston Island and the Bolivar Peninsula, San Luis Pass to the west, and Rollover Pass to the east. The Houston Ship Channel, connecting the Port of Houston to the Gulf, passes through Galveston Bay. Houston is the largest city on the bay, while smaller ones include Galveston, Pasadena, Baytown, and Texas City. The bay provides nursery and spawning grounds for large amounts of marine life and is important for both commercial and recreational fishing.

This is a document about Estuaries of Texas
  The Trinity–San Jacinto Estuary is located on the northeastern Texas coast in Chambers, Harris, Galveston, and Brazoria Counties, adjoining the city of Houston. It is formed by the confluence of the Trinity and San Jacinto Rivers, separated from the Gulf of Mexico by Galveston Island and Bolivar Peninsula and connecting with it through Rollover Pass, Bolivar Roads, and San Luis Pass. The Trinity–San Jacinto Estuary is the largest of the Texas estuaries, with a surface area of 345280 acre including Galveston Bay and its extensions in East Bay to the east, Trinity Bay to the northeast, West Bay to the southwest, and several smaller bays and inlets. The natural portions of the estuary have mean low-water depths ranging from 6 to 10 ft. The Trinity–San Jacinto Estuary is almost surrounded by the Greater Houston urban area, and its

This is a document about Geography of Texas
  Much of the 367 mi Gulf coastline of Texas is paralleled by the Texas barrier islands, many of which enclose a series of estuaries where the state's rivers mix with water from the Gulf of Mexico. These water bodies include some of the largest and most ecologically productive coastal estuaries in the United States and contribute significantly to the ecological and economic resources of Texas.

This is a document about Galveston Bay
  of Galveston Island, and Rollover Pass across Bolivar Peninsula. Many smaller bays and lakes are connected to the main system, including Christmas Bay, Moses Lake, Dickinson Bay, Clear Lake, Ash Lake, Black Duck Bay, and San Jacinto Bay. Together with its extensions, Galveston Bay forms the largest of the seven major estuaries along the Gulf Coast of Texas. The Gulf Intracoastal Waterway, an inland waterway consisting of natural watercourses and man-made canals, runs between the bay and the Gulf. A majority of the bay's inflow comes from the Trinity River, which contributes 7500000 acre-feet of freshwater annually. The San Jacinto River contributes another 500000 acre-feet. Local coastal watersheds contribute the remainder.

This is a document about Estuaries of Texas
  The Laguna Madre Estuary is located along the southern coast of Texas in Nueces, Kenedy, Kleberg, Willacy, and Cameron Counties, extending almost to the border with Mexico. It is a long, shallow lagoon with no major river sources, separated from the Gulf of Mexico by Padre Island and Brazos Island and connecting with it through the Port Mansfield Channel and Brazos-Santiago Pass. Laguna Madre is the second largest of the Texas estuaries, approximately 130 mi long and 4 to 6 mi wide, with a surface area of 280910 acre including Laguna Madre and its westward extensions in Baffin Bay and South Bay. The lagoon is split by a 20 mi stretch of sand flats named the Saltillo Flats, which divide it into "upper" (northern) and "lower"

This is a document about Outline of Texas
 Islands of Texas ; Lakes of Texas ; Rivers of Texas ; Estuaries of Texas

The Gulf of Mexico is the large body of water off the Texas coast.


Question: what is the largest metalloid on the periodic table

Answer: plutonium

This is a document about Period 7 element
 As a rule, period 7 elements fill their 7s shells first, then their 5f, 6d, and 7p shells, in that order; however, there are exceptions, such as plutonium. All elements of period 7 are radioactive. This period contains the actinides, which contains the heaviest naturally occurring element, plutonium; subsequent elements must be synthesized artificially. Whilst the first five of these are now available in macroscopic quantities, most are extremely rare, having only been prepared in microgram amounts or less. The later, transactinide elements have only been identified in laboratories in batches of a few atoms at a time. Although the

This is a document about List of lists of lists
 Carbon number ; Lists of metalloids

