Question: how many times has liverpool won the premiership

Answer: 18

This is a document about Liverpool F.C
 Liverpool F.C. Liverpool Football Club is a professional football club in Liverpool, England, that competes in the Premier League, the top tier of English football. The club has won 5 European Cups, more than any other English club, 3 UEFA Cups, 3 UEFA Super Cups, 18 League titles, 7 FA Cups, 8 League Cups, and 15 FA Community Shields. Founded in 1892, the club joined the Football League the following year and has played at Anfield since its formation. Liverpool established itself as a major force in English and European football in the 1970s and 1980s when Bill Shankly and

This is a document about Anthony Di Pietro
 a number of key achievements, including 2017-18 Championship, making Melbourne Victory FC the most successful club in A-League history and the only club to have won three Premiership and four Championship titles, as well as winning the FFA Cup title in 2015. Di Pietro oversaw the visit of English Premier League heavyweight Liverpool F.C. to Melbourne in July 2013. The game attracted a record crowd for a football (soccer) match of 95,446 people at the Melbourne Cricket Ground. Di Pietro has been a strong voice on football hooliganism, saying fans “safety and enjoyment must be upheld at all times". In

This is a document about Scottish Premiership
 this disparity was the third-greatest from the 18 leagues surveyed, and that the Scottish Premiership offered the third-lowest salaries of those leagues; by contrast, Celtic's opponents in the Champions League that year paid average wages of £6.5m (Paris Saint-Germain) and £5.2m (Bayern Munich), seven times higher than the Scottish club. The clubs listed below have competed in the Scottish Premiership since it was formed in 2013. Clubs currently playing in the league are shown in bold. As of 2018, Scotland's top-flight league championship has been won 54 times by Rangers and 49 times by Celtic. Nine other clubs have won

This is a document about Western Suburbs Magpies
 S.G. Ball Cup (Under 18's) and Harold Matthews Cup (Under 16's) competitions. Campbelltown Stadium, which has a capacity of 20,000, is their home stadium. The club was one of the foundation members of the Sydney rugby football league competition in 1908. Founded at a meeting on 4 February 1908 at Ashfield Town Hall, they won only one match the following season so were the League's second wooden spooners (after Cumberland in 1908). Though they spent long periods of time as also-rans they did taste premiership success four times in the mid 20th century. They won their first premiership in 1930,

This is a document about 1999–2000 FA Premier League
 Liverpool at Wembley. 1999–2000 FA Premier League The 1999–2000 FA Premier League (known as the FA Carling Premiership for sponsorship reasons) was the eighth season of the FA Premier League, and Manchester United secured their sixth Premiership title. Like the previous season, they lost only three league games all season. Unlike in 1998–99 season, they won by a comfortable margin – 18 points as opposed to a single point. Their only disappointment of the season came when they lost their defence of the European Cup following a 3–2 defeat against Real Madrid in the quarter finals. Manchester United had withdrawn

This is a document about Liverpool F.C.–Manchester United F.C. rivalry
 Cups, 1 FIFA Club World Cup, 1 Intercontinental Cup and 36 FA Community Shields. Each club can claim historical supremacy over the other: United for their 20 league titles to Liverpool's 18 and Liverpool for being European champions five times to United's three. Manchester United have won more total trophies than Liverpool, and they also lead the Merseysiders in so-called "major" honours as well. The cities of Liverpool and Manchester are located in the north west of England, apart. Since the industrial revolution there has been a consistent theme of rivalry between the two cities based around economic and industrial

This is a document about Liverpool F.C. in international football
  Liverpool Football Club is a professional association football club in Union of European Football Associations (UEFA) competitions. Since 1964, they have won fourteen European and Worldwide trophies, more than any other British club. These consist of the UEFA Champions League (formerly known as the European Cup) six times, the UEFA Europa League (formerly the UEFA Cup) three times, the UEFA Super Cup four times, and the FIFA Club World Cup once. Qualification for European competitions is determined by a team's success in its domestic league and cup competitions from the previous season. Liverpool competed in European competitions for 21 consecutive seasons until the 1985 European Cup Final, the occasion of

This is a document about Liverpool F.C.
  Liverpool Football Club is a professional football club in Liverpool, England, that competes in the Premier League, the top tier of English football. Domestically, the club has won nineteen League titles, seven FA Cups, a record eight League Cups and fifteen FA Community Shields. In international competitions, the club has won six European Cups, more than any other English club, three UEFA Cups, four UEFA Super Cups (also English records) and one FIFA Club World Cup. Founded in 1892, the club joined the Football League the following year and has played at Anfield since its formation. Liverpool established itself as a major force in English and European football in

This is a document about List of Liverpool F.C. records and statistics
  Liverpool have won honours both domestically and in European cup competitions. They have won the English top league 19 times and the League Cup a record eight times. In their first season, 1892–93, they won the Lancashire League title and the Liverpool District Cup, and their most recent success came in 2020, when they won their 19th league title, and their first in the Premier League era.

This is a document about List of Liverpool F.C. managers
  have also been crowned champions of European football on six occasions by winning the European Cup/UEFA Champions League in 1977, 1978, 1981, 1984, 2005 and 2019. The club was one of 22 members of the Premier League when it was formed in 1992. Liverpool have had 21 full-time managers. Kenny Dalglish is the only person to have managed the club on two occasions. He first managed Liverpool from 1985 to February 1991, and then from January 2011 to July 2012. The most successful person to manage Liverpool is Bob Paisley, who won six Football League titles, six Charity Shields, three Football League Cups, three

This is a document about List of Liverpool F.C. players (1–24 appearances)
   Liverpool Football Club is an English association football club based in Liverpool, Merseyside. The club was formed in 1892 following a disagreement between the board of Everton and club president John Houlding, who owned the club's ground, Anfield. The disagreement between the two parties over rent resulted in Everton moving to Goodison Park from Anfield, which left Houlding with an empty stadium. Thus, he founded Liverpool F.C. to play in the empty stadium. Liverpool won the First Division title for the first time in 1901; since then, the club has won a further 18 league titles, along with seven FA Cups and eight League Cups. They have also been crowned champions of European football on six occasions by winning the European Cup/UEFA Champions League in

This is a document about Liverpool F.C.
  after Arsenal, with an average league placing of 8.7. Liverpool is the most successful British club in international football with fourteen trophies, having won the European Cup/UEFA Champions League, UEFA's premier club competition, six times, an English record and only surpassed by Real Madrid and A.C. Milan. Liverpool's fifth European Cup win, in 2005, meant that the club was awarded the trophy permanently and was also awarded a multiple-winner badge. Liverpool also hold the English record of three wins in the UEFA Cup, UEFA's secondary club competition. In 2019, the club won the FIFA Club World Cup for the first time, and also became the first English club to win the international treble of Club World Cup, Champions League and UEFA Super Cup.

This is a document about Liverpool
  Liverpool is one of the most successful footballing cities in England, and is home to two top flight Premier League teams. Everton F.C. was founded in 1878 and play at Goodison Park and Liverpool F.C. were founded in 1892 and play at Anfield. Between them, the clubs have won 28 English First Division titles, 12 FA Cup titles, 10 League Cup titles, 6 European Cup titles, 1 European Cup Winners' Cup title, 3 UEFA Cup titles, and 24 FA Charity Shields. The two clubs contest the Merseyside derby, dubbed the 'friendly derby'. Despite the name the fixture is known for its keen rivalry, having seen more sending-offs in this fixture than any other. Unlike many other derbies it is not

This is a document about List of Liverpool F.C. players (1–24 appearances)
  1978, 1981, 1984, 2005 and 2019. The club was one of 22 members of the Premier League when it was formed in 1992. They experienced the most successful period in their history under the management of Bob Paisley, who guided the team to 21 trophies in nine seasons. Since Liverpool's first competitive match, more than 700 players have made a competitive first-team appearance for the club. Many of these players spent only a short period of their career at Liverpool before seeking opportunities in other teams; some players had their careers cut short by injury, while others left for other reasons. The First and Second World Wars also disrupted the careers of footballers across the United Kingdom. Keith Burkinshaw only played one match for Liverpool

This is a document about List of Liverpool F.C. seasons
   Liverpool Football Club is an English association football club based in Liverpool, Merseyside. The club was formed in 1892 following a disagreement between the board of Everton and club president John Houlding, who owned the club's ground, Anfield. The disagreement between the two parties over rent resulted in Everton moving to Goodison Park from Anfield, which left Houlding with an empty stadium. Thus, he founded Liverpool F.C. to play in the empty stadium. Liverpool won the First Division title for the first time in 1901; since then, the club has won a further eighteen league titles, along with seven FA Cups and eight Football League Cups. They have also been crowned champions of European football

This is a document about Liverpool F.C. in international football
  Heysel Stadium disaster, following which the club was banned from European competitions for six seasons. Since being readmitted in 1991, they have qualified for the UEFA Champions League (the successor to the European Cup) thirteen times, the UEFA Europa League (the successor to the UEFA Cup) twelve times, and the (now-defunct) UEFA Cup Winners Cup twice. As a result of their victory in the 2005 UEFA Champions League Final, Liverpool won the European Champion Clubs' Cup trophy outright and were awarded a multiple winner badge. Only 2 teams have won more Champions Leagues than Liverpool – Real Madrid and A.C. Milan with 13 and 7 respectively. Liverpool's total of

This is a document about List of Liverpool F.C. players (25–99 appearances)
   Liverpool Football Club is an English association football club based in Liverpool, Merseyside. The club was formed in 1892 following a disagreement between the board of Everton and club president John Houlding, who owned the club's ground, Anfield. The disagreement between the two parties over rent resulted in Everton moving to Goodison Park from Anfield, which left Houlding with an empty stadium. Thus, he founded Liverpool F.C. to play in the empty stadium. Liverpool won the First Division title for the first time in 1901; since then, the club has won a further 17 league titles, along with seven FA Cups and eight League Cups. They have

This is a document about Liverpool F.C.
   Liverpool's first trophy was the Lancashire League, which it won in the club's first season. In 1901, the club won its first League title, while the nineteenth and most recent was in 2020. Its first success in the FA Cup was in 1965. In terms of the number of trophies won, Liverpool's most successful decade was the 1980s, when the club won six League titles, two FA Cups, four League Cups, one Football League Super Cup, five Charity Shields (one shared) and two European Cups. The club has accumulated more top-flight wins and points than any other English team. Liverpool also has the highest average league finishing position (3.3) for the 50-year period to 2015 and second-highest average league finishing position for the period

This is a document about Liverpool F.C.
  1970s and 1980s, when Bill Shankly, Bob Paisley, Joe Fagan and Kenny Dalglish led the club to a combined eleven League titles and four European Cups. Liverpool won two further European Cups in 2005 and 2019 under the management of Rafael Benítez and Jürgen Klopp, respectively; the latter led Liverpool to a nineteenth League title in 2020, the club's first during the Premier League era. Liverpool is one of the most widely supported clubs in the world, as well as one of the most valuable. Liverpool has long-standing rivalries with Manchester United and Everton. In 1964 the team changed from red shirts and white shorts to an all-red home

Liverpool has won the Premier League title 18 times.


