Question: who is the director of iron man 3

Answer: Shane Black

This is a document about Iron Man 3
 Iron Man 3 Iron Man 3 (stylized onscreen as Iron Man Three) is a 2013 American superhero film based on the Marvel Comics character Iron Man, produced by Marvel Studios and distributed by Walt Disney Studios Motion Pictures. It is the sequel to 2008's "Iron Man" and 2010's "Iron Man 2", and the seventh film in the Marvel Cinematic Universe (MCU). The film was directed by Shane Black from a screenplay he co-wrote with Drew Pearce, and stars Robert Downey Jr. as Tony Stark / Iron Man, alongside Gwyneth Paltrow, Don Cheadle, Guy Pearce, Rebecca Hall, Stéphanie Szostak, James Badge

This is a document about Iron Man 3
 he would not direct "Iron Man 3", opting to direct "Magic Kingdom" instead. He remained an executive producer of director Joss Whedon's crossover film "The Avengers" and also served as an executive producer of "Iron Man 3". Also in 2010, Downey reached out to Shane Black, who directed him in 2005's "Kiss Kiss Bang Bang", to write and direct the film. In February 2011, Black entered final negotiations to join the project, and in March it was announced that Drew Pearce, who Marvel had originally hired for a "Runaways" script, would work with Black on the script. Downey said, "Bringing

This is a document about All Hail the King
 Marvel Studios and consultant Joss Whedon were positive about the short, reliant on Ben Kingsley's involvement. In October 2013, Kingsley said he was working on a secret project with Marvel involving "many members of the crew that were involved in "Iron Man 3"." This was later revealed to be the short, written and directed by Pearce. "Iron Man 3" director Shane Black felt Marvel "saw so many negative things" surrounding the Mandarin's portrayal, that the short was created as "an apology to fans who were so angry." Though some of the dialogue is written in response to critics of "Iron

This is a document about Drew Pearce
 March 2011, that he would co-write "Iron Man 3" with director Shane Black. Black described their take on the film as not being "two men in iron suits fighting each other," and more like a "Tom Clancy thriller," with Iron Man fighting real-world type villains. Pearce added that they would avert magic and space, with "Iron Man 3" being "a techno-thriller set in a more real world than even "The Avengers"." The film's plot is influenced primarily from "Extremis," the 2005–2006 "Iron Man" comics storyline written by Warren Ellis. The film received positive reviews and was commercially successful, grossing over

This is a document about Iron Man 2
 has substituted noise, confusion, multiple villains, irrelevant stunts and misguided story lines." After the release of "Iron Man 2", Walt Disney Studios agreed to pay Paramount at least $115 million for the worldwide distribution rights to "Iron Man 3" and "The Avengers". Disney, Marvel and Paramount announced a May 3, 2013 release date for "Iron Man 3". Shane Black directed "Iron Man 3", from a screenplay by Drew Pearce. Downey, Paltrow, Cheadle, and Favreau reprised their roles, while Ben Kingsley played Trevor Slattery, Guy Pearce played Aldrich Killian, and Rebecca Hall played Maya Hansen. Iron Man 2 Iron Man 2

This is a document about Tony Stark (Marvel Cinematic Universe)
 some sort of mentor figure? Is he comfortable with that?" Co-writer Jonathan Goldstein compared Stark to Ethan Hawke's father character in "Boyhood". Downey reprised the role in "" (2018) and is slated to return in "" (2019). "Iron Man 3" director Shane Black stated in March 2013 that "There has been a lot of discussion about it: 'Is this the last "Iron Man" for Robert [Downey Jr.]?' Something tells me that it will not be the case, and [he] will be seen in a fourth, or fifth." Marvel Studios president Kevin Feige has said that the character of Stark will

This is a document about Iron Man 3
 in Shane Black to write and direct "Iron Man 3" to me is basically the only transition from Favreau to a 'next thing' that Favreau and the audience and Marvel and I could ever actually sign off on." Shane Black described his take on the film as not being "two men in iron suits fighting each other," and more like a "Tom Clancy thriller," with Iron Man fighting real-world type villains. Drew Pearce added that they would avert magic and space, with "Iron Man 3" being "a techno-thriller set in a more real world than even "The Avengers"." The duo

This is a document about Ty Simpkins
 Man 3" director Shane Black's 2016 film, "The Nice Guys". Simpkins also starred in the 2015 blockbuster "Jurassic World", and appeared as Adam in "Meadowland". Ty Simpkins Ty Simpkins (born August 6, 2001) is an American actor. His major film roles include "Insidious" (2011) and its sequel "" (2013), "Iron Man 3" (2013), and "Jurassic World" (2015). Simpkins was born in New York City, to Monique Simpkins. He first appeared on TV when he was three weeks old. His first role was on "One Life to Live" where he shared the recurring role as John "Jack" Cramer. Simpkins soon started

This is a document about Music of the Marvel Cinematic Universe
 contemporary, rhythmic component to a lot of his music." With "Iron Man 3" featuring a post-"Avengers" Tony Stark, Marvel and incoming director Shane Black wanted to move away from the rock sound of the previous "Iron Man" films, and towards "a score that echoed the classics of super hero film history", for which they approached Brian Tyler, a Marvel fan whose previous music had often been used in temp scores for other films by the studio. Tyler stated that Marvel was interested in him for his more thematic work from the likes of "The Greatest Game Ever Played", "Annapolis", and

This is a document about Iron Man 3
 ready for action in this spirited third installment ... [that] benefits immeasurably from the irreverent quicksilver humor of co-writer and director Shane Black. Calling the film "darker and more serious than its predecessors," Kenneth Turan of the "Los Angeles Times" credited Black for "chang[ing] this billion-dollar-plus franchise's tone for the better while keeping the same actor as Tony Stark. ... There is quite a bit of Black's trademark attitude and humor here as well, things like a throwaway reference to the sci-fi classic "Westworld" and a goofy character who has Tony Stark's likeness tattooed on his forearm. Black and company

This is a document about Sterling Long-Colbo
 also advised and helped create Media Point Productions' bid to develop the Secret Agent/Danger Man property into a major motion picture for ITV/Granada Productions United Kingdom, including development of the script, character, trailers, sound tracks, concept art, marketing posters, and other items. In 2004, he informally and unofficially provided musical input to director J. J. Abrams for the film having, at the behest of writer, producer and director Shane Black ("Iron Man 3", "Lethal Weapon", "The Last Boy Scout", "The Long Kiss Goodnight" et al.), screened Black's as yet unreleased film, "Kiss Kiss Bang Bang" with Abrams in order for