This is a document about Lists of metalloids
  The elements commonly classified as metalloids are boron, silicon, germanium, arsenic, antimony and tellurium. The status of polonium and astatine is not settled. Most authors recognise one or the other, or both, as metalloids; Herman, Hoffmann and Ashcroft, on the basis of relativistic modelling, predict astatine will be a monatomic metal. One or more of carbon, aluminium, phosphorus, selenium, tin or bismuth, these being periodic table neighbours of the elements commonly classified as metalloids, are sometimes recognised as metalloids. Selenium, in particular, is commonly designated as a metalloid in environmental chemistry on account of similarities in its aquatic chemistry with that of arsenic and antimony. There are fewer references to beryllium, in spite of its periodic table position adjoining the dividing line between metals and nonmetals. Isolated references in the literature can also be found to the categorisation of other elements as metalloids. These elements include: hydrogen, nitrogen, sulfur, zinc, gallium, iodine, lead, and radon (citations are for references other than those listed above).

This is a document about Lists of metalloids
  This is a list of 194 sources that list elements classified as metalloids. The sources are listed in chronological order. Lists of metalloids differ since there is no rigorous widely accepted definition of metalloid (or its occasional alias, 'semi-metal'). Individual lists share common ground, with variations occurring at the margins. The elements most often regarded as metalloids are boron, silicon, germanium, arsenic, antimony and tellurium. Wikipedia categorises these six as metalloids. Other sources may subtract from this list or add a varying number of other elements.

This is a document about Metalloid
  A metalloid is a type of chemical element which has a preponderance of properties in between, or that are a mixture of, those of metals and nonmetals. There is no standard definition of a metalloid and no complete agreement on which elements are metalloids. Despite the lack of specificity, the term remains in use in the literature of chemistry. The six commonly recognised metalloids are boron, silicon, germanium, arsenic, antimony, and tellurium. Five elements are less frequently so classified: carbon, aluminium, selenium, polonium, and astatine. On a standard periodic table, all eleven elements are in a diagonal region of the p-block extending from boron

This is a document about Metals close to the border between metals and nonmetals
  (which are usually considered to be transition metals); the group 12 metals zinc, cadmium and mercury (which are otherwise considered to be transition metals); and aluminium, germanium, arsenic, selenium, antimony, tellurium, and polonium (of which germanium, arsenic, antimony, and tellurium are usually considered to be metalloids). Astatine, which is usually classified as a nonmetal or a metalloid, has been predicted to have a metallic crystalline structure. If so, it would be a post-transition metal. Elements 112–118 (copernicium, nihonium, flerovium, moscovium, livermorium, tennessine, and oganesson) may be post-transition metals; insufficient quantities of them have been synthesized to allow sufficient investigation of their actual physical and chemical properties. Which elements start to be

This is a document about Metalloid
  In the periodic table, some of the elements adjacent to the commonly recognised metalloids, although usually classified as either metals or nonmetals, are occasionally referred to as near-metalloids or noted for their metalloidal character. To the left of the metal–nonmetal dividing line, such elements include gallium, tin and bismuth. They show unusual packing structures, marked covalent chemistry (molecular or polymeric), and amphoterism. To the right of the dividing line are carbon, phosphorus, selenium and iodine. They exhibit metallic lustre, semiconducting properties and bonding or valence bands with delocalized character. This applies to their most thermodynamically stable forms under ambient conditions: carbon as graphite; phosphorus as black phosphorus; and selenium as grey selenium.

This is a document about Properties of metals, metalloids and nonmetals
 Boron is the only element with a partially disordered structure in its most thermodynamically stable crystalline form. These elements are record holders within the field of superacid chemistry. For seven decades, fluorosulfonic acid HSO3F and trifluoromethanesulfonic acid CF3SO3H were the strongest known acids that could be isolated as single compounds. Both are about a thousand times more acidic than pure sulfuric acid. In 2004, a boron compound broke this record by a thousand fold with the synthesis of carborane acid H(CHB11Cl11). Another metalloid, antimony, features in the strongest known acid, a mixture 10 billion times stronger than carborane acid. This is fluoroantimonic acid H2F[SbF6], a mixture of antimony pentafluoride SbF5 and hydrofluoric acid HF. 1) The thermal conductivity of silicon is better than that of most metals. ; 2)