Question: when does the new planet of the apes come out

Answer: 2001

This is a document about Planet of the Apes
 20th Century Fox; since his death in 1973, Fox has controlled the franchise. Four sequels followed the original film from 1970 to 1973: "Beneath the Planet of the Apes", "Escape from the Planet of the Apes", "Conquest of the Planet of the Apes", and "Battle for the Planet of the Apes". They did not approach the critical acclaim of the original, but were commercially successful, spawning two television series in 1974 and 1975. Plans for a film remake stalled in "development hell" for over ten years before Tim Burton's "Planet of the Apes" was released in 2001. A reboot film

This is a document about Planet of the Apes (video game)
 a 40.00% average for the Game Boy Color version, based on one review. Hilary Goldstein of IGN gave the game a rating of 6.0 out of 10, calling it a "decent side-scroller that fails to truly impress". Planet of the Apes (video game) Planet of the Apes is a 2001 action-adventure video game in the "Planet of the Apes" franchise. The franchise's first video game, it was released as a tie-in to the 2001 "Planet of the Apes" film, though the plot is inspired by Pierre Boulle's 1963 novel and the 1968 film adaptation. Fox Interactive contracted Visiware to develop

This is a document about Play-mate of the Apes
 2012, to commemorate the film's tenth anniversary, it was re-released on DVD, featuring two new commentary tracks and packaged with a comic book adaptation of the film. The film was given 2 out of 4 by "Dr. Gore's Movie Reviews". Play-mate of the Apes Play-mate of the Apes is a 2002 American direct-to-DVD erotic film directed by John Bacchus. It is a parody of the "Planet of the Apes" media franchise and was released seven months after the Tim Burton-directed 2001 remake of the first film. The film was produced by Seduction Cinema, a division of New Jersey-based production company,

This is a document about Planet of the Apes
 Jerry Pournelle, who later co-authored "Lucifer's Hammer" and "The Mote in God's Eye", wrote the "Escape from the Planet of the Apes" novelization. John Jakes, former Science Fiction Writers of America president, wrote "Conquest of the Planet of the Apes". David Gerrold, scriptwriter for the "" episode "The Trouble with Tribbles", novelized "Battle for the Planet of the Apes". Novelizations of the live action and animated television series were also produced. William T. Quick novelized the 2001 "Planet of the Apes"; he also wrote two prequel novels, and several other book tie-ins were published. "Planet of the Apes"–based comics have

This is a document about Planet of the Apes (1968 film)
 2001 and the reboot "Rise of the Planet of the Apes" in 2011. Also in 2001, "Planet of the Apes" was selected for preservation in the United States National Film Registry by the Library of Congress as being "culturally, historically, or aesthetically significant". As of 2018, Lou Wagner and Linda Harrison are the last surviving principal cast members. Astronauts Taylor (Charlton Heston), Landon (Robert Gunner) and Dodge (Jeff Burton) are in deep hibernation when their spaceship crashes in a lake on an unknown planet after a long near-light speed voyage, during which they aged 18 months due to time dilation

This is a document about Planet of the Apes (2001 film)
 Planet of the Apes (2001 film) Planet of the Apes is a 2001 American science fiction film directed by Tim Burton and starring Mark Wahlberg, Tim Roth, Helena Bonham Carter, Michael Clarke Duncan, Paul Giamatti, and Estella Warren. The sixth film produced in the "Planet of the Apes" franchise, it was loosely adapted from Pierre Boulle's 1963 novel of the same name and the 1968 film version. It tells the story of astronaut Leo Davidson crash-landing on a planet inhabited by intelligent apes. The apes treat humans as slaves, but with the help of an ape named Ari, Leo starts

This is a document about Planet of the Apes
 found earlier in a case labeled "Alligator People", as the missing "Apes" game. Independent designers Retrodesign completed and released the game as "Revenge of the Apes" in 2003. In the game, the player controls Taylor as he fights apes across several levels inspired by the film to reach the Statue of Liberty. A video game based on the series did not appear until 2001. Fox Interactive began developing a "Planet of the Apes" game in 1998 for PC and PlayStation as a tie-in to the long-gestating remake project. Fox and developer Visiware proceeded with the game when the project went

This is a document about Planet of the Apes (2001 film)
 long development, the game missed the debut of Burton's film. Fox Interactive and co-publisher Ubisoft finally released the PC version on September 20, 2001; the PlayStation version followed on August 22, 2002. The game received mostly negative reviews. Additionally, Ubisoft and developer Torus Games produced a substantially different "Planet of the Apes" game for Game Boy Advance and Game Boy Color. It is a side-scroller following the first two films; the player controls astronaut Ben on the Planet of the Apes. The Game Boy versions received average reviews. Planet of the Apes (2001 film) Planet of the Apes is a

This is a document about Planet of the Apes (video game)
 Planet of the Apes (video game) Planet of the Apes is a 2001 action-adventure video game in the "Planet of the Apes" franchise. The franchise's first video game, it was released as a tie-in to the 2001 "Planet of the Apes" film, though the plot is inspired by Pierre Boulle's 1963 novel and the 1968 film adaptation. Fox Interactive contracted Visiware to develop the game for PC and PlayStation and partnered with Ubi Soft as co-publisher. Torus Games developed a Game Boy Advance and Game Boy Color versions, which are based on the 1968 film and its 1970 sequel. In

This is a document about Linda Harrison (actress)
 Jr. and Sara Karloff. Harrison found it "rewarding when you really haven't done anything for a number of years and then, all of a sudden, people want your autograph. It was very gratifying." Eventually, Harrison became an institution at Planet of the Apes cons. "I like it. It's very good. You're being appreciated for your work." In 2001, she had a cameo as the "Woman in Cart" in Tim Burton's remake of "Planet of the Apes". "They are much more brutal in the new movie," she said. "And strong. They literally hurl the humans 50 or 60 feet." Most of

This is a document about Return to the Planet of the Apes
 concepts would be Tim Burton's reimagining in 2001. Along with the second film "Beneath the Planet of the Apes", this is one of only two original "Planet of the Apes" productions in which Roddy McDowall was not involved. In 1975, after the failure of the live-action series, NBC and 20th Century Fox agreed to adapt "Planet of the Apes" for an animated series. The network contracted DePatie-Freleng Enterprises to produce a half-hour Saturday-morning cartoon titled "Return to the Planet of the Apes". Doug Wildey, co-creator of "Jonny Quest", took on most creative control as associate producer, storyboard director, and supervising

This is a document about War for the Planet of the Apes
  the original series, Battle for the Planet of the Apes (1973), but it is not a direct remake. War for the Planet of the Apes premiered in New York City on July 10, 2017, and was theatrically released in the United States on July 14, 2017, by 20th Century Fox. The film was a commercial success having grossed over $490 million. It received critical acclaim, with many reviewers highlighting the performances (particularly Serkis'), visual effects, story, direction, cinematography, musical score and emotional depth. The film received a nomination for Best Special Visual Effects at the 71st British Academy Film Awards, and was nominated for Best Visual Effects at the 90th Academy Awards. It was also nominated for four Saturn Awards, including Best Director for Reeves and Best Actor for Serkis.

This is a document about Mulan (1998 film)
  of the Planet of the Apes and Jurassic World screenwriters Rick Jaffa and Amanda Silver are to rewrite Hynek and Martin's screenplay with Chris Bender, J. C. Spink and Jason Reed producing. In February 2017, it was announced that Niki Caro will direct the live-action adaptation of the 1998 animated film. The casting process of a Chinese actress to portray the heroine began in October 2016. The film was originally scheduled to be released on November 2, 2018, but it was later taken off the release schedule with The Nutcracker and the Four Realms taking its old slot. On November 29, 2017, Liu Yifei was cast as the titular

This is a document about Speciesism
 Planet of the Apes (1968–present) ; The Animals Film (1981) ; Enemy Mine (1985) ; A Cow at My Table (1998) ; Meet Your Meat (2002) ; Earthlings (2005) ; Behind the Mask (2006) ; District 9 (2009) ; Peaceable Kingdom: The Journey Home (2009) ; The Cove (2009) ; The Superior Human? (2012) ; Speciesism: The Movie (2013) ; BoJack Horseman (2014) ; Unity (2015) ; Zootopia (2016) ; Carnage (2017) ; Eating Animals (2018) ; Dominion (2018) ; Beastars (2019) ; The Rising of the Shield Hero (2019) ; Buck Breaking (2021)

This is a document about Matt Reeves
  of the Apes, the sequel to Rise of the Planet of the Apes, which was released to box office success in 2014. He returned to direct and write the third film in the series, War for the Planet of the Apes, which was released on July 14, 2017 to critical acclaim. In 2014, Reeves signed a three-year production deal with 20th Century Fox. Reeves was set to produce a film adaptation of Mouse Guard, with Wes Ball signed on to direct the film. However, the project was cancelled two weeks before production was set to begin in April 2019, due to Disney's acquisition of 20th