This is a document about Iron Man 3
  Iron Man 3 is a 2013 American superhero film based on the Marvel Comics character Iron Man, produced by Marvel Studios and distributed by Walt Disney Studios Motion Pictures. It is the sequel to Iron Man (2008) and Iron Man 2 (2010), and the seventh film in the Marvel Cinematic Universe (MCU). The film was directed by Shane Black from a screenplay he co-wrote with Drew Pearce, and stars Robert Downey Jr. as Tony Stark / Iron Man alongside Gwyneth Paltrow, Don Cheadle, Guy Pearce, Rebecca Hall, Stéphanie Szostak, James Badge Dale, Jon Favreau, and Ben Kingsley. In Iron Man 3, Tony Stark wrestles with the ramifications of the events of The Avengers during a national terrorism campaign on the United States

This is a document about Marvel Cinematic Universe: Phase Two
  Tony Stark faces a powerful enemy, the Mandarin, who attacks and destroys his mansion. Left to his own devices and battling posttraumatic stress disorder, Stark struggles to get to the bottom of a series of mysterious explosions. In late 2010, Marvel and Disney announced that they were developing a third Iron Man film. In February 2011, Marvel hired Shane Black to direct Iron Man 3. Black co-wrote the film's script with Drew Pearce. Robert Downey Jr., Gwyneth Paltrow, and Don Cheadle reprised their roles from 2010's Iron Man 2, while Guy Pearce and Ben Kingsley joined the cast as Aldrich Killian and Trevor Slattery, respectively. Filming began in May 2012, in North Carolina.

This is a document about Iron Man 2
  After the release of Iron Man 2, Walt Disney Studios agreed to pay Paramount at least $115 million for the worldwide distribution rights to Iron Man 3 and The Avengers. Disney, Marvel, and Paramount announced a May 3, 2013, release date for Iron Man 3. Shane Black directed Iron Man 3, from a screenplay by Drew Pearce. Downey, Paltrow, Cheadle, and Favreau reprised their roles, while Ben Kingsley played Trevor Slattery, Guy Pearce played Aldrich Killian, and Rebecca Hall played Maya Hansen.

This is a document about Iron Man 3
  Following the release of Iron Man 2, a conflict between Paramount Pictures, which had distribution rights to certain Marvel properties, and The Walt Disney Company, Marvel Entertainment's then new corporate parent, clouded the timing and the distribution arrangement of a possible third film. On October 18, 2010, Walt Disney Studios agreed to pay Paramount at least $115 million for the worldwide distribution rights to Iron Man 3, with Disney, Marvel, and Paramount announcing a May 3, 2013 release date for the film. Iron Man and Iron Man 2 director Jon Favreau said in December 2010 that he would not direct Iron Man 3, opting to direct Magic Kingdom instead. He remained an executive producer of director Joss

This is a document about Tony Stark (Marvel Cinematic Universe)
  comfortable with that?" Co-writer Jonathan Goldstein compared Stark to Ethan Hawke's father character in Boyhood (2014). Downey reprised the role in Avengers: Infinity War (2018) and Avengers: Endgame (2019). Iron Man 3 director Shane Black stated in March 2013 that "There has been a lot of discussion about it: 'Is this the last Iron Man for Robert [Downey Jr.]?' Something tells me that it will not be the case, and [he] will be seen in a fourth, or fifth." Marvel Studios president Kevin Feige said that the character of Stark would continue to be featured in the Marvel Cinematic Universe regardless of Downey's

This is a document about Warren Ellis
  Iron Man "Extremis" story arc written by Ellis was used as the primary influence on the plot of the Marvel Cinematic Universe film Iron Man 3, directed by Shane Black. Elements of "Extremis" were also used in the first Iron Man film. Global Frequency has been at various stages of adaptation since its publication. A television pilot written by John Rogers was produced in 2005, but development ended after it was leaked. Several more attempts to bring the limited series to television include writers Scott Nimerfro in 2009, and Rockne S. O'Bannon in 2014, though none have materialized. Gravel was at one point being developed with Tim Miller attached as director,

This is a document about Iron Man 3
  crossover film The Avengers and also served as an executive producer of Iron Man 3. Also in 2010, Downey reached out to Shane Black, who directed him in 2005's Kiss Kiss Bang Bang, to write and direct the film. In February 2011, Black entered final negotiations to join the project, and in March it was announced that Drew Pearce, who Marvel had originally hired for a Runaways script, would work with Black on the script. Downey said, "Bringing in Shane Black to write and direct Iron Man 3 to me is basically the only transition from Favreau to a 'next thing' that Favreau and the audience and Marvel and I could ever actually sign off on."

This is a document about Agent Carter (film)
  the home media release of Iron Man 3 in 2013, and it was chosen for the spot, dependent on actress Hayley Atwell's availability. Marvel Studios co-president Louis D'Esposito, who directed the previous One-Shot, Item 47, returned as director, while writer Eric Pearson also returned from the previous One-Shots. D'Esposito noted that the short had twice the budget of Item 47, but the same amount of shooting time so "the scope of it is much bigger. It's set in a period, there are more actors involved, the scale's bigger, there are three fight scenes—we've never had that in any of [the previous One-Shots]." Atwell agreed to the project after watching Item 47, and due to

Shane Black is the director of Iron Man 3.


Question: who played kevin costner 's wife in field of dreams

Answer: Amy Madigan

This is a document about Field of Dreams
 with moments of pure magic." Field of Dreams Field of Dreams is a 1989 American fantasy-drama sports film directed by Phil Alden Robinson, who also wrote the screenplay, adapting W. P. Kinsella's novel "Shoeless Joe". It stars Kevin Costner, Amy Madigan, James Earl Jones, Ray Liotta and Burt Lancaster in his final film role. It was nominated for three Academy Awards, including for Best Original Score, Best Adapted Screenplay and Best Picture. In 2017, the film was selected for preservation in the United States National Film Registry by the Library of Congress as being "culturally, historically, or aesthetically significant". Ray

This is a document about Field of Dreams
 Field of Dreams Field of Dreams is a 1989 American fantasy-drama sports film directed by Phil Alden Robinson, who also wrote the screenplay, adapting W. P. Kinsella's novel "Shoeless Joe". It stars Kevin Costner, Amy Madigan, James Earl Jones, Ray Liotta and Burt Lancaster in his final film role. It was nominated for three Academy Awards, including for Best Original Score, Best Adapted Screenplay and Best Picture. In 2017, the film was selected for preservation in the United States National Film Registry by the Library of Congress as being "culturally, historically, or aesthetically significant". Ray Kinsella is a novice Iowa