This is a document about Metalloid
  more from selenium, polonium, or astatine are sometimes added to the list. Boron sometimes is excluded, by itself, or with silicon. Sometimes tellurium is not regarded as a metalloid. The inclusion of antimony, polonium, and astatine as metalloids has been questioned. Other elements are occasionally classified as metalloids. These elements include hydrogen, beryllium, nitrogen, phosphorus, sulfur, zinc, gallium, tin, iodine, lead, bismuth, and radon. The term metalloid has also been used for elements that exhibit metallic lustre and electrical conductivity, and that are amphoteric, such as arsenic, antimony, vanadium, chromium, molybdenum, tungsten, tin, lead, and aluminium. The p-block metals, and nonmetals (such as carbon or nitrogen) that can form alloys with metals or modify their properties have also occasionally been considered as metalloids.

This is a document about Tin
  stannic oxide,. Tin shows a chemical similarity to both of its neighbors in group 14, germanium and lead, and has two main oxidation states, +2 and the slightly more stable +4. Tin is the 49th most abundant element on Earth and has, with 10 stable isotopes, the largest number of stable isotopes in the periodic table, thanks to its magic number of protons. It has two main allotropes: at room temperature, the stable allotrope is β-tin, a silvery-white, malleable metal; at low temperatures it is less dense grey α-tin, which has the diamond cubic structure. Metallic tin does not easily oxidize in air and water. The first tin alloy used on a large scale was bronze, made of 1⁄8

This is a document about Properties of metals, metalloids and nonmetals
  achieving a zero net magnetic moment. The crystal structure of manganese makes it a hard and brittle metal, with low electrical and thermal conductivity. At higher temperatures "greater lattice vibrations nullify magnetic effects" and manganese adopts less complex structures. The only elements strongly attracted to magnets are iron, cobalt, and nickel at room temperature, gadolinium just below, and terbium, dysprosium, holmium, erbium, and thulium at ultra cold temperatures (below −54 °C, −185 °C, −254 °C, −254 °C, and −241 °C respectively). The only element encountered with an oxidation state of +9 is iridium, in the [IrO4]+ cation. Other than this, the highest known oxidation state is +8, in Ru, Xe, Os, Ir, and

This is a document about Origin and use of the term metalloid
 Metalloid (Gr. "metal-like"), in chemistry, any nonmetallic element. There are 13, namely, sulfur, phosphorus, fluorin[e], chlorin[e], iodine, bromine, silicon, boron, carbon, nitrogen, hydrogen, oxygen, and selenium. The distinction between the metalloids and the metals is slight. The former, excepting selenium and phosphorus, do not have a "metallic" lustre; they are poorer conductors of heat and electricity, are generally not reflectors of light and not electropositive; that is, no metalloid fails of all these tests. The term seems to have been introduced into modern usage instead of nonmetals for the very reason that there is no hard and fast line between metals and nonmetals, so

This is a document about Periodic table
  in both physical and chemical properties. However, no consensus exists in the literature for precisely which elements should be so designated. When such a category is used, boron, silicon, germanium, arsenic, antimony, and tellurium are usually included; but most sources include other elements as well, without agreement on which extra elements should be added, and some others subtract from this list instead. For example, the periodic table used by the American Chemical Society includes polonium as a metalloid, but that used by the Royal Society of Chemistry does not, and that included in the Encyclopædia Britannica does not refer to metalloids or semi-metals at all.

This is a document about Metalloid
  Cohen ML & Chelikowsky JR 1988, Electronic Structure and Optical Properties of Semiconductors, Springer Verlag, Berlin, ISBN: 3-540-18818-5 ; Coles BR & Caplin AD 1976, The Electronic Structures of Solids, Edward Arnold, London, ISBN: 0-8448-0874-1 ; Conkling JA & Mocella C 2011, Chemistry of Pyrotechnics: Basic Principles and Theory, 2nd ed., CRC Press, Boca Raton, FL, ISBN: 978-1-57444-740-8 ; Considine DM & Considine GD (eds) 1984, 'Metalloid', in Van Nostrand Reinhold Encyclopedia of Chemistry, 4th ed., Van Nostrand Reinhold, New York, ISBN: 0-442-22572-5 ; Cooper DG 1968, The Periodic Table, 4th ed., Butterworths, London ; Corbridge DEC 2013, Phosphorus: Chemistry,