This is a document about Fantastic Four (2015 film)
  Before Fantastic Four began filming, 20th Century Fox announced plans for a sequel with a scheduled release date of July 14, 2017. Fox then rescheduled the release for June 2, 2017, with War for the Planet of the Apes taking its place on the July 14, 2017, slot. It changed the release date again to June 9, 2017, to be two weeks after Star Wars: The Last Jedi initial scheduled release date of May 26, 2017. Due to Fantastic Four poor box office performance and negative reviews, Pamela McClintock of The Hollywood Reporter said that it "throws into question whether Fox will move ahead with a sequel". Phil Hoad of The Guardian said it

This is a document about List of unproduced film projects based on Marvel Comics
  In March 2014, before Fantastic Four began filming, 20th Century Fox announced plans for a sequel with a scheduled release date of July 14, 2017. Fox then rescheduled the release for June 2, 2017, with War for the Planet of the Apes taking its place on the July 14, 2017, slot. It changed the release date again to June 9, 2017, to be two weeks after Star Wars: The Last Jedi initial scheduled release date of May 26, 2017. Initially, it was intended for both Galactus and Silver Surfer to be shown in a post-credits scene of the film destroying an entire planet to tease a possible sequel. Both Galactus and

This is a document about Dawn of the Planet of the Apes
  the Planet of the Apes was released in the United States on July 11, 2014, and was met with highly positive reviews, with critics praising its visual effects, story, direction, acting (particularly Serkis), musical score, action sequences and emotional depth. It was also a box office success, grossing over $710 million worldwide against a $170 million budget, making it the eighth-highest-grossing film of 2014 and the highest-grossing film in the series. The film received an Academy Award nomination for Best Visual Effects. It was also nominated for eight Saturn Awards, including Best Science Fiction Film, Best Director for Reeves, and Best Supporting Actor for Serkis. A sequel, titled War for the Planet of the Apes, was released on July 14, 2017.

This is a document about War for the Planet of the Apes
  that future Planet of the Apes films are in development. It was also confirmed in August 2019 that any future installments would take place in the same universe first established in Rise. On December 3, 2019, it was reported that Wes Ball is currently set to write and direct an untitled Planet of the Apes film. On February 17, 2020, it was reported that the film will be produced by Joe Hartwick Jr. and David Starke. Later that same day, Ball confirmed that he would be directing the film, and that it would be set after the events of War, following "Caesar's

The new "Planet of the Apes" film, "Rise of the Apes," was released in 2011.


Question: where is seminal fluid stored in the body

Answer: gonads

This is a document about Semen
 Semen Semen, also known as seminal fluid, is an organic fluid that may contain spermatozoa. It is secreted by the gonads (sexual glands) and other sexual organs of male or hermaphroditic animals and can fertilize female ova. In humans, seminal fluid contains several components besides spermatozoa: proteolytic and other enzymes as well as fructose are elements of seminal fluid which promote the survival of spermatozoa, and provide a medium through which they can move or "swim". Semen is produced and originates from the seminal vesicle, which is located in the pelvis. The process that results in the discharge of semen

This is a document about Sperm
 of animals are produced through spermatogenesis inside the male gonads (testicles) via meiotic division. The initial spermatozoon process takes around 70 days to complete. The spermatid stage is where the sperm develops the familiar tail. The next stage where it becomes fully mature takes around 60 days when it is called a spermatozoan. Sperm cells are carried out of the male body in a fluid known as semen. Human sperm cells can survive within the female reproductive tract for more than 5 days post coitus. Semen is produced in the seminal vesicles, prostate gland and urethral glands. In 2016 scientists

This is a document about Semen
 splooge, load, nut, and less commonly, love juice. The term "cum" sometimes also refers to an orgasm, while "load" is derived from the phrase "blowing a load", referring to an ejaculation. Semen Semen, also known as seminal fluid, is an organic fluid that may contain spermatozoa. It is secreted by the gonads (sexual glands) and other sexual organs of male or hermaphroditic animals and can fertilize female ova. In humans, seminal fluid contains several components besides spermatozoa: proteolytic and other enzymes as well as fructose are elements of seminal fluid which promote the survival of spermatozoa, and provide a medium

This is a document about Seminal vesicles
  The seminal vesicles (also called vesicular glands, or seminal glands) are a pair of two convoluted tubular glands that lie behind the urinary bladder of some male mammals. They secrete fluid that partly composes the semen. The vesicles are 5–10 cm in size, 3–5 cm in diameter, and are located between the bladder and the rectum. They have multiple outpouchings which contain secretory glands, which join together with the vas deferens as the ejaculatory duct. They receive blood from the vesiculodeferential artery, and drain into the vesiculodeferential veins. The glands are lined with column-shaped and cuboidal cells. The vesicles are present in many groups of mammals, but not marsupials, monotremes or carnivores. Inflammation of the seminal

This is a document about Prostate cancer
   The prostate is part of the male reproductive system that helps make and store seminal fluid. In adult men, a typical prostate is about 3 cm long and weighs about 20 g. It is located in the pelvis, under the urinary bladder and in front of the rectum. The prostate surrounds part of the urethra, the tube that carries urine from the bladder during urination and semen during ejaculation. The prostate contains many small glands, which make about 20% of the fluid constituting semen. Superiorly, the prostate base is contiguous with the bladder outlet. Inferiorly, the prostate's apex heads in the direction of the urogenital diaphragm,

This is a document about Epididymis
  Spermatozoa formed in the testis enter the caput epididymis, progress to the corpus, and finally reach the cauda region, where they are stored. Sperm entering the caput epididymis are incomplete—they lack the ability to swim forward (motility) and to fertilize an egg. Epididymal transit takes 2 to 6 days in humans and 10-13 in rodents. During their transit in the epididymis, sperm undergo maturation processes necessary for them to acquire motility and fertility. Final maturation (capacitation) is completed in the female reproductive tract. The epididymis secretes immobilin, a large glycoprotein that is responsible for the creating of the viscoelastic luminal environment that serves to mechanically immobilize spermatozoa until ejaculation. Immobilin is predominantly secreted into the proximal caput epididymis prior to the acquisition of the potential for sperm motility. During ejaculation, sperm flow from the cauda epididymis (which functions as a storage reservoir) into the vas deferens where they are propelled by the peristaltic action of muscle layers in the wall of the vas deferens, and are mixed with the diluting fluids of the prostate, seminal vesicles, and other accessory glands prior to ejaculation (forming semen).

This is a document about Ejaculatory duct
  Ejaculation occurs in two stages, the emission stage and the expulsion stage. The emission stage involves the workings of several structures of the ejaculatory duct; contractions of the prostate gland, the seminal vesicles, the bulbourethral gland and the vas deferens push fluids into the prostatic urethra. The semen is stored here until ejaculation occurs. Muscles at the base of the penis contract in order to propel the seminal fluid trapped in the prostatic urethra through the penile urethra and expel it through the urinary meatus. The ejaculate is expelled in spurts, due to the movement of the muscles propelling it. These muscle contractions are related to the sensations of orgasm for the male. Sperm is produced in the testes and enters the ejaculatory

This is a document about Seminal vesicles
  The seminal vesicles are a pair of glands in males that are positioned below the urinary bladder and at the end of the vasa deferentia, where they enter the prostate. Each vesicle is a coiled and folded tube, with occasional outpouchings termed diverticula in its wall. The lower part of the tube ends as a straight tube called the excretory duct which joins with the vas deferens of that side of the body to form an ejaculatory duct. The ejaculatory ducts pass through the prostate gland before opening separately into the verumontanum of the prostatic urethra. The vesicles are between 5–10 cm in size, 3–5 cm in diameter, and have a volume of around

This is a document about Human reproductive system
  The male reproductive system is a series of organs located outside the body and around the pelvis region of a male that contribute towards the reproduction process. The primary direct function of the male reproductive system is to provide the male sperm for fertilization of the ovum. The major reproductive organs of the male can be grouped into three categories. The first category produces and stores sperm (spermatozoa). These are produced in the testes, which are housed in the temperature-regulating scrotum; immature sperm then travel to the epididymis for development and storage. The second category are the ejaculatory fluid producing glands which include

This is a document about Human body
  vas deferens which leads away from the testes to the seminal vesicles where the sperm cells are mixed with a fructose-rich fluid from the seminal vesicles allowing the sperm to stay alive and remain healthy. It is then brought by the ejaculatory duct through the prostate and bulbourethral gland, and mixed with fluids from said glands. The fluid from the prostate helps to neutralize the acidity of the vagina and keep the sperm alive. This mixture of sperm and accessory gland fluids is called semen and is released through the urethra during ejaculation. Almost the entire internal male reproductive system works in pairs with

This is a document about Vasectomy reversal
  Sperm are produced in the male sex gland or testicle. From there they travel through tubes (efferent tubules), exit the testes and enter a “storage site” or epididymis. The epididymis is a single, 18 ft, tightly coiled, small tube, within which sperm mature to the point where they can move, swim and fertilize eggs. Testicular sperm are not able to fertilize eggs naturally (but can if they are injected directly into the egg in the laboratory), as the ability to fertilize eggs is developed slowly over several months of storage in the epididymis. From the epididymis, a 14-inch, 3 mm-thick muscular tube called the vas deferens carries the sperm to the urethra near the base of the penis. The urethra then carries the sperm through the penis

This is a document about Insect
  for protection of eggs. They can produce glue and protective substances for coating eggs or tough coverings for a batch of eggs called oothecae. Spermathecae are tubes or sacs in which sperm can be stored between the time of mating and the time an egg is fertilized. For males, the reproductive system is the testis, suspended in the body cavity by tracheae and the fat body. Most male insects have a pair of testes, inside of which are sperm tubes or follicles that are enclosed within a membranous sac. The follicles connect to the vas deferens by the vas efferens, and the two tubular vasa deferentia connect to a median ejaculatory duct that

This is a document about Seminal vesicles
  The seminal vesicles secrete a significant proportion of the fluid that ultimately becomes semen. Fluid is secreted from the ejaculatory ducts of the vesicles into the vas deferens, where it becomes part of semen. This then passes through the urethra, where it is ejaculated during a male sexual response. About 70-85% of the seminal fluid in humans originates from the seminal vesicles. The fluid consists of nutrients including fructose and citric acid, prostaglandins, and fibrinogen. Nutrients help support sperm until fertilisation occurs; prostaglandins may also assist by softening mucous of the cervix, and by causing reverse contractions of parts of the female reproductive tract such as the fallopian tubes, to ensure that sperm are less likely to be expelled.