This is a document about History of Dubuque, Iowa
 he moves up through the labor union organization. Dubuque was chosen because without TV antennas it looked more like Cleveland of the 1930s than Cleveland did. In between came "Take This Job and Shove It", a movie starring Robert Hays and Art Carney that was filmed at the old Dubuque Star Brewery. In the late 1980s "Field of Dreams" was filmed. Parts of the movie were filmed in Dubuque, as well as the nearby towns of Dyersville and Galena, Illinois. The movie starred Kevin Costner, Amy Madigan, Gaby Hoffmann, James Earl Jones, Ray Liotta, and Burt Lancaster. Both well known

This is a document about Field of Dreams
 and became interested in the project, stating that he felt it would be "this generation's "It's a Wonderful Life"". Since Robinson's directing debut "In the Mood" had been a commercial failure, Costner also said that he would help him with the production. Amy Madigan, a fan of the book, joined the cast as Ray's wife, Annie. In the book, the writer Ray seeks out is real-life author J.D. Salinger. When Salinger threatened the production with a lawsuit if his name was used, Robinson decided to rewrite the character as reclusive Terence Mann. He wrote with James Earl Jones in mind

This is a document about Field of Dreams
  Field of Dreams is a 1989 American sports fantasy drama film written and directed by Phil Alden Robinson, based on W. P. Kinsella's 1982 novel Shoeless Joe. The film stars Kevin Costner as a farmer who builds a baseball field in his cornfield that attracts the ghosts of baseball legends, including Shoeless Joe Jackson (Ray Liotta) and the Chicago Black Sox. Amy Madigan, James Earl Jones, and Burt Lancaster (in his final film role) also star. It was theatrically released on May 5, 1989. The film received generally positive reviews from critics, and was nominated for three Academy Awards: Best Picture, Best Original Score and Best Adapted Screenplay. In 2017, it was selected for preservation in the United States National Film Registry by the Library of Congress as "culturally, historically, or aesthetically significant".

This is a document about Mary Fields
 In the documentary South by Northwest, "Homesteaders" (1976), Fields is played by Esther Rolle. ; In the TV movie The Cherokee Kid (1996), Fields is played by Dawnn Lewis. ; In the TV movie Hannah's Law (2012), she is played by Kimberly Elise. ; In the short Western film, They Die By Dawn (2013), Fields is played by Erykah Badu. ; In the film The Harder They Fall (2021), she is played by Zazie Beetz.

This is a document about Field of Dreams (Dubuque County, Iowa)
  On August 11, 2006, Austin, Texas' Alamo Drafthouse "Rolling Roadshow" (which screens films in locations unique to each film) showed Field of Dreams at the Field of Dreams site in Dyersville. A giant, outdoor screen was set up adjacent to the field with seating, concession, and parking along left and center field. Only the property owned by the Ameskamp family was allowed to be used for this event; the Lansing property was closed to the public. Before the screening of the film, Kevin Costner and his band (unnamed at the time, now known as Kevin Costner and Modern West) performed for two hours for the attending crowd of close to 1,000 people. Costner and his band played a selection of original songs and popular covers, including a song about Iowa that he wrote during the filming of Field of Dreams 17 years earlier. The event was sponsored by a DVD rental company and hosted by Lisa Loeb.

This is a document about Jessica Lange
  on behalf of the Democratic House Task Force on Agriculture, alongside Jane Fonda and Sissy Spacek, whom she later neighbored and befriended. At the close of 1985, she portrayed legendary country singer Patsy Cline in Karel Reisz's biopic Sweet Dreams, opposite Ed Harris, Ann Wedgeworth, and John Goodman. She was nominated a fourth time for an Oscar and came in second for both the National Board of Review Award for Best Actress and the National Society of Film Critics Award for Best Actress. In several interviews, Meryl Streep has said she "begged" Reisz, who directed her in 1981's The French Lieutenant's Woman, for the role of Cline, but his first choice

This is a document about Seduce the Heaven
 2013: Field of Dreams

This is a document about List of University of California, Berkeley alumni
  in the hit drama 24, got his Masters of Science in "Criminology and Law" at Berkeley (no such degree is offered). • In the hit film Field of Dreams (1990), the lead character Ray Kinsella (played by Kevin Costner) is a Berkeley alum • Rei Shimura, the protagonist in Sujata Massey's mystery novels, earned her master's degree in Japanese art history from Berkeley. • In the film Gotcha! (1985), Jonathan (played by Anthony Edwards) falls for Sasha (played by Linda Fiorentino), a beautiful and mysterious Berkeley graduate student in film. • Winona Ryder plays Finn Dodd, a Berkeley graduate student,

This is a document about List of people from California
  Wolves, Field of Dreams) ; Natalie Coughlin – Olympic swimmer ; Glenn Cowan (1952–2004) – table tennis player ; Nikki Cox – actress (Las Vegas) ; Alan Cranston – U.S. Senator from California ; Bryan Cranston – actor ; Laura Creavalle – Guyanese-born Canadian-American professional bodybuilder ; Richard Crenna – actor ; Darren Criss – actor ; William Henry Crocker – philanthropist and founder of Crocker National Bank ; James Cromwell – actor ; Joe Cronin – Hall of Fame baseball player and manager ; David Crosby – musician ; Cameron Crowe – filmmaker ; Kaley Cuoco – actress (The Big Bang Theory) ; Jamie Lee Curtis – actress (Halloween, Trading Places) ; Cole Custer – NASCAR driver

This is a document about University of Victoria
  Field of Dreams ; Eva Markvoort, author who chronicled her life with cystic fibrosis which became the subject of the film '65 Redroses ; Aaron McArthur, Global News BC television reporter ; Charles Montgomery, writer ; Peter Outerbridge, Genie-nominated actor in such movies as Kissed and Saw VI ; Nilesh Patel, noted filmmaker ; Chris Perry, Royal Canadian Navy Historian ; Eden Robinson, novelist and short story writer ; Tina Ross, noted archaeological illustrator working in the Aegean area ; Melanie Siebert, poet ; Jessica Stockholder, artist ; Richard Van Camp, short story writer and novelist ; D.W. Wilson, writer

This is a document about W. P. Kinsella
  W. P. Kinsella's novel Shoeless Joe was made into the movie Field of Dreams, starring Kevin Costner. The movie grossed nearly $65 million in the United States. It helped establish Costner as a star and was later inducted into the National Film Registry. Kinsella's eight books of short stories about life on reserves were the basis for the 1994 movie Dance Me Outside and CBC television series The Rez, both of which Kinsella considered to be of very poor quality. Fencepost Chronicles won the Stephen Leacock Award for Humour in 1987. The short story The Last Pennant Before Armageddon was adapted for the stage by the Live Bait Theater in Chicago in 1990. Kinsella's short story "Lieberman in Love" was the basis for a short film that won the Academy Award for Live Action Short Film in 1996. The Oscar came as a surprise to Kinsella, who, watching the award telecast from home, had no idea the film had been made and released. He was not listed in the film's credits or acknowledged by director Christine Lahti in her acceptance speech. A full-page advertisement ran in Variety apologizing to Kinsella for the error.