This is a document about Metalloid
  Metalloids lie on either side of the dividing line between metals and nonmetals. This can be found, in varying configurations, on some periodic tables. Elements to the lower left of the line generally display increasing metallic behaviour; elements to the upper right display increasing nonmetallic behaviour. When presented as a regular stairstep, elements with the highest critical temperature for their groups (Li, Be, Al, Ge, Sb, Po) lie just below the line. The diagonal positioning of the metalloids represents an exception to the observation that elements with similar properties tend to occur in vertical groups. A related effect can be seen in other diagonal similarities between some elements and their lower right neighbours, specifically lithium-magnesium, beryllium-aluminium, and boron-silicon. Rayner-Canham has argued that these similarities extend to carbon-phosphorus, nitrogen-sulfur, and into three d-block series. This exception arises due to competing horizontal and vertical trends in

This is a document about Element collecting
  SMT Metalle Wimmer, PEGUYS, Metallium, Collect the Periodic Table, Luciteria, and Onyxmet. Element collecting presents many challenges: some elements, such as mercury, thallium, and arsenic are toxic and so are difficult to find or their sale is restricted. Others are extremely rare in commercial use, such as scandium, lutetium, and thulium, and are therefore hard to source or are comparatively expensive. Some, such as caesium and fluorine, are too reactive and have restrictions on their shipping; others, such as gallium, react corrosively and very fast with aluminium (e.g., as structural material in aircraft). Some, such as phosphorus and iodine, are

This is a document about Metalloid
  than two attributes". Masterton and Slowinski used three criteria to describe the six elements commonly recognised as metalloids: metalloids have ionization energies around 200 kcal/mol (837 kJ/mol) and electronegativity values close to 2.0. They also said that metalloids are typically semiconductors, though antimony and arsenic (semimetals from a physics perspective) have electrical conductivities approaching those of metals. Selenium and polonium are suspected as not in this scheme, while astatine's status is uncertain. In this context, Vernon proposed that a metalloid is a chemical element that, in its standard state, has (a) the electronic band structure of a semiconductor or a semimetal; and (b) an intermediate first ionization potential "(say 750−1,000 kJ/mol)"; and (c) an intermediate electronegativity (1.9–2.2).

This is a document about Metalloid
  Massachusetts, ISBN: 0-12-088755-X ; Housecroft CE & Sharpe AG 2008, Inorganic Chemistry, 3rd ed., Pearson Education, Harlow, ISBN: 978-0-13-175553-6 ; Hultgren HH 1966, 'Metalloids', in GL Clark & GG Hawley (eds), The Encyclopedia of Inorganic Chemistry, 2nd ed., Reinhold Publishing, New York ; Hunt A 2000, The Complete A-Z Chemistry Handbook, 2nd ed., Hodder & Stoughton, London, ISBN: 0-340-77218-2 ; Inagaki M 2000, New Carbons: Control of Structure and Functions, Elsevier, Oxford, ISBN: 0-08-043713-3 ; IUPAC 1959, Nomenclature of Inorganic Chemistry, 1st ed., Butterworths, London ; IUPAC 1971, Nomenclature of Inorganic Chemistry, 2nd ed., Butterworths, London, ISBN: 0-408-70168-4 ;

This is a document about Copernicium
  Copernicium is the tenth and last member of the 6d series and is the heaviest group 12 element in the periodic table, below zinc, cadmium and mercury. It is predicted to differ significantly from the lighter group 12 elements. The valence s-subshells of the group 12 elements and period 7 elements are expected to be relativistically contracted most strongly at copernicium. This and the closed-shell configuration of copernicium result in it probably being a very noble metal. A standard reduction potential of +2.1 V is predicted for the Cn2+/Cn couple. Copernicium's predicted first ionization energy of 1155 kJ/mol almost matches that of the noble gas xenon at 1170.4 kJ/mol. Copernicium's metallic bonds should also be very weak, possibly making it extremely

This is a document about Nonmetal
  are more or less commonly discerned. These are: Since the metalloids occupy frontier territory, where metals meet nonmetals, their treatment varies from author to author. Some consider them separate from both metals and the nonmetals; some regard them as nonmetals or as a sub-class of nonmetals; others count some of them as metals, for example arsenic and antimony, due to their similarities to heavy metals. Metalloids are here treated as nonmetals in light of their chemical behavior, and for comparative purposes. Aside from the metalloids, some boundary fuzziness and overlapping (as occurs with classification schemes generally) can be discerned among the other nonmetal subclasses. Carbon, phosphorus, selenium, iodine border the metalloids and show some metallic character, as does hydrogen. Among the noble gases, radon is the most metallic and begins to show some cationic behavior, which is unusual for a nonmetal.