This is a document about Semen
  During the process of ejaculation, sperm passes through the ejaculatory ducts and mixes with fluids from the seminal vesicles, the prostate, and the bulbourethral glands to form the semen. The seminal vesicles produce a yellowish viscous fluid rich in fructose and other substances that makes up about 70% of human semen. The prostatic secretion, influenced by dihydrotestosterone, is a whitish (sometimes clear), thin fluid containing proteolytic enzymes, citric acid, acid phosphatase and lipids. The bulbourethral glands secrete a clear secretion into the lumen of the urethra to lubricate it. Sertoli cells, which nurture and support developing spermatocytes, secrete a fluid into seminiferous tubules that helps transport sperm to the genital ducts. The ductuli efferentes possess cuboidal cells with microvilli and lysosomal granules that modify the ductal fluid by reabsorbing some

This is a document about Reproductive system
  The male reproductive system is a series of organs located outside of the body and around the pelvic region of a male that contribute towards the reproduction process. The primary direct function of the male reproductive system is to provide the male sperm for fertilization of the ovum. The major reproductive organs of the male can be grouped into three categories. The first category is sperm production and storage. Production takes place in the testes which are housed in the temperature regulating scrotum, immature sperm then travel to the epididymis for development and storage. The second category is the ejaculatory fluid-producing glands

This is a document about Semen
   Semen, also known as seminal fluid, is an organic fluid created to contain spermatozoa. It is secreted by the gonads (sexual glands) and other sexual organs of male or hermaphroditic animals and can fertilize the female ovum. In humans, seminal fluid contains several components besides spermatozoa: proteolytic and other enzymes as well as fructose are elements of seminal fluid which promote the survival of spermatozoa, and provide a medium through which they can move or "swim". Semen is produced and originates from the seminal vesicle, which is located in the pelvis. The process that results in the discharge of semen is called ejaculation. Semen is also a form of genetic material. In animals, semen has been collected for cryoconservation. Cryoconservation of animal genetic resources is a practice that calls for the collection of genetic material in efforts for conservation of a particular breed.

This is a document about Prostate
  The prostate secretes fluid which becomes part of semen. Semen is the fluid emitted (ejaculated) by males during the sexual response. When sperm is emitted, it is transmitted from the vas deferens into the male urethra via the ejaculatory ducts, which lie within the prostate gland. Ejaculation is the expulsion of semen from the urethra. Semen is moved into the urethra following contractions of the smooth muscle of the vas deferens and seminal vesicles, following stimulation, primarily of the glans penis. Stimulation sends nerve signals via the internal pudendal nerves to the upper lumbar spine; the nerve signals causing contraction act via the hypogastric nerves. After traveling into the urethra, the seminal

This is a document about Ejaculatory duct
  via the vas deferens. As it passes by the seminal vesicles, a fluid rich in fructose combines with sperm. This addition nourishes the sperm in order to keep it active and motile. Seminal fluid continues down the ejaculatory duct into the prostate gland, where an alkaline prostatic fluid is added. This addition provides the texture and odor associated with semen. The alkalinity of the prostatic fluid serves to neutralize the acidity of the female vaginal tract in order to prolong the survival of sperm in this harsh environment. Semen is now a fructose-rich, alkaline fluid containing sperm as it enters the bulbourethral glands below the prostate. The bulbourethral glands secrete a small amount of clear fluid into the urethra before the ejaculate

This is a document about Human sexuality
  G-spot, the prostate provides sexual stimulation and can lead to orgasm through anal sex. The prostate gland and the seminal vesicles produce seminal fluid that is mixed with sperm to create semen. The prostate gland lies under the bladder and in front of the rectum. It consists of two main zones: the inner zone that produces secretions to keep the lining of the male urethra moist and the outer zone that produces seminal fluids to facilitate the passage of semen. The seminal vesicles secrete fructose for sperm activation and mobilization, prostaglandins to cause uterine contractions that aid movement through the uterus, and bases that help neutralize the acidity of the vagina. The Cowper's glands, or bulbourethral glands, are two pea-sized structures beneath the prostate.

Seminal fluid is stored in the seminal vesicles, which are two fluid-filled organs located behind the urinary bladder in some male mammals.


Question: where did impractical jokers go to high school

Answer: Monsignor Farrell High School

This is a document about Impractical Jokers
 have 26 episodes and is expected to air in February 2019. TruTV also confirmed an "Impractical Jokers" feature-length movie is planned, which began filming in April 2018 and is expected to premiere sometime in 2019. Joseph "Joe" Gatto, James "Murr" Murray, Brian "Q" Quinn, and Salvatore "Sal" Vulcano, four high school friends who attended Monsignor Farrell High School, from Staten Island, New York, formed the live improv and sketch comedy troupe The Tenderloins in 1999. After a long and successful history, including winning the $100,000 grand prize in NBC's "It’s Your Show" competition, the group went into television. In 2008,

This is a document about The Tenderloins
 The Tenderloins The Tenderloins is an American comedy troupe currently composed of Joseph "Joe" Gatto, James "Murr" Murray, Brian "Q" Quinn, and Salvatore "Sal" Vulcano. The group stars in the popular television series "Impractical Jokers", which premiered on December 15, 2011. The program currently airs on truTV in the U.S. and on Comedy Central in the UK, Ireland, and India. The comedians met in religion class during freshman year at Monsignor Farrell High School on Staten Island in 1990. They became interested in drama and improv and joined an improv club because "it was the only way to meet girls",

This is a document about Staten Island
  (2019– ) is centered around a group of vampires who live on Staten Island. The fact that they live on Staten Island and not more centrally in New York City is a common joke within the series, and their attempts to take over the entire borough have resulted in control of only five houses, according to the group. All four cast members of truTV hidden camera reality TV show Impractical Jokers (2011– ) hail from Staten Island. Joe Gatto, James "Murr" Murray, Brian "Q" Quinn, and Sal Vulcano are four friends who originally met while attending Monsignor Farrell High School, where they formed the improv comedy troupe The Tenderloins. Impractical Jokers features many references to Staten Island and filming often takes place in the borough.

This is a document about Captain Underpants
 George Beard and Harold Hutchins – Two fourth-grade clever pranksters, who are best friends, next-door neighbors and the main protagonists of the series. They started a comic book company called "Treehouse Comix, Inc.", and every so often at school they sneak to the secretary's office to make copies of their latest comic book and sell them on the playground for 50 cents. They are the class clowns in 4th grade at Jerome Horwitz Elementary School (named for Curly of the Three Stooges), a school which discourages imagination and fun, located in Piqua, Ohio. They often get in trouble and serious events with Mr. Krupp. Harold's birthday is March

This is a document about Cranford High School
  The high school was featured as the high school on Nickelodeon’s The Adventures of Pete & Pete

This is a document about Jonathan W. Stokes
  Stokes graduated from the Weston High School and majored in Philosophy at the Claremont Colleges. He then went on to study and perform improv and sketch comedy at the Upright Citizens Brigade Theatre, Improv Olympic and The Second City.

This is a document about Stuyvesant High School
  Stuyvesant High School (pronounced ), commonly referred to among its students as Stuy (pronounced ), is a public magnet, college-preparatory, specialized high school in New York City, United States. Operated by the New York City Department of Education, these specialized schools offer tuition-free accelerated academics to city residents. Stuyvesant was established as an all-boys school in the East Village of Manhattan in 1904. An entrance examination was mandated for all applicants starting in 1934, and the school started accepting female students in 1969. Stuyvesant moved to its current location at Battery Park City in 1992 because the student body had become too large to be suitably accommodated in the original campus. The old building now houses several high schools. Admission to Stuyvesant involves passing the Specialized High Schools

This is a document about Jack Nicholson
  was raised in his mother's Roman Catholic church. Before starting high school, his family moved to an apartment in Spring Lake, New Jersey. "When Jack was ready for high school, the family moved once more—this time two miles farther south to old-money Spring Lake, New Jersey's so-called Irish Riviera, where his grandmother, Ethel May, set up her beauty parlor in a rambling duplex at 505 Mercer Avenue." "Nick", as he was known to his high school friends, attended nearby Manasquan High School, where he was voted "Class Clown" by the Class of 1954. He was in detention every day for a whole school year. A theatre and a drama award at the school are named in his honor. In

This is a document about Glenn Rockowitz
  Rockowitz spent the first eight years of his life in New York City. He left NYC to move to Phoenix, Arizona, where he graduated from Arcadia High School in 1988. During high school he served as class president. He then attended The University of Arizona, in Tucson, and then performed with the Second City in Chicago. After Second City, Rockowitz worked as a stand-up comedian based in Boston and New York, traveling across the US. In 1994 he became a writer for NBC's Saturday Night Live.