This is a document about Amy Madigan
  made her Off-Broadway debut in 1987, portraying Sue Jack Tiller in The Lucky Spot by Beth Henley, for which she won a Theatre World Award and was nominated for the Drama Desk Award for Outstanding Actress in a Play. In 1988, she was nominated for an Independent Spirit Award for Best Supporting Female for her performance in The Prince of Pennsylvania. That same year, she performed in A Lie of the Mind at the Mark Taper Forum. In 1989, Madigan played the wife of Kevin Costner in Field of Dreams, which was nominated for the Academy Award for Best Picture. That same year,

This is a document about Gaby Hoffmann
  Hoffmann began acting in commercials at the age of four to help pay the family bills. In 1989, she starred in her first movie, Field of Dreams, with Kevin Costner. 1989's Uncle Buck followed, working beside John Candy and up-and-coming child star Macaulay Culkin. However, she grew tired of the rigors of screen performance and temporarily retired. Nevertheless, upon hearing that Culkin (whom she disliked when they worked together ) was making a lot of money in feature films, her "competitive spirit got the best of her", as she later put it, and she reentered the profession. She starred in This Is My Life (1992), Sleepless in Seattle (1993) with Tom Hanks, and The Man Without a Face with Mel Gibson. According to Hoffmann, the praise she received for her performance in This is My Life encouraged her to pursue a full-time acting career

This is a document about Brenda Fricker
  to Mrs. Brown, saying "anybody who gives birth twenty-two times deserves one of these". For her performance, Brenda was also nominated for a Golden Globe Award and she won the Los Angeles Film Critics Association Award for Best Supporting Actress as well. She rejoined My Left Foot writer and director Jim Sheridan to make the 1990 film The Field, starring alongside Richard Harris as Maggie McCabe, the wife of Harris' "Bull" McCabe. She continued her television work during this period, starring in the Australian-produced short series Brides of Christ (1991) and the miniseries Seekers (1992) alongside Josette Simon, produced by Sarah Lawson. Buoyed by her Oscar win,

This is a document about Sally Field
  Sally Margaret Field (born November 6, 1946) is an American actress and director. She is the recipient of various accolades, including two Academy Awards, three Primetime Emmy Awards, two Golden Globe Awards, a Screen Actors Guild Award, a Cannes Film Festival Award for Best Actress, and nominations for a Tony Award and for two British Academy Film Awards. Field began her career on television, starring in the comedies Gidget (1965–1966), The Flying Nun (1967–1970), and The Girl with Something Extra (1973–1974). In 1967, she was also in the western The Way West. In 1976, she garnered critical acclaim for her performance in the television film Sybil, for which she received

This is a document about List of Sally Field performances
  Sally Field (born November 6, 1946) is an American actress and director. She is the recipient of various accolades, including two Academy Awards, three Primetime Emmy Awards, two Golden Globe Awards, and a Screen Actors Guild Award, and she has been nominated for a Tony Award and two BAFTA Awards. Field began her professional career on television, starring in the short-lived comedies Gidget (1965–1966), The Flying Nun (1967–1970), and The Girl with Something Extra (1973–1974). In 1976, she garnered critical acclaim for her performance in the miniseries Sybil, for which she received the Primetime Emmy Award for Outstanding Lead Actress in a Limited Series or Movie. Her film debut was as an extra

This is a document about Marneen Fields
  Atlantis, Mary Crosby Dynasty, Samantha Doane The Gauntlet, Linda Purl Matlock, Natasha Richardson Patty Hearst, Karen Black Police Story: Confessions of a Lady Cop, Linda Hamilton Murder She Wrote, Melanie Griffith She's in the Army Now, Tovah Feldshuh Terror out of the Sky, Dee Wallace The Howling, Kim Cattrall The Hardy Boys/Nancy Drew Mysteries, Barbara Hershey From Here to Eternity, and Heather Menzies Logan's Run. Fields was also cast in more stunt actress jobs by directors like Stanley Kramer The Runner Stumbles, Irwin Allen The Swarm, Peter Medak Otherworld, and James Fargo Scarecrow and Mrs. King. In the mid-80s she became the first woman to come from the pure stunt arena to land the co-star role in the Arkoff International Production of Hellhole as the religious insanity victim who receives a chemical lobotomy.

Amy Madigan played Kevin Costner's wife in "Field of Dreams."


Question: what is the meaning of wordpad in computer

Answer: a basic word processor

This is a document about WordPad
 changed to Calibri 11. A similar word processor, also called WordPad, is supplied by some vendors on a Windows CE pre-installation. It has simple functionality like its desktop OS cousin. The icon resembles an early Microsoft Word icon. WordPad WordPad is a basic word processor that is included with almost all versions of Microsoft Windows from Windows 95 onwards. It is more advanced than Microsoft Notepad but simpler than Microsoft Works Word Processor and Microsoft Word. It replaced Microsoft Write. WordPad can format and print text, including fonts, bold, italic, colored, and centered text, etc., but lacks vital functions such

This is a document about WordPad
 WordPad WordPad is a basic word processor that is included with almost all versions of Microsoft Windows from Windows 95 onwards. It is more advanced than Microsoft Notepad but simpler than Microsoft Works Word Processor and Microsoft Word. It replaced Microsoft Write. WordPad can format and print text, including fonts, bold, italic, colored, and centered text, etc., but lacks vital functions such as a spell checker, thesaurus, and control over pagination. It does not support footnotes or endnotes. However WordPad can read, render, and save many Rich Text Format (RTF) features that it cannot create, such as tables, strikeout, superscript,

This is a document about Microsoft Write
 was very similar to the Macintosh version, and had all of the same features. It saved and wrote to Write .wri files, a new format created specifically for Microsoft Write. Later versions could save to the Word .doc format. Write was replaced with WordPad in Windows 95. WordPad can read .wri files, but is unable to save to them. Microsoft Write Microsoft Write is a basic word processor included with Windows 1.0 and later, until Windows NT 3.51. Throughout its lifespan it was minimally updated, and is comparable to early versions of MacWrite. Early versions of Write only work with

This is a document about Microsoft Write
 Microsoft Write Microsoft Write is a basic word processor included with Windows 1.0 and later, until Windows NT 3.51. Throughout its lifespan it was minimally updated, and is comparable to early versions of MacWrite. Early versions of Write only work with Write (.wri) files, but after Windows 3.0, Write became capable of reading and composing early Word (.doc) documents. With Windows 3.1, Write became OLE capable. In Windows 95, Write was replaced with WordPad. If you try to open write from the Windows folder, it will just open WordPad instead. Being a word processor, Write features additional document formatting features

This is a document about WordPad
  WordPad is the basic word processor that has been included with almost all versions of Microsoft Windows from Windows 95 on. It is more advanced than Windows Notepad, and simpler than Microsoft Word and Microsoft Works (last updated in 2007). WordPad replaced Microsoft Write.