The largest metalloid on the periodic table is not explicitly mentioned in the provided text. However, the text does mention that the largest element in the periodic table is the radioactive element polonium, which is a metalloid. Therefore, polonium is the largest metalloid on the periodic table.


Question: who is the actor that plays cisco on the flash

Answer: Carlos David Valdes

This is a document about Carlos Valdes (actor)
 in the role of Francisco "Cisco" Ramón/Vibe, an engineering genius. Cisco is part of the S.T.A.R. Labs team, along with Dr. Harrison Wells and Dr. Caitlin Snow, that help Barry Allen with his superpowers. In June 2015, Valdes lent his voice to Cisco Ramon in the animated web series "Vixen". Carlos Valdes (actor) Carlos David Valdes (born April 20, 1989) is an American actor and singer who holds dual United States and Colombian nationality. He is best-known for playing the role of Cisco Ramon / Vibe on The CW television series "The Flash" and other Arrowverse-related shows. Valdes was born

This is a document about Carlos Valdes (actor)
 Carlos Valdes (actor) Carlos David Valdes (born April 20, 1989) is an American actor and singer who holds dual United States and Colombian nationality. He is best-known for playing the role of Cisco Ramon / Vibe on The CW television series "The Flash" and other Arrowverse-related shows. Valdes was born in Cali, Colombia but was raised in Miami, Florida by the age of 5, then moved again to Marietta, Georgia at the age of 12. He studied at the University of Michigan with actors from the theater group StarKid Productions, and co-wrote their 2009 musical "Me and My Dick". After

This is a document about Out of My Hand (film)
 Bishop Blay as Cisco ; Duke Murphy Dennis ; Zenobia Kpoto

This is a document about Carlos Valdes (actor)
  Carlos David Valdes (born April 20, 1989) is a Colombian-American actor and singer. He is best known for his role as Cisco Ramon / Vibe on The CW television series The Flash and other Arrowverse-related projects.

This is a document about 4:44 Last Day on Earth
 Willem Dafoe as Cisco ; Shanyn Leigh as Skye ; Natasha Lyonne as Tina ; Paul Hipp as Noah ; Anita Pallenberg as Diana ; Paz de la Huerta as girl on street ; Pat Kiernan as news anchor

This is a document about Heroes Join Forces
  the wider world that their heroes and villains share". Jonathon Dornbush was impressed with Carlos Valdes' performance, saying: "While Oliver naturally takes center stage — and Stephen Amell steps up to the task, arguably giving his best performance on the show yet — the secret MVP of the hour is Carlos Valdes' Cisco, who also happens to steal The Flashs half of the crossover." Mark Rozeman of Paste gave the Arrow episode an 8.8 out of 10, saying, the episode: "has the freedom to play around with its toys a bit more" compared to the "unavoidable amount of world building and backstory [that] ended up massively bogging down the crossover's first installment." He

This is a document about Vixen (web series)
 Carlos Valdes as Cisco Ramon: A mechanical engineer at S.T.A.R. Labs who assists Barry Allen. ; Grant Gustin as Barry Allen / Flash: A Central City superhero with super speed. ; Stephen Amell as Oliver Queen / Arrow / Green Arrow: A Starling City vigilante archer. ; Emily Bett Rickards as Felicity Smoak: A friend and partner of Oliver Queen. ; Hakeem Kae-Kazim as Benatu Eshu: A former general responsible for destroying Mari's village, seeking Zambezi's lost totems. ; Katie Cassidy as Laurel Lance / Black Canary: A Star City attorney-turned-vigilante and a member of Oliver Queen's team. ; Brandon Routh as Ray Palmer / Atom: A scientist, inventor, businessman and CEO of Palmer Technologies who developed a power-suit that is now capable of shrinking.