This is a document about Impractical Jokers
  Joe Gatto, James "Murr" Murray, Brian "Q" Quinn, and Sal Vulcano, four friends from Staten Island, New York, who attended Monsignor Farrell High School, formed the live improv and sketch comedy troupe The Tenderloins in 1999. After a long and successful history, including winning the $100,000 grand prize in NBC's "It's Your Show" competition, the group went into television. In 2008, they filmed a pilot episode for a scripted sitcom for Spike TV, but the show did not go to series. TruTV announced Impractical Jokers, originally slated to be named Mission: Uncomfortable, on April 12, 2011, eight months before the show's debut. Murray explained how the hidden camera format made sense based on the jokesters' skills. "We needed to find the

This is a document about Welcome Back, Kotter
  The show stars stand-up comedian and actor Gabriel "Gabe" Kaplan as the title character, Gabe Kotter, a wisecracking teacher who returns to his alma mater, James Buchanan High School in Bensonhurst, Brooklyn, New York, to teach a remedial class of loafers, the Sweathogs. The rigid vice principal, Michael Woodman (John Sylvester White), dismisses the Sweathogs as witless hoodlums and only expects Kotter to contain them until they drop out or are otherwise banished. As a former remedial student and a founding member of the original class of Sweathogs, Kotter befriends the current Sweathogs and stimulates their potential. A pupil-teacher rapport is formed, and the students often visit Kotter's Bensonhurst apartment, sometimes via the fire escape window,

This is a document about Midtown High School (comics)
  The fictional school is located in Forest Hills in New York City, New York. The school first appeared in Amazing Fantasy #15 by Stan Lee and Steve Ditko. According to comic book historian Peter Sanderson, Lee based the fictional school on Forest Hills High School in New York City. In the Tom Holland Spider-Man films, the Midtown High School closely resembles an actual elite NYC public high school: the Bronx High School of Science. Director Jon Favreau is an alumnus of Bronx Science.

This is a document about Nate Dern
  Dern was born and raised in Colorado. He attended Evergreen High School (Evergreen, Colorado) and then enrolled at Harvard University where he became a member and later tsar of the improv group The Immediate Gratification Players. After graduating from Harvard, Dern attended Cambridge University and earned an MPhil in Screen Media and Culture. Dern then moved to New York City to begin a Ph.D. program in sociology at Columbia University. While living in New York City, Dern began taking improv comedy classes at the Upright Citizens Brigade Theatre, eventually becoming a performer, then a teacher, then the artistic director. Dern joined Funny or Die as a senior writer in 2014.

This is a document about Adam McKay
  McKay was born in 1968 in Denver, Colorado and was raised in Worcester, Massachusetts and then Malvern, Pennsylvania by a waitress mother, Sarah, and a musician father. When McKay was seven, his parents divorced. He attended Great Valley High School in Malvern, where he graduated in 1986. He then attended Pennsylvania State University for a year before transferring to Temple University, where he majored in English. McKay dropped out of Temple a semester-and-a-half before he was set to earn his bachelor's degree. He described it as "settling with an imaginary degree". He is one of the founding members of the Upright Citizens Brigade improv comedy group and a former performer

This is a document about Emily Axford
  Axford grew up in the suburbs of Albany, New York. She went on to study at George Washington University, where she studied Religion and graduated in 2007. At George Washington University, she was a part of the co-ed improv troupe, ReceSs. After college, Axford studied at Upright Citizens Brigade in New York City and then Los Angeles.

This is a document about Lino Rulli
  He is a graduate of the Catholic Hill-Murray High School in Maplewood, Minnesota. He "lettered" in theater all four years. In an attempt to be popular, he joined the wrestling team and played for varsity, but only because there was no one else in his weight class, and he was pinned in each of his matches. Rulli would often pray to become popular in high school. During his senior year, he picked the lock on the door, broke into the school, and placed a large B on the name above the front door so that it read Bill-Murray High School. After being confirmed in the 8th grade, he no longer saw how the church fit into his life and so he quietly left the church. From adolescence on, he aspired to a career in comedy.

This is a document about John Mulaney
  At fourteen, he played the role of Wally Webb in a production of Our Town. Mulaney would also frequent the Museum of Broadcast Communications, where he would watch archived episodes of shows such as I Love Lucy or The Tonight Show Starring Johnny Carson. He attended St. Ignatius College Prep where he graduated in 2000. Mulaney then enrolled at his parents' alma mater, Georgetown University, where he majored in English and minored in theology. He joined the school's improv group, and met Nick Kroll and Mike Birbiglia. He later joined Birbiglia on his stand-up tour, which improved his stage presence.

This is a document about Brandon Mull
  Brandon Mull went to Mt. Diablo Elementary School in Clayton, California, United States. Mull then attended Pine Hollow Middle School as a student, and then attended Clayton Valley. He currently lives in Alpine, Utah and is a graduate of Brigham Young University in Utah. While at BYU Mull led the sketch comedy group Divine Comedy. Mull served a two-year mission for The Church of Jesus Christ of Latter-day Saints in Chile. As a child, Mull was known for a strong imagination. He would sometimes spend hours in his bedroom, without toys just imagining and acting out stories that were in his head. In school, his constant day dreaming sometimes irritated teachers while others encouraged his imagination.

This is a document about Graham Elwood
  Born in Stoughton, Wisconsin, Elwood grew up in the Nakoma neighborhood of nearby Madison. After his parents divorced, he later moved to Evanston, Illinois. While in Evanston, Elwood went on to captain his high school's football team as well as played lacrosse. He was also the color announcer for the school's basketball games. He later graduated from the University of Arizona with a Bachelor of Fine Arts degree, majoring in film. At university he began performing with a sketch comedy theatre group called Comedy Corner and did stand-up for the first time competing in the US College Comedy Competition that was emceed by Judd Apatow. From there he began bicycling to Laff's Comedy Cafe on a weekly basis to do open mics. After university, he moved to Chicago where he worked as a waiter at Bella Bacino's Pizzeria and began taking classes at The Second City before landing regular road gigs for stand-up. After a few years on the road, Graham moved to Los Angeles when he turned 25 to pursue television and film.

The Impractical Jokers attended Monsignor Farrell High School in Staten Island, New York.


Question: where are most of the divergent boundaries found

Answer: between oceanic plates

This is a document about Divergent boundary
 Divergent boundary In plate tectonics, a divergent boundary or divergent plate boundary (also known as a constructive boundary or an extensional boundary) is a linear feature that exists between two tectonic plates that are moving away from each other. Divergent boundaries within continents initially produce rifts which eventually become rift valleys. Most active divergent plate boundaries occur between oceanic plates and exist as mid-oceanic ridges. Divergent boundaries also form volcanic islands which occur when the plates move apart to produce gaps which molten lava rises to fill. Current research indicates that complex convection within the Earth's mantle allows material to

This is a document about Divergent boundary
 banding furnishes a map in time and space of both spreading rate and polar reversals. Divergent boundary In plate tectonics, a divergent boundary or divergent plate boundary (also known as a constructive boundary or an extensional boundary) is a linear feature that exists between two tectonic plates that are moving away from each other. Divergent boundaries within continents initially produce rifts which eventually become rift valleys. Most active divergent plate boundaries occur between oceanic plates and exist as mid-oceanic ridges. Divergent boundaries also form volcanic islands which occur when the plates move apart to produce gaps which molten lava rises

This is a document about Divergent boundary
  In plate tectonics, a divergent boundary or divergent plate boundary (also known as a constructive boundary or an extensional boundary) is a linear feature that exists between two tectonic plates that are moving away from each other. Divergent boundaries within continents initially produce rifts, which eventually become rift valleys. Most active divergent plate boundaries occur between oceanic plates and exist as mid-oceanic ridges. Divergent boundaries also form volcanic islands, which occur when the plates move apart to produce gaps that magma rises to fill. Current research indicates that complex convection within the Earth's mantle allows material to rise to the base of the lithosphere beneath each divergent plate boundary.

This is a document about Angola Basin
  Typically divergent boundaries are described as having landward extension, seaward contraction, and translation, however the order of events in this area are difficult to distinguish in such a clear-cut manner. This is due to the fact that areas of the basin are superimposed upon one another, which some interpret to show pulses of deformation and uplift that occur at irregular times and places.

This is a document about Plate tectonics
 1) Divergent boundaries (constructive boundaries or extensional boundaries) occur where two plates slide apart from each other. At zones of ocean-to-ocean rifting, divergent boundaries form by seafloor spreading, allowing for the formation of new ocean basin. As the ocean plate splits, the ridge forms at the spreading center, the ocean basin expands, and finally, the plate area increases causing many small volcanoes and/or shallow earthquakes. At zones of continent-to-continent rifting, divergent boundaries may cause new ocean basin to form as the continent splits, spreads, the central rift collapses, and ocean fills the basin. Active zones of mid-ocean ridges (e.g., the Mid-Atlantic Ridge and East Pacific

This is a document about Divergent boundary
   At divergent boundaries, two plates move away from each other and the space that this creates is filled with new crustal material sourced from molten magma that forms below. The origin of new divergent boundaries at triple junctions is sometimes thought to be associated with the phenomenon known as hotspots. Here, exceedingly large convective cells bring very large quantities of hot asthenospheric material near the surface, and the kinetic energy is thought to be sufficient to break apart the lithosphere. The hot spot which may have initiated the Mid-Atlantic Ridge system currently underlies Iceland which is widening at a rate of a few centimeters per year. Divergent boundaries are typified in the oceanic lithosphere by the rifts of the oceanic ridge system, including the Mid-Atlantic Ridge and the East Pacific

This is a document about Cloud
  Divergence is the opposite of convergence. In the Earth's troposphere, it involves the horizontal outflow of air from the upper part of a rising column of air, or from the lower part of a subsiding column often associated with an area or ridge of high pressure. Cloudiness tends to be least prevalent near the poles and in the subtropics close to the 30th parallels, north and south. The latter are sometimes referred to as the horse latitudes. The presence of a large-scale high-pressure subtropical ridge on each side of the equator reduces cloudiness at these low latitudes. Similar patterns also occur at higher latitudes in both hemispheres.