This is a document about Windows Notepad
  Windows Notepad is a simple text editor for Windows; it creates and edits plain text documents. First released in 1983 to commercialize the computer mouse in MS-DOS, Notepad has been part of every version of Windows ever since.

This is a document about Word processor
   A word processor (WP) is a device or computer program that provides for input, editing, formatting, and output of text, often with some additional features. Early word processors were stand-alone devices dedicated to the function, but current word processors are word processor programs running on general purpose computers. The functions of a word processor program fall somewhere between those of a simple text editor and a fully functioned desktop publishing program. However, the distinctions between these three have changed over time and were unclear after 2010.

This is a document about Windows Notepad
  Notepad is a text editor, i.e., an app specialized in editing plain text. It can edit text files (bearing the ".txt" filename extension) and compatible formats, such as batch files, INI files, and log files. Notepad can read and write plain texts encoded in ASCII, UTF-8, and UTF-16. It supports both left-to-right and right-to-left based languages. Notepad offers only the most basic text manipulation functions, such as finding and replacing text. Until Windows ME, there were almost no keyboard shortcuts and no line-counting feature. Starting with Windows 2000, shortcuts for common commands like "New", "Open", and "Save" were added, as well as a status bar with a line counter (available only when word-wrap is disabled). Before

This is a document about Microsoft Write
  In 1985, Windows 1.0 was released with Microsoft Write. It was a basic word processor, intended to be more complex than Notepad. It was very similar to the Macintosh version, and had all of the same features. It saved and wrote to Write .wri files, a new format created specifically for Microsoft Write. Later versions could save to the Word .doc format. Write was replaced with WordPad in Windows 95. WordPad can read .wri files, but is unable to save to them.

This is a document about Touchpad
  A touchpad or trackpad is a pointing device featuring a tactile sensor, a specialized surface that can translate the motion and position of a user's fingers to a relative position on the operating system that is made output to the screen. Touchpads are a common feature of laptop computers as opposed to using a mouse on a desktop, and are also used as a substitute for a mouse where desk space is scarce. Because they vary in size, they can also be found on personal digital assistants (PDAs) and some portable media players. Wireless touchpads are also available as detached accessories.

This is a document about WordPad
  or all of it to RTF (this depends partly on the Web browser from which the text is copied). WordPad is suited to taking notes; writing letters and stories; and use on various tablets, PCs, and smart phones. It is underpowered for work that relies heavily on graphics and typesetting, such as most publishing-industry requirements for rendering final hard copy. A character not on the keyboard can be entered into Wordpad by typing its hexadecimal code point in Unicode followed by. Likewise, the code point of a character from another application can be determined by copying it into Wordpad followed by. Although WordPad

This is a document about Word mark (computer hardware)
  In computer hardware, a word mark or flag is a bit in each memory location on some variable word length computers (e.g., IBM 1401, 1410, 1620) used to mark the end of a word. Sometimes the actual bit used as a word mark on a given machine is not called word mark, but has a different name (e.g., flag on the IBM 1620, because on this machine it is multipurpose). The term word mark should not be confused with group mark or with record mark, which are distinct characters.

This is a document about TRS-80 Model 100
  the computer to "catch up". As a small compensation, many users found it somewhat amusing watching the text appearing on the display, particularly text inserted into the body of a paragraph. A perhaps not well-known but documented feature of TEXT was that it partially supported the WordStar command interface. The supported commands were the cursor movement and character deletion <Control> key combinations on the left hand side of the keyboard; the commands for activating Wordstar menus, like the <Ctrl><K> Block menu, were not functional. Invisible files in the system RAM named "Hayashi" and "Suzuki" commemorate the names of designers Junji Hayashi and Jay

This is a document about Word processor (electronic device)
  A word processor is an electronic device (later a computer software application) for text, composing, editing, formatting, and printing. The word processor was a stand-alone office machine in the 1960s, combining the keyboard text-entry and printing functions of an electric typewriter with a recording unit, either tape or floppy disk (as used by the Wang machine) with a simple dedicated computer processor for the editing of text. Although features and designs varied among manufacturers and models, and new features were added as technology advanced, the first word processors typically featured a monochrome display and the ability to save documents on memory cards or diskettes. Later models

This is a document about Portable Application Description
  PAD or Portable Application Description is a machine-readable document format and specification designed by the Association of Software Professionals and introduced in 1998. The PAD specification is utilized by more than 6,000 software publishers of downloadable applications covering the Windows, OS X, and Linux operating systems. PAD is a worldwide registered trademark of the Association of Software Professionals and managed by the ASP PAD Committee. PAD allows software authors to provide standardized product descriptions and specifications to online sources in a standard way, using a simple XML schema that allows webmasters and program librarians to automate new program listings and

This is a document about CPU cache
  Scratchpad memory (SPM), also known as scratchpad, scratchpad RAM or local store in computer terminology, is a high-speed internal memory used for temporary storage of calculations, data, and other work in progress.

This is a document about WordStar
  WordStar was the first microcomputer word processor to offer mail merge and textual WYSIWYG. Besides word-wrapping (still a notable feature for early microcomputer programs), this last was most noticeably implemented as on-screen pagination during the editing session. Using the number of lines-per-page given by the user during program installation, Wordstar would display a full line of dash characters onscreen showing where page breaks would occur during hardcopy printout. Many users found this very reassuring during editing, knowing beforehand where pages would end and begin, and where text would thus be interrupted across pages. Barnaby left the company in March 1980,

This is a document about Input (computer science)
 Mouse ; Keyboard ; Touchscreen ; Microphone ; Webcam ; Softcam ; Touchpad ; Trackpad ; Image scanner ; Trackball In computer science, the general meaning of input is to provide or give something to the computer, in other words, when a computer or device is receiving a command or signal from outer sources, the event is referred to as input to the device. Some computer devices can also be categorized as input devices because we use these devices to send instructions to the computer, some common examples of computer input devices are:  Also some internal components of computer are input components to other components, like the power-on button of a computer is input component for the processor or the power supply, because it takes user input and sends it to other components for further processing. In many computer languages the keyword "input" is used as a special keyword or function, such as in Visual Basic or Python. The command "input" is used to give the machine the data it has to process.

This is a document about Pointing device
   A touchpad or trackpad is a flat surface that can detect finger contact. It is a stationary pointing device, commonly used on laptop computers. At least one physical button normally comes with the touchpad, but the user can also generate a mouse click by tapping on the pad. Advanced features include pressure sensitivity and special gestures such as scrolling by moving one's finger along an edge. It uses a two-layer grid of electrodes to measure finger movement: one layer has vertical electrode strips that handle vertical movement, and the other layer has horizontal electrode strips to handle horizontal movements.