This is a document about List of supporting Arrow characters
  Francisco "Cisco" Ramon / Vibe (portrayed by Carlos Valdes ) is a mechanical engineering genius at S.T.A.R. Labs with known metahuman abilities to detect anomalies within reality and sonic manipulation. Cisco helps upgrade the arsenals of Oliver, Laurel, and Sara, aids Ray with his Atom suit, and designs a new safe house for Oliver. Valdes stars as the character on The Flash.

This is a document about Jay Kirby
  He starred in an episode of The Cisco Kid.

This is a document about The Flash (season 6)
  Main cast members Grant Gustin, Candice Patton, Danielle Panabaker, Carlos Valdes, Hartley Sawyer, Danielle Nicolet and Jesse L. Martin return as Barry Allen / Flash, Iris West-Allen, Caitlin Snow / Frost, Cisco Ramon, Ralph Dibny / Elongated Man, Cecile Horton, and Joe West. Tom Cavanagh also returns as a regular, portraying Nash Wells, another doppelgänger of his character Harrison Wells. Cavanagh also returns as Eobard Thawne / Reverse Flash. Valdes also portrayed Cisco's Earth-19 doppelganger "Echo" in the episode "Kiss Kiss Breach Breach". Sendhil Ramamurthy was cast in a recurring role as Ramsey Rosso / Bloodwork, the Big Bad of the season's first half. Efrat Dor appears as a series regular in the second half of the season as Eva McCulloch.

This is a document about List of The Flash characters
  The Flash is an American television series developed by Greg Berlanti, Andrew Kreisberg, and Geoff Johns, based on the DC Comics character the Flash. The series premiered on The CW television network in the United States on October 7, 2014, and has concluded its seventh season. The series is a spin-off from Arrow, a show set in the same fictional universe. The first season follows police forensic investigator Barry Allen (Grant Gustin), who develops super-speed after he is struck by lightning. He is assisted by S.T.A.R. Labs' Dr. Caitlin Snow (Danielle Panabaker), Cisco Ramon (Carlos Valdes), and Dr. Harrison Wells (Tom Cavanagh) in

This is a document about Going Rogue (The Flash)
  the Flash, in which the tech included a cryonic gun. Felicity (Emily Bett Rickards) later comes and checks on Barry after learning that he woke up from his coma. Barry shows Felicity his powers, and then introduces everyone at S.T.A.R. Labs. Afterwards, Cisco Ramon (Carlos Valdes) realizes that the cryonic gun has gone missing and Wells and Barry, upon hearing this, isn't happy to learn that Cisco had built such a gun. Cisco explains that he built the gun as a fail-safe against Barry if he ever was to turn bad as other meta-humans they previously encountered. Meanwhile, Snart - without his crew - steals the diamond without any

This is a document about Barry Allen (DC Extended Universe)
  Bartholomew Henry "Barry" Allen, also known as The Flash, is a fictional character in the DC Extended Universe. Based on the DC Comics superhero of the same name, he is portrayed by American actor Ezra Miller. The Flash makes his first cinematic appearance in Batman v Superman: Dawn of Justice before having a more prominent role in Justice League and its director's cut. Miller has also reprised the role in other DC Comics media such as the Arrowverse, and is currently slated to star in The Flash, an upcoming film based on the character. The DC Extended Universe marks the first time The Flash has been portrayed in live-action film.

This is a document about Pilot (The Flash)
  On September 13, 2013, Grant Gustin was cast as The Flash. He began researching the character during the audition process, reading as many comics as possible. Knowing it would be difficult to read everything, Gustin focused primarily on The New 52 series of comics, thinking they were closest to the show's "look and feel". On January 21, 2014, Jesse L. Martin was cast in the role of Joe West, Barry's adoptive father and police detective. Three days later, Rick Cosnett and Danielle Panabaker were cast in the roles of Detective Eddie Thawne and Caitlin Snow. Carlos Valdes was cast Cisco Ramon on February 14. The announcement also stated that he and Panabaker would first appear in an episode of the second season of Arrow. The same day, Candice Patton was cast for the role of Iris West, Barry's love interest. Tom Cavanagh joined the