This is a document about Dendroclimatology
  The divergence problem is the disagreement between the temperatures measured by the thermometers (instrumental temperatures) on one side, and the temperatures reconstructed from the latewood density or width of tree rings on the other side, at many treeline sites in northern forests. While the rendering and analysis of data from thermometer records largely suggest a substantial warming trend, tree rings from these particular sites do not display a corresponding change in their maximum latewood density or, in some cases, their width. This does not apply to all such studies. Where this applies, a temperature trend extracted from tree rings alone would not show any substantial warming. The

This is a document about Outline of oceanography
  tectonic divergent plate boundary between the Nazca and Antarctic Plates ; D'Entrecasteaux Ridge – A double oceanic ridge in the south-west Pacific Ocean, north of New Caledonia and west of Vanuatu Islands ; Darwin Rise – A broad triangular region in the north central Pacific Ocean where there is a concentration of atolls ; East Pacific Rise – A mid-oceanic ridge at a divergent tectonic plate boundary on the floor of the Pacific Ocean ; East Tasman Plateau – A submerged microcontinent south east of Tasmania ; Explorer Ridge – A mid-ocean ridge west of British Columbia, Canada ; Galápagos Rise – A

This is a document about Plate tectonics
  and continent-to-continent rifting (such as Africa's East African Rift and Valley and the Red Sea), are examples of divergent boundaries. ; 2) Convergent boundaries (destructive boundaries or active margins) occur where two plates slide toward each other to form either a subduction zone (one plate moving underneath the other) or a continental collision. At zones of ocean-to-continent subduction (e.g. the Andes mountain range in South America, and the Cascade Mountains in Western United States), the dense oceanic lithosphere plunges beneath the less dense continent. Earthquakes trace the path of the downward-moving plate as it descends into asthenosphere, a trench forms, and as the subducted

This is a document about Geology of solar terrestrial planets
  to reshape the landscape. As the continental plates migrate across the planet, the ocean floor is subducted under the leading edges. At the same time, upwellings of mantle material create a divergent boundary along mid-ocean ridges. The combination of these processes continually recycles the ocean plate material. Most of the ocean floor is less than 100 million years in age. The oldest ocean plate is located in the Western Pacific, and has an estimated age of about 200 million years. By comparison, the oldest fossils found on land have an age of about 3 billion years. The continental plates consist of lower density material such as

This is a document about Salt surface structures
 1) Convergent boundaries – Areas where two plates collide; if there is water trapped between the two, there is the possibility of evaporation and deposition.  The Mediterranean Sea, particularly during the Messinian salinity crisis, is a prime example. ; 2) Rifted boundaries/passive margins – Also known as divergent boundaries, these areas begin as rift basins, where extension is pulling apart the crust.  If this rifting allows water to flood the resulting valley, salt deposition can occur.  Examples include the Campos Basin, Brazil, Kwanza Basin, West Africa, and the Gulf of Mexico. ; 3) Cratonic basins – Within continental boundaries, salt deposition can occur anywhere that bodies of water can collect.  Even away

This is a document about Vertical displacement
  Vertical displacement resulting from tectonic activity occurs at divergent and convergent plate boundaries. The movement of magma in the asthenosphere can create divergent plate boundaries as the magma begins to rise and protrude weaker lithospheric crust. Subsidence at a divergent plate boundary is a form of vertical displacement which occurs when a plate begins to split apart. As intrusive magma widens the rift zone of a divergent plate boundary the layers of crust on the surface above the rift will subside into the rift, creating a vertical displacement of those layers of surface crust. Convergent plate boundaries create orogenies such as the Laramide orogeny that raised the Rocky Mountains. For this

This is a document about Explorer Ridge
  This divergent boundary first formed about 5-7 million years ago when the northern end of the Juan de Fuca Plate broke off along the Nootka Fault to form the Explorer Plate. This apparently had some important ramifications for regional geologic evolution. When this change was completed, Cascade Arc volcanism from Northern California to southwestern British Columbia returned and the present-day Cascade Range and Olympic Mountains started to form. The oceanic crust is moving away from the Explorer Ridge to either side. On the eastern side the eastward moving Explorer Plate is being subducted under the North American Plate. The belt of volcanoes along the Pacific

This is a document about Ming treasure voyages
  of divergence was Calicut, from where ships sailed to Hormuz as well as other destinations at the Arabian Peninsula and East Africa. Malacca was the rendezvous point where the squadrons would reassemble for the final leg of the return journey. During all the voyages, the fleet departed from Sumatra to sail westward across the Indian Ocean. Northern Sumatra was an important region for the fleet's anchorage and assembly before they proceeded through the Indian Ocean to Ceylon and southern India. Its location was more important to the fleet than its wealth or products. Ma wrote that Semudera was the main route

This is a document about Convergent boundary
  A convergent boundary (also known as a destructive boundary) is an area on Earth where two or more lithospheric plates collide. One plate eventually slides beneath the other, a process known as subduction. The subduction zone can be defined by a plane where many earthquakes occur, called the Wadati–Benioff zone. These collisions happen on scales of millions to tens of millions of years and can lead to volcanism, earthquakes, orogenesis, destruction of lithosphere, and deformation. Convergent boundaries occur between oceanic-oceanic lithosphere, oceanic-continental lithosphere, and continental-continental lithosphere. The geologic features related to convergent boundaries vary depending on crust types. Plate tectonics is driven by convection cells in

This is a document about Volcanism on Mars
  Tectonic boundaries have been discovered on Mars. Valles Marineris is a horizontally sliding tectonic boundary that divides two major partial or complete plates of Mars. The recent finding suggests that Mars is geologically active with occurrences in the millions of years. There has been previous evidence of Mars' geologic activity. The Mars Global Surveyor (MGS) discovered magnetic stripes in the crust of Mars, especially in the Phaethontis and Eridania quadrangles. The magnetometer on MGS discovered 100 km wide stripes of magnetized crust running roughly parallel for up to 2000 km. These stripes alternate in polarity with the north magnetic pole of one pointing up from the surface and the north magnetic

This is a document about Divergence problem
   The divergence problem is an anomaly from the field of dendroclimatology, the study of past climate through observations of old trees, primarily the properties of their annual growth rings. It is the disagreement between instrumental temperatures (measured by thermometers) and the temperatures reconstructed from latewood densities or, in some cases, from the widths of tree rings in far northern forests. While the thermometer records indicate a substantial late 20th century warming trend, many tree rings from such sites do not display a corresponding change in their maximum latewood density. In some studies this issue has also been found with tree ring width. A temperature trend extracted from tree rings alone would not show any substantial warming since the 1950s. The temperature graphs calculated in these two ways thus "diverge" from one another, which is the origin of the term.

This is a document about Beethoven quadrangle
  Neither faults nor scarps that are possibly associated with faults or monoclinal folding appear to be common in the Beethoven quadrangle, possibly because of the high sun elevation. The longest and most prominent of these structures occur in the plains and terra material, undivided, in the southeast quadrant of the map area. There, a series of prominent scarps extends northeast from near latitude 10° S., longitude 95° to latitude 4° S., longitude 86°, over a distance of about 400 km. The inner ring of crater Durer appears to be slightly offset on the north side by a small normal or

Most divergent boundaries are found in the oceanic crust between two tectonic plates that are moving away from each other. They initially form rifts and eventually become mid-oceanic ridges. Some divergent boundaries also exist between continents, which form rift valleys and eventually become rift valleys.


Question: muscle fatigue occurs due to a buildup of

Answer: metabolites

This is a document about Muscle fatigue
 Substrates are depleted during exercise, resulting in a lack of intracellular energy sources to fuel contractions. In essence, the muscle stops contracting because it lacks the energy to do so. Metabolites are the substances (generally waste products) produced as a result of muscular contraction. They include chloride, potassium, lactic acid, ADP, magnesium (Mg), reactive oxygen species, and inorganic phosphate. Accumulation of metabolites can directly or indirectly produce metabolic fatigue within muscle fibers through interference with the release of calcium (Ca) from the sarcoplasmic reticulum or reduction of the sensitivity of contractile molecules actin and myosin to calcium. Intracellular chloride partially

This is a document about Weakness
 by initiating muscle fatigue through muscle derecruitment, based on collective feedback from the periphery, before cellular or organ failure occurs. Therefore, the feedback that is read by this central regulator could include chemical and mechanical as well as cognitive cues. The significance of each of these factors will depend on the nature of the fatigue-inducing work that is being performed. Though not universally used, "metabolic fatigue" is a common alternative term for peripheral muscle weakness, because of the reduction in contractile force due to the direct or indirect effects of the reduction of substrates or accumulation of metabolites within the

This is a document about Muscle weakness
 reduction in contractile force due to the direct or indirect effects of the reduction of substrates or accumulation of metabolites within the muscle fiber. This can occur through a simple lack of energy to fuel contraction, or through interference with the ability of Ca to stimulate actin and myosin to contract. It was once believed that lactic acid build-up was the cause of muscle fatigue. The assumption was lactic acid had a "pickling" effect on muscles, inhibiting their ability to contract. The impact of lactic acid on performance is now uncertain, it may assist or hinder muscle fatigue. Produced as

This is a document about Muscle weakness
 Serotonin binds to extrasynaptic receptors located on the axon initial segment of motoneurons with the result that nerve impulse initiation and thereby muscle contraction are inhibited. Peripheral muscle fatigue during physical work is an inability for the body to supply sufficient energy or other metabolites to the contracting muscles to meet the increased energy demand. This is the most common case of physical fatigue—affecting a national average of 72% of adults in the work force in 2002. This causes contractile dysfunction that manifests in the eventual reduction or lack of ability of a single muscle or local group of muscles

This is a document about Fatigue
  Physical fatigue, or muscle fatigue, is the temporary physical inability of muscles to perform optimally. The onset of muscle fatigue during physical activity is gradual, and depends upon an individual's level of physical fitness – other factors include sleep deprivation and overall health. Physical fatigue can be caused by a lack of energy in the muscle, by a decrease of the efficiency of the neuromuscular junction or by a reduction of the drive originating from the central nervous system, and can be reversed by rest. The central component of fatigue is triggered by an increase of the level of serotonin in the central nervous system. During motor activity, serotonin released in synapses that contact motor neurons promotes muscle contraction. During high level of motor activity, the amount