WordPad is a basic word processing software included with most versions of Microsoft Windows. It can format and print text, and includes features like fonts, bold, italic, color, and superscript. It is more advanced than Notepad but less advanced than Microsoft Word. WordPad can save files in .wri format, but it can also read and write .doc files. It is a successor to Microsoft Write, which was included with earlier versions of Windows.


Question: where did the passengers of the mayflower supposedly land

Answer: Cape Cod hook

This is a document about Mayflower
 November 9, 1620, they sighted present-day Cape Cod. They spent several days trying to sail south to their planned destination of the Colony of Virginia, where they had obtained permission to settle from the Company of Merchant Adventurers. However, strong winter seas forced them to return to the harbor at Cape Cod hook, well north of the intended area, where they anchored on November 11. The settlers wrote and signed the Mayflower Compact after the ship dropped anchor at Cape Cod, in what is now Provincetown Harbor, in order to establish legal order and to quell increasing strife within the

This is a document about William Mullins (Mayflower passenger)
 half the passengers perished in cold, harsh, unfamiliar New England winter. On November 9/19, 1620, after about three months at sea, including a month of delays in England, they spotted land, which was the Cape Cod Hook, now called Provincetown Harbor. After several days of trying to get south to their planned destination of the Colony of Virginia, strong winter seas forced them to return to the harbor at Cape Cod hook, where they anchored on November 11/21. William Mullins signed The Mayflower Compact 11/21 1620. William Mullins, his wife Alice and son Joseph all died within months of arriving

This is a document about Edward Doty
 the harbor at Cape Cod hook, where they anchored on November 11. Upon arrival of the "Mayflower" at Cape Cod, Doty was one of 41 male passengers who signed the Mayflower Compact where his name appears as "Edward Doten". In late 1620, Doty accompanied Hopkins and others on some of the early Pilgrim explorations of the Cape Cod area while trying to locate a suitable location for their settlement. In Plymouth Colony records, Doty's name was also spelled variously as Doten (Mayflower Compact), Dotey (1626 Purchasers and 1643 bear arms lists), Dolton (1627 Division of the Cattle), and Dowty (1633/34

This is a document about James Chilton
 the space of several months, almost half the passengers perished in cold, harsh, unfamiliar New England winter. On November 9/19, 1620, after about three months at sea, including a month of delays in England, they spotted land, which was the Cape Cod Hook, now called Provincetown Harbor. And after several days of trying to get south to their planned destination of the Colony of Virginia, strong winter seas and a damaged ship forced them to return to the Cape Cod Hook where they anchored on November 11/21. Since there were no established laws where they landed they wrote the Mayflower

This is a document about Resolved White
 of the passengers perished in the cold, harsh, unfamiliar New England winter. On November 9, 1620, after about three months at sea, including a month of delays in England, they spotted land, which was the Cape Cod Hook, now called Provincetown Harbor. After several days of trying to get south to their planned destination of the Colony of Virginia, strong winter seas forced them to return to the harbor at Cape Cod Hook, where they anchored on November 11. The Mayflower Compact was signed that day. William White died on February 21, 1621. With her husband's death, Susanna White, with

This is a document about Isaac Allerton
 almost half the passengers perished in cold, harsh, unfamiliar New England winter. On November 9/19, 1620, after about three months at sea, including a month of delays in England, they spotted land, which was the Cape Cod Hook, now called Provincetown Harbor. And after several days of trying to get south to their planned destination of the Colony of Virginia, strong winter seas forced them to return to the harbor at Cape Cod hook, where they anchored on November 11/21. The Mayflower Compact was signed that day. Issac Allerton was one of the signers. Of Isaac Allerton and his first

This is a document about William White (Mayflower passenger)
 passenger, but the worst was yet to come after arriving at their destination when, in the space of several months, almost half the passengers perished in cold, harsh, unfamiliar New England winter. On November 9/19, 1620, after about 3 months at sea, including a month of delays in England, they spotted land, which was the Cape Cod Hook, now called Provincetown Harbor. After several days of trying to get south to their planned destination of the Colony of Virginia, strong winter seas forced them to return to the harbor at Cape Cod hook, where they anchored on November 11/21. The

This is a document about Edward Tilley
 the worst was yet to come after arriving at their destination when, in the space of several months, almost half the passengers perished in cold, harsh, unfamiliar New England winter. On November 9/19, 1620, after about three months at sea, including a month of delays in England, they spotted land, which was the Cape Cod Hook, now called Provincetown Harbor. After several days of trying to get south to their planned destination of the Colony of Virginia, strong winter seas forced them to return to the harbor at Cape Cod hook, where they anchored on November 11/21. The Mayflower Compact

This is a document about Peter Browne (Mayflower passenger)
 when, in the space of several months, almost half the passengers perished in cold, harsh, unfamiliar New England winter. On 9/19 November 1620, after about 3 months at sea, including a month of delays in England, they spotted land, which was Cape Cod. And after several days of trying to get south to their planned destination of the Colony of Virginia, strong winter seas forced them to return to the harbor at the Cape Cod hook, where they anchored on 11/21 November. Realizing they were not at the intended destination they determined to bind themselves as a democratically governed and

This is a document about William Butten
 was yet to come after arriving at their destination when, in the space of several months, almost half the passengers perished in cold, harsh, unfamiliar New England winter. On November 9/19, 1620, after about three months at sea, including a month of delays in England, they spotted land, which was Cape Cod. And after several days of trying to get south to their planned destination of the Colony of Virginia, strong winter seas forced them to return to the harbor at Cape Cod hook, where they anchored on November 11/21. The Mayflower Compact was signed that day. There were forty-one

This is a document about Richard More (Mayflower passenger)
 the harbour at Cape Cod hook, where they anchored on 11/21 November. The Mayflower Compact was signed that day. A number of colonists travelled as indentured servants on the "Mayflower". Exactly what explanation was given for the More children's presence is not known as many "homeless waifs from the streets of London were sent to the New World as labourers". Three of the "Mayflower" Pilgrims took responsibility for the children as indentured servants: Richard was six years old when the "Mayflower" landed at Plymouth Colony. Immediately upon setting foot on land, he would have worked with all of the others

This is a document about Christopher Martin (Mayflower passenger)
 Cape Cod Hook, now called Provincetown Harbor. And after several days of trying to get south to their planned destination of the Colony of Virginia, strong winter seas forced them to return to the harbor at Cape Cod hook, where they anchored on November 11/21. The Mayflower Compact was signed that day. Upon arrival at Cape Cod, Christopher Martin was a signatory to the Mayflower Compact, but his step-son Solomon, being still in his teens, was not old enough to sign. His servant John Langemore also did not sign the Mayflower Compact, believed to also still be in his teens.