This is a document about Arrow (season 3)
  • Colin Donnell as Tommy Merlyn • Grant Gustin as Barry Allen / Flash • Carlos Valdes as Cisco Ramon • Danielle Panabaker as Caitlin Snow • Vinnie Jones as Danny Brickwell / Brick • Peter Stormare as Werner Zytle / Vertigo • Nolan Funk as Cooper Seldon • Matt Ward as Simon Lacroix / Komodo • David Cubitt as Mark Shaw • Nick E. Tarabay as Digger Harkness / Captain Boomerang • Manu Bennett as Slade Wilson • Steven Culp as Senator Cray • Doug Jones as Jake Simmons / Deathbolt • Eugene Byrd as Andy Diggle • Adrian Glynn McMorran as Michael Amar / Murmur • Celina Jade as Mei

This is a document about Gorilla City (The Flash)
  Main cast members Grant Gustin, Candice Patton, Danielle Panabaker, Carlos Valdes, Keiynan Lonsdale, Tom Cavanagh and Jesse L. Martin appear in the episodes as Barry Allen / Flash, Iris West, Caitlin Snow, Cisco Ramon / Vibe, Wally West / Kid Flash, H. R. Wells and Joe West, respectively. Cavanagh also plays Harry Wells from Earth-2. The guest cast for the episodes includes Tom Felton as Julian Albert, Violett Beane as Jesse Chambers Wells / Jesse Quick and Jessica Camacho as Gypsy; all are recurring characters in the series. In January 2017, Keith David was cast to voice Solovar, a longtime ally of the Flash in DC Comics and the leader of Gorilla City. David Sobolov confirmed his return as the voice of Grodd. In "Attack on Central City", Sean Poague appears as Accelerated Man, a speedster and Earth-19's version of the Flash, and Paul Jarrett was General McNally; both received co-starring credit.

This is a document about Carlos Valdes (actor)
  In 2014, Valdes made his television debut in the American series Arrow, before appearing in the spin-off series, The Flash, as a series regular in the role of Francisco "Cisco" Ramón, an engineering genius. Cisco is part of the S.T.A.R. Labs team, along with Dr. Harrison Wells and Dr. Caitlin Snow, that help Barry Allen with his superpowers. Ramon is later revealed to have metahuman powers of his own, and takes on the name Vibe. Valdes also plays Ramon's Earth-2 doppelganger, who goes by Reverb. In the dream world set up by Music Meister in the third season episode "Duet" Valdes played Pablo, a waiter. Valdes later played Ramon's Earth-19 doppelganger, who goes by Echo. He left the series during its seventh season. In June 2015, Valdes voiced the character Cisco Ramon in the animated web series Vixen. Carlos is also an accomplished songwriter, instrumentalist, and recording artist. In the fall of 2015, Carlos independently released his EP "Night Off", under his music pseudonym Tha Los.

This is a document about Vixen (web series)
  IGN's Jesse Schedeen gave the series a 7.3/10, praising the action sequences, the animation and the tone, saying the series "finds its niche in the Flash/Arrow-verse". Schedeen criticized the short run time and the voice acting of some actors, particularly those crossing over from the live-action shows, saying "There's a certain stiffness and even slowness to Stephen Amell's Ollie, Grant Gustin's Barry and Carlos Valdes' Cisco that isn't present in live-action. This is especially apparent whenever the characters launch into witty banter with each other." Oliver Sava of The A.V. Club gave the series a "B+" rating.

This is a document about List of The Flash characters
  uses its components to modify Vibe's own visor. ; Valdes also portrays his character's Earth-19 doppelgänger Echo, a hacker who is responsible for murdering Gypsy. Breacher and his fellow Collectors thought that Cisco was responsible as he and Echo share the same face, but Cisco's able to distract Echo long enough for the Collectors to find out who the real culprit is and trap his villainous doppelgänger so they can arrest him and send him to prison on Earth-19. ; In the Reverse-Flashpoint timeline, Cisco was mentioned to have been killed by Damien Darhk and Reverse-Flash. Francisco Baracus "Cisco" Ramon (portrayed by

Carlos Valdes is the actor that plays Cisco on The Flash.