This is a document about Weight training
  increased blood flow also known as edema (the "pump"). True muscle fatigue is experienced as loss of power in muscles due to a lack of ATP, the energy used by our body, or a marked and uncontrollable loss of strength in a muscle, arising from the nervous system (motor unit) rather than from the muscle fibers themselves. Extreme neural fatigue can be experienced as temporary muscle failure. Some weight training programs, such as Metabolic Resistance Training, actively seek temporary muscle failure; evidence to support this type of training is mixed at best. Irrespective of their program, however, most athletes engaged in high-intensity weight training will experience muscle failure during their regimens. Beginners are advised to build up slowly to a weight training

This is a document about Muscle weakness
  Peripheral muscle fatigue' during physical work is an inability for the body to supply sufficient energy or other metabolites to the contracting muscles to meet the increased energy demand. This is the most common case of physical fatigue—affecting a national average of 72% of adults in the work force in 2002. This causes contractile dysfunction that manifests in the eventual reduction or lack of ability of a single muscle or local group of muscles to do work. The insufficiency of energy, i.e. sub-optimal aerobic metabolism, generally results in the accumulation of lactic acid and other acidic anaerobic metabolic by-products in the muscle, causing the stereotypical burning sensation of

This is a document about Exercise physiology
  Researchers once attributed fatigue to a build-up of lactic acid in muscles. However, this is no longer believed. Rather, lactate may stop muscle fatigue by keeping muscles fully responding to nerve signals. The available oxygen and energy supply, and disturbances of muscle ion homeostasis are the main factor determining exercise performance, at least during brief very intense exercise. Each muscle contraction involves an action potential that activates voltage sensors, and so releases Ca2+ ions from the muscle fibre’s sarcoplasmic reticulum. The action potentials that cause this also require ion changes: Na influxes during the depolarization phase and K effluxes for the repolarization phase. Cl− ions also diffuse into the sarcoplasm to aid the repolarization phase. During intense muscle contraction, the ion pumps that maintain homeostasis of these ions are inactivated and this (with other ion related disruption) causes ionic disturbances. This causes cellular membrane depolarization, inexcitability, and so muscle weakness. Ca2+ leakage from type 1 ryanodine receptor) channels has also been identified with fatigue.

This is a document about Weakness
  Peripheral muscle fatigue during physical work is considered an inability for the body to supply sufficient energy or other metabolites to the contracting muscles to meet the increased energy demand. This is the most common case of physical fatigue—affecting a national average of 72% of adults in the work force in 2002. This causes contractile dysfunction that manifests in the eventual reduction or lack of ability of a single muscle or local group of muscles to do work. The insufficiency of energy, i.e. sub-optimal aerobic metabolism, generally results in the accumulation of lactic acid and other acidic anaerobic metabolic by-products in the muscle, causing the stereotypical burning sensation

This is a document about Central governor
  the breathing of a gas mixture rich in oxygen would produce a greater degree of saturation of the blood and so allow the output to increase until the ‘governor’ stopped it again. We realise the danger of a hypothesis partly suggested by teleological reasoning: in this case, however, we can see no other explanation of our experimental results pp. 163" This hypothesis was disregarded and further research upon exercise fatigue was modeled in terms of it being due to a mechanical failure of the exercising muscles ("peripheral muscle fatigue"). This failure was caused either by an inadequate oxygen supply to the exercising muscles, lactic acid buildup, or total energy depletion in the exhausted muscles.

This is a document about Muscle weakness
  feedback that is read by this central regulator could include chemical and mechanical as well as cognitive cues. The significance of each of these factors will depend on the nature of the fatigue-inducing work that is being performed. Though not universally used, "metabolic fatigue" is a common alternative term for peripheral muscle weakness, because of the reduction in contractile force due to the direct or indirect effects of the reduction of substrates or accumulation of metabolites within the muscle fiber. This can occur through a simple lack of energy to fuel contraction, or through interference with the ability of Ca2+ to stimulate actin and myosin to contract.

This is a document about Muscle fatigue
  Muscle fatigue may be due to precise molecular changes that occur in vivo with sustained exercise. It has been found that the ryanodine receptor present in skeletal muscle undergoes a conformational change during exercise, resulting in "leaky" channels that are deficient in calcium release. These "leaky" channels may be a contributor to muscle fatigue and decreased exercise capacity.

This is a document about Muscle fatigue
  Muscle fatigue is the decline in ability of muscles to generate force. It can be a result of vigorous exercise but abnormal fatigue may be caused by barriers to or interference with the different stages of muscle contraction. There are two main causes of muscle fatigue: the limitations of a nerve’s ability to generate a sustained signal (neural fatigue); and the reduced ability of the muscle fiber to contract (metabolic fatigue).

This is a document about Muscle fatigue
 1) Shortage of fuel (substrates) within the muscle fiber ; 2) Accumulation of substances (metabolites) within the muscle fiber, which interfere either with the release of calcium (Ca2+) or with the ability of calcium to stimulate muscle contraction. Though not universally used, ‘metabolic fatigue’ is a common term for the reduction in contractile force due to the direct or indirect effects of two main factors:

This is a document about Weakness
  the feedback that is read by this central regulator could include chemical and mechanical as well as cognitive cues. The significance of each of these factors will depend on the nature of the fatigue-inducing work that is being performed. Though not universally used, "metabolic fatigue" is a common alternative term for peripheral muscle weakness, because of the reduction in contractile force due to the direct or indirect effects of the reduction of substrates or accumulation of metabolites within the myocytes. This can occur through a simple lack of energy to fuel contraction, or through interference with the ability of Ca2+ to stimulate actin and myosin to contract.

This is a document about Weakness
  Muscle cells work by detecting a flow of electrical impulses from the brain, which signals them to contract through the release of calcium by the sarcoplasmic reticulum. Fatigue (reduced ability to generate force) may occur due to the nerve, or within the muscle cells themselves. New research from scientists at Columbia University suggests that muscle fatigue is caused by calcium leaking out of the muscle cell. This makes less calcium available for the muscle cell. In addition, the Columbia researchers propose that an enzyme activated by this released calcium eats away at muscle fibers. Substrates within the muscle generally serve to power muscular contractions. They include molecules such as adenosine triphosphate (ATP), glycogen and creatine phosphate. ATP binds to the myosin head and causes the ‘ratchetting’ that results in contraction according to the sliding filament model.

This is a document about Branched-chain amino acid
  lower levels of GABA and glutamate, causing an increase in central fatigue. Increased levels of ammonia in the muscle tissue also increase phosphofructokinase activity (PFK), leading to an increase in lactic acid, a major contributor to muscle fatigue. In addition, BCAA supplementation has been shown to decrease levels of creatine kinase in muscle cells post exercise. Creatine kinase is an indicator of muscle damage, and is responsible for transferring a phosphate group from ATP to create a phosphocreatine molecule. BCAA supplementation has been shown to decrease levels of creatine kinase, leading to higher levels of intracellular ATP and a lessened sense of fatigue. See also DOMS.

This is a document about Muscle weakness
  It was once believed that lactic acid build-up was the cause of muscle fatigue. The assumption was lactic acid had a "pickling" effect on muscles, inhibiting their ability to contract. The impact of lactic acid on performance is now uncertain, it may assist or hinder muscle fatigue. Produced as a by-product of fermentation, lactic acid can increase intracellular acidity of muscles. This can lower the sensitivity of contractile apparatus to calcium ions (Ca2+) but also has the effect of increasing cytoplasmic Ca2+ concentration through an inhibition of the chemical pump that actively transports calcium out of the cell. This counters inhibiting effects of potassium ions (K+) on muscular action potentials. Lactic acid also has a negating effect on the chloride ions in the muscles, reducing their inhibition of contraction and leaving K+ as the only restricting influence on muscle contractions, though the effects of potassium are much less than if there were no lactic acid to remove the chloride ions. Ultimately, it is uncertain if lactic acid reduces fatigue through increased intracellular calcium or increases fatigue through reduced sensitivity of contractile proteins to Ca2+.

This is a document about Muscle fatigue
  It was once believed that lactic acid build-up was the cause of muscle fatigue. The assumption was lactic acid had a "pickling" effect on muscles, inhibiting their ability to contract. Though the impact of lactic acid on performance is now uncertain, it may assist or hinder muscle fatigue. Produced as a by-product of fermentation, lactic acid can increase intracellular acidity of muscles. This can lower the sensitivity of contractile apparatus to Ca2+ but also has the effect of increasing cytoplasmic Ca2+ concentration through an inhibition of the chemical pump that actively transports calcium out of the cell. This counters inhibiting effects of potassium on muscular action potentials. Lactic acid also has a negating effect on the chloride ions in the muscles, reducing their inhibition of contraction and leaving potassium ions as the only restricting influence on muscle contractions, though the effects of potassium are much less than if there were no lactic acid to remove the chloride ions. Ultimately, it is uncertain if lactic acid reduces fatigue through increased intracellular calcium or increases fatigue through reduced sensitivity of contractile proteins to Ca2+. Lactic acid is now used as a measure of endurance training effectiveness and VO2 max.

This is a document about Weakness
  local muscle fatigue, though recent studies have indicated otherwise, actually finding that lactic acid is a source of energy. The fundamental difference between the peripheral and central theories of muscle fatigue is that the peripheral model of muscle fatigue assumes failure at one or more sites in the chain that initiates muscle contraction. Peripheral regulation therefore depends on the localized metabolic chemical conditions of the local muscle affected, whereas the central model of muscle fatigue is an integrated mechanism that works to preserve the integrity of the system by initiating muscle fatigue through muscle derecruitment, based on collective feedback from the periphery, before cellular or organ failure occurs.

Muscle fatigue occurs due to a buildup of metabolites such as lactate, ADP, inorganic phosphate, chloride, and potassium, or a reduction in substrate availability or the ability to utilize substrates within the muscle fibers.