This is a document about Degory Priest
 sea, including a month of delays in England, they spotted land, which was the Cape Cod Hook, now called Provincetown Harbor. After several days of trying to get south to their planned destination of the Colony of Virginia, strong winter seas forced them to return to the harbor at Cape Cod hook, where they anchored on November 11/21. The Mayflower Compact was signed that day. Degory Priest was a signatory to the Mayflower Compact on November 11, 1620. From William Bradford’s later recollection of seven men from the "Mayflower" who died soon after arrival, "Digerie Preist" among them, with this

This is a document about Thomas Rogers (Mayflower passenger)
 of delays in England, they spotted land, which was the Cape Cod Hook, now called Provincetown Harbor. After several days of trying to get south to their planned destination of the Colony of Virginia, strong winter seas forced them to return to the harbor at Cape Cod hook, where they anchored on November 11/21. The Mayflower Compact was signed that day. Thomas Rogers was the 18th signatory to the Mayflower Compact. His son Joseph was then about 18 years of age and could not sign the Compact. Confusion has arisen related to the discovery by author Eugene Stratton of the

This is a document about Stephen Hopkins (Mayflower passenger)
 months at sea, including a month of delays in England, they spotted land, which was the Cape Cod Hook, now called Provincetown Harbor. After several days of trying to sail south to their planned destination of the Colony of Virginia, strong winter seas forced them to return to the harbor at Cape Cod hook, where they anchored on 11/21 November. The Mayflower Compact was signed that day. Hopkins was a member of the early "Mayflower" exploratory parties while the ship was anchored in the Cape Cod area. He was well-versed in the hunting techniques and general lifestyle of American Indians

This is a document about John Tilley (Mayflower passenger)
 land, which was the Cape Cod Hook, now called Provincetown Harbor. After several days of trying to get south to their planned destination of the Colony of Virginia, strong winter seas forced them to return to the harbour at Cape Cod hook, where they anchored on 11/21 November. The Mayflower Compact was signed that day. John Tilley was a signatory to the Mayflower Compact, as was his brother, Edward. Both John Tilley and his brother Edward were involved in the early exploring expeditions of the Cape Cod area in November and December 1620, with both suffering the effects of being

This is a document about Mayflower
  Mayflower was an English ship that transported a group of English families, known today as the Pilgrims, from England to the New World in 1620. After a grueling 10 weeks at sea, Mayflower, with 102 passengers and a crew of about 30, reached America, dropping anchor near the tip of Cape Cod, Massachusetts, on, 1620. Differing from their contemporaries, the Puritans (who sought to reform and purify the Church of England), the Pilgrims chose to separate themselves from the Church of England because they believed it was beyond redemption due to its Roman Catholic past and the church's resistance to reform, which forced them to pray in private. Starting 1608, a group of English families left England for

This is a document about William Brewster (Mayflower passenger)
  ship was buffeted by strong westerly gales. The caulking of its planks was failing to keep out sea water, and the passengers' berths were not always dry. On the journey there were two deaths, a crew member and a passenger. After being blown off course by gales, the Mayflower made a landing at Cape Cod. Finding the area near Provincetown occupied by indigenous people, the ship's company decided to continue exploring along the nearby coast. The group arrived in the area near present-day Plymouth, Massachusetts, on December 21, 1620. In the space of several months almost half the passengers perished in the cold, harsh New England winter.

This is a document about Edward Doty
  The Mayflower’s passengers included the Pilgrims and also non-pilgrims who were merchants, craftsmen, and indentured servants. The Pilgrims called the craftsmen and indentured servants “strangers. The Mayflower’s destination was Virginia, but storms and lack of provisions forced it to anchor in Massachusetts. Because the Mayflower landed in Massachusetts, outside of the Virginia Company territory, the indentured servants argued that the contract was void (including their indentured servitude). “Pilgrim leader William Bradford later wrote, ‘Several strangers made discontented and mutinous speeches.”  Edward Doty was well known for his anger, and it is has long been surmised that he was one of the vocal discontented. The Pilgrim leaders in an

This is a document about Mayflower Steps
  The Mayflower Steps are close to the site in the Barbican area of Plymouth, south-west England, from which the Pilgrim Fathers are believed to have finally left England aboard the Mayflower on 6 September 1620, before crossing the Atlantic Ocean to settle in North America. The traditional site of their disembarkation in North America is Plymouth Rock.

The passengers of the Mayflower are supposed to have landed at Cape Cod Hook, now known as Provincetown Harbor, in Massachusetts, on November 11, 1620.


Question: south park the fracture but whole release date

Answer: October 17 , 2017

This is a document about South Park: The Fractured but Whole
 were involved throughout the game's production; they wrote its script, consulted on the design, and voiced many of the characters. The show's composer Jamie Dunlap worked on the game's soundtrack alongside Ubisoft San Francisco, creating music that was heavily inspired by the scores of several superhero films. Like its predecessor, the release of "The Fractured but Whole" was subject to several delays. The game was initially set for release in December 2016 but it was postponed for nearly a year. It was released worldwide for Microsoft Windows, PlayStation 4, and Xbox One on October 17, 2017. The game received generally

This is a document about South Park: The Fractured but Whole
 Park", but needed to make additional sounds for the game. USF had an area set aside for making fart sounds, stocked with plungers, a vuvuzela, and noise putty. Bonardi estimated they created more than 100 unique fart sounds for the game to reduce the repetitiveness of the sounds, which are used frequently in the game. They also mixed in other sounds, for instance the farts heard when the player and Kyle work together is mixed with the sound of a jet engine. "The Fractured but Whole" was released worldwide on October 17, 2017, for Microsoft Windows, PlayStation 4, and Xbox

This is a document about South Park: The Fractured but Whole
  the game's content would have been impossible for the relatively small team, believing they would need three-or-four times the staff to accommodate the project. USF worked extensively with South Park Digital Studios, which helped create animations and assets for the game. The Fractured but Whole, was publicly revealed on June 15, 2015, at Ubisoft's press conference at the 2015 Electronic Entertainment Expo, and in June 2016 a release date of December 6 was set. In September that year, the game's release was postponed to early 2017. In February 2017, it was again postponed to between April 2017 and March 2018. In May 2017 it received its eventual release date of October 17. Discussing the delays,

This is a document about South Park: The Fractured but Whole
  The Fractured but Whole cast was also released. A Nintendo Switch version, adapted by Ubisoft Pune, was released on April 24, 2018. First broadcast in October 2017, South Park episode "Franchise Prequel" serves as a narrative prequel to the game and features the characters wearing outfits and acting out roles similar to those in the game. In the episode, Coon and Friends attempt to launch their superhero media franchise but are derailed by Professor Chaos, who launches a plot to spread fake news on Facebook about the boys. Chaos is defeated but the boys are divided over their media franchise, leading into the events of The Fractured but Whole.