Question: who plays chad in the ryan white story

Answer: Ryan White

This is a document about The Ryan White Story
 in a negative light. The office of Kokomo mayor Robert F. Sargent was flooded with complaints from across the country. The real life Ryan White made a cameo appearance in the film as another hemophiliac AIDS sufferer named Chad. The film's final scene was filmed at South Iredell High School in Statesville, North Carolina. After its airing, the film was released on VHS in the UK. Ryan White is a teenage hemophiliac who discovers he has contracted AIDS through contaminated blood products, and is then barred from attending school by Western School Corporation in Russiaville, Indiana, just outside Kokomo. Unfairly

This is a document about Ryan White
 spoke before the President's Commission on the AIDS Epidemic. Ryan White told the commission of the discrimination he had faced when he first tried to return to school, but how education about the disease had made him welcome in the town of Cicero. Ryan White emphasized his differing experiences in Kokomo and Cicero as an example of the power and importance of AIDS education. In 1989, ABC aired the television movie "The Ryan White Story", starring Lukas Haas as Ryan, Judith Light as Jeanne and Nikki Cox as his sister Andrea. Ryan White had a small cameo appearance as "Chad"

This is a document about The Ryan White Story
 The Ryan White Story The Ryan White Story is a 1989 television film starring Lukas Haas, and Judith Light, directed by John Herzfeld. The film first aired on the ABC network on January 16, 1989. It is based on the true story of the American teenager Ryan White, who became a national poster child for HIV/AIDS in the United States, after being expelled from middle school because of his infection. Nielsen ratings estimated that the movie was seen by 15 million viewers on the original airing. Upon airing, some residents of Kokomo felt that the film unfairly portrayed the town

This is a document about The Ryan White Story
 judged and emotionally abused by the community, Ryan and his mother engage the services of a high-powered attorney to win back his basic rights to attend school. The film received positive reviews from critics upon the original airing. "The New York Times" gave a favorable review upon release, stating Hal Erickson of AllMovie gave the film four out of five stars and said: "Despite its inherent sadness, "The Ryan White Story" is a celebration of an exceptional young human being whose short life touched so many others in a positive, uplifting manner." The Ryan White Story The Ryan White Story

This is a document about Ryan White
 gym class. Threats continued. When a bullet was fired through the White's living room window (no one was home at the time), the family decided to leave Kokomo. After finishing the school year, his family moved to Cicero, Indiana, where he enrolled at Hamilton Heights High School, in Arcadia, Indiana. On August 31, 1987, a "very nervous" Ryan White was greeted by school principal Tony Cook, school system superintendent Bob G. Carnal, and a handful of students who had been educated about AIDS and were unafraid to shake Ryan's hand. The publicity of Ryan White's story catapulted him into the

This is a document about Ryan White (filmmaker)
 Ryan White (filmmaker) Ryan White is an American documentary producer and director best known for his work on the Netflix series "The Keepers" and the HBO movie "The Case Against 8". Ryan was nominated for a Primetime Emmy award and won a director award at the Sundance Film Festival for his work on "The Case Against 8". In 2016, Ryan directed the EPIX documentary "Serena" which followed tennis star Serena Williams during her 2015 tennis tour. Ryan also directed "Good Ol’ Freda" (Magnolia Pictures), which tells the story of the Beatles’ longtime secretary Freda Kelly, and "Pelada" (PBS, Cinetic), a

This is a document about Lukas Haas
 criminal. For this role he was nominated for the Young Artist Award. He also starred in the films "Alan and Naomi" and "Rambling Rose". Haas received an Emmy nomination for his portrayal of Ryan White in the television movie "The Ryan White Story", about an American teenager who contracted AIDS through contaminated blood treatments for hemophilia. On stage in 1988, he performed in Samuel Beckett's "Waiting for Godot" at Lincoln Center in New York City. He went on to appear in "Everyone Says I Love You", "Mars Attacks!", and "Breakfast of Champions". His work in the 2000s includes "Brick", "Last

This is a document about South Iredell High School
 the school's enrollment had grown to just under 1600 students. The school's mascot is the Viking and the school colors are navy blue and gold. South Iredell High School was the set for the 1989 made-for-television movie "The Ryan White Story," based on the life of 13-year-old AIDS patient Ryan White. Who was also a von Wilabrands Hemophilliac From 1966 the team has been coached by North Carolina and National Wrestling Hall of Fame Coach Bill Mayhew. He has also won the 1997 Wrestling USA North Carolina Man of the Year, second all-time in coaching wins in North Carolina with

This is a document about Ryan White
 greatly Ryan White had helped change perceptions of AIDS. Ryan White is buried in Cicero, close to the former home of his mother. In the year following his death, his grave was vandalized on four occasions. As time passed, White's grave became a shrine for his admirers. Ryan White was one of a handful of highly visible people with AIDS in the 1980s and early 1990s who helped change the public perception of the disease. Ryan, along with actor Rock Hudson, was one of the earliest public faces of AIDS. Other public figures who were infected with HIV included Keith

This is a document about Ryan White CARE Act
 also consider the number of people without an AIDS diagnosis but who still have HIV infection. A significant portion of funding from the act is emergency relief for Eligible Metropolitan Areas. The 2006 reauthorization redefined EMAs as cities with a population greater than 50,000, instead of previous versions which required 500,000. In 2009, Congress passed the Ryan White HIV/AIDS Treatment Extension Act, which was signed by President Obama on October 30, 2009. This bill extends the Ryan White Care Act for an additional four years. Ryan White CARE Act The Ryan White Comprehensive AIDS Resources Emergency Act (Ryan White CARE

This is a document about Ryan White CARE Act
 Ryan White CARE Act The Ryan White Comprehensive AIDS Resources Emergency Act (Ryan White CARE Act, ), was an act of the United States Congress and is the largest federally funded program in the United States for people living with HIV/AIDS. The act sought funding to improve availability of care for low-income, uninsured and under-insured victims of AIDS and their families. The act is named in honor of Ryan White, an Indiana teenager who contracted AIDS through a tainted hemophilia treatment. He was diagnosed with AIDS in 1984 and was subsequently expelled from school because of the disease. White became

This is a document about Ryan White
  had made him welcome in the town of Cicero. Ryan White emphasized his differing experiences in Kokomo and Cicero as an example of the power and importance of AIDS education. In 1989, ABC aired the television movie The Ryan White Story, starring Lukas Haas as Ryan, Judith Light as Jeanne and Nikki Cox as his sister Andrea. Ryan White had a small cameo appearance as "Chad" in the film, playing a boy also suffering from HIV who befriends Haas. Others in the film included Sarah Jessica Parker as a sympathetic nurse, George Dzundza as his doctor, and George C. Scott as Ryan's attorney, who legally argued against school board authorities. Nielsen estimated that

This is a document about List of Soul Artist Management models
 Chad White

This is a document about Chad Broskey
  He appeared as Gavin in an episode for The Suite Life of Zack & Cody. He also co-starred in the Disney Channel Original Movie Read It and Weep opposite Kay Panabaker as Marco Vega and appeared in the Scrubs episode Their Story as The Todd's fantasy son Rod. Recently, Chad appeared in an episode of Wizards of Waverly Place as one of the football players that helps Justin take down The Answer Man. His last movie was Legally Blondes.

This is a document about List of High School Musical characters
  for luxuries at the country club. The two, however, make up. In High School Musical 3: Senior Year, Chad is looking forward to playing basketball with Troy at the University of Albuquerque following high school graduation. He is initially upset when Troy decides to attend the University of California, Berkeley instead, but accepts the fact that he and Troy cannot stay together forever. Chad also struggles with asking Taylor to prom, but finally succeeds after several tries. Corbin Bleu portrays Chad Danforth in the first three films of the franchise. Bleu originally auditioned for the role of Ryan Evans, but was suggested for the role of Chad instead. Bleu had auditioned for Disney Channel projects in the past.

This is a document about The Ryan White Story
  The Ryan White Story is a 1989 American made-for-television biographical drama film starring Lukas Haas, and Judith Light, directed by John Herzfeld. The film first aired on the ABC network on January 16, 1989. It is based on the true story of the American teenager Ryan White, who became a national poster child for HIV/AIDS in the United States, after being expelled from middle school because of his infection. Nielsen ratings estimated that the movie was seen by 15 million viewers on the original airing. Upon airing, some residents of Kokomo felt that the film unfairly portrayed the town in a

This is a document about Shredder (film)
  A man named Chad (Elliot Olson) is snowboarding down a mountain, when suddenly a skier dressed in black attacks him. He attempts to get away, but is decapitated by a piece of wire strung up between two trees. Meanwhile, college student Kimberly (Lindsey McKeon) is going on a trip to an abandoned ski resort, which her father will be buying soon, with her boyfriend Cole (Scott Weinger), cousin Pike (Juleah Weikel), and friends Skyler (Billy O'Sullivan), Robyn (Holly Towne) and Kirk (Peter Riggs). While stopping at a gas station, the group bump into the European Christophe (Brad Hawkins), who they quickly invite along with them. After arriving at the resort,

This is a document about List of High School Musical characters
  of the franchise. Corbin Bleu, who was later cast as Chad Danforth, auditioned for the role of Ryan. Grabeel had previously appeared in Disney Channel's Halloweentown High. Only after the end of the franchise, David Simpatico, one of the writers, revealed Ryan's homosexuality, describing him as a "coded gay" – characters without revealed sexuality by the rules of the studios, a controversial topic when talking to children and teenagers. Ortega based the character on his own adolescence: "I see a lot of myself in Ryan. Yeah, I knew I was gay in high school, but I didn't tell anybody".

This is a document about Chad Allen (actor)
  Chad Allen (born June 5, 1974) is an American psychologist and retired actor. Beginning his career at the age of seven, Allen is a three-time Young Artist Award winner and GLAAD Media Award honoree. He was a teen idol during the late 1980s as David Witherspoon on the NBC family drama Our House and as Zach Nichols on the NBC sitcom My Two Dads before transitioning to an adult career as Matthew Cooper on the CBS western drama Dr. Quinn: Medicine Woman. He announced his retirement from acting in April 2015.

The character Chad in "The Ryan White Story" is played by Ryan White himself.