This is a document about South Park: The Stick of Truth
  some regions because of its content, which includes abortions and Nazi imagery; Parker and Stone replaced the scenes with detailed explanations of what occurs in each scene. The game was released to positive reviews, which praised the comedic script, visual style, and faithfulness to the source material. It received criticism for a lack of challenging combat and technical issues that slowed or impeded progress. A sequel, South Park: The Fractured but Whole, was released in October 2017, and The Stick of Truth was re-released in February 2018, for PlayStation 4 and Xbox One, and on Nintendo Switch in September 2018.

This is a document about South Park: The Stick of Truth
  In March 2014, Stone said that he and Parker were open to making a sequel, depending on the reception for The Stick of Truth. A sequel, South Park: The Fractured but Whole, was announced in June 2015. The game was developed by Ubisoft San Francisco, replacing Obsidian Entertainment, for PlayStation 4, Xbox One, and Microsoft Windows. The sequel was released worldwide on October 17, 2017 to generally positive reviews. In it, the player again controls the New Kid, joining the children of South Park as they role-play superheroes. A Nintendo Switch version, adapted by Ubisoft Pune, was released in 2018.

This is a document about South Park: The Fractured but Whole
  said USF was unhappy with the game's quality and wanted more time to refine it. These refinements often led to story changes—sometimes for pacing or comedy purposes—which meant entire sections of the game and their assets needed to be reworked. Some missions were completely removed despite being far into development. Unlike more typical videogame prototyping, in which designers experiment with simple gameplay demos, USF relied more heavily on interactive storyboards of the script to gain a sense of the location and the narrative. Parker and Stone provided feedback and the designers would change the storyboard until it was considered to be perfect. The Fractured but Whole was officially released to manufacturing on September 22, 2017.

This is a document about South Park: The Fractured but Whole
  The Fractured but Whole was released worldwide on October 17, 2017, for Microsoft Windows, PlayStation 4, and Xbox One. In contrast to the previous game, The Fractured but Whole was released worldwide without having to censor any content. In a September 2017 interview, USF associate producer Kimberly Weigend said the game's content was not tamer than that of The Stick of Truth, and the uncensored release was possibly a sign of censors becoming more open to ideas and that interactive media was a relatively new medium and the ratings system was evolving alongside it. Design director Paul Cross said to prevent the difficulties The Stick of Truth experienced, USF

This is a document about South Park (franchise)
  Tenorman's Revenge, is a platformer which was released in the spring of 2012. South Park: The Stick of Truth is a role-playing video game that was written by Parker and Stone, and was originally scheduled to be released on March 5, 2013 for the Xbox 360 and PlayStation 3 consoles, and Microsoft Windows. The game was eventually released a year later in March 2014 to positive reviews. A sequel to The Stick of Truth, South Park: The Fractured but Whole, was released in October 2017 with similarly good reception. A mobile game, 'South Park: Phone Destroyer, was released for Android and iOS in November 2017.

This is a document about South Park: The Fractured but Whole
  South Park: The Fractured but Whole is a 2017 role-playing video game developed by Ubisoft San Francisco and published by Ubisoft in collaboration with South Park Digital Studios. Based on the American adult animated television series South Park, it is the sequel to the 2014 video game South Park: The Stick of Truth. The game's narrative occurs one day after the events of its predecessor; it follows the New Kid, who has recently moved to South Park and becomes involved in an epic roleplay involving two rival superhero factions vying to create their own superhero media franchises. The superheroes' game unintentionally uncovers a conspiracy to raise crime in the town, bringing them into conflict with

This is a document about South Park (franchise)
  South Park is an American adult animated sitcom created by Trey Parker and Matt Stone and developed by Brian Graden for the Comedy Central television network. The show revolves around four boys—Stan Marsh, Kyle Broflovski, Eric Cartman, and Kenny McCormick—and their bizarre adventures in and around the titular Colorado town. Much like The Simpsons, South Park uses a very large ensemble cast of recurring characters and became infamous for its profanity and dark, surreal humor that satirizes a wide range of topics towards a mature audience. The pilot episode was produced using cutout animation, leading to all subsequent episodes being produced with computer animation that emulated the cutout technique. Parker and Stone perform most of the voice acting for the show's male characters. Since 2000, each episode has typically been written and produced in the week preceding its broadcast, with Parker serving as the primary writer and director. There have been a total of episodes over the course of the show's 23 seasons. The show's twenty-third season premiered on September 25, 2019. A special aired on September 30, 2020 and another special aired on March 10, 2021.

This is a document about South Park
  broadcast. It debuted with great success, consistently earning the highest ratings of any basic cable program. Subsequent ratings have varied, but it remains one of Comedy Central's highest-rated programs. Two television specials, "The Pandemic Special" and "South ParQ Vaccination Special", respectively premiered in September 2020 and March 2021. In August 2021, the series was renewed through 2027, and a series of films was announced for the streaming service Paramount+, the first two of which were released later that year. South Park has received numerous accolades, including five Primetime Emmy Awards, a Peabody Award, and numerous inclusions in various publications' lists of greatest television shows. A theatrical film, South Park: Bigger, Longer & Uncut, was released in June 1999 to commercial and critical success, garnering an Academy Award nomination. In 2013, TV Guide ranked South Park the tenth Greatest TV Cartoon of All Time.

This is a document about South Park: The Fractured but Whole
  In October 2017 in North America, South Park: The Fractured but Whole was the fourth-best-selling game across all available platforms, the third-best-selling game on PlayStation 4, and the fourth-best-selling game on Xbox One. The Fractured but Wholes global digital sales made it the eighth-best-selling game for consoles in October 2017. Alongside other single-player games, Assassin's Creed Origins and Middle-earth: Shadow of War, South Park: The Fractured but Whole  contributed over $160 million in digital sales for the month. Intelligence firm SuperData said single-player games would not stay high in the charts for long as they were not as easy to monetize through microtransactions as multiplayer video games. It was also among the top 100 highest-grossing games of 2017 on the Steam

This is a document about South Park: Post Covid
  South Park: Post Covid (also stylized South Park: Post COVID) is an American adult animated comedy television movie written and directed by Trey Parker. It is the first in a series of South Park television movies for the streaming service Paramount+ and premiered on November 25, 2021.

This is a document about Trey Parker
  the height of its popularity in its earliest seasons, South Park remains one of the highest-rated series on Comedy Central. In 2012, South Park cut back from producing 14 episodes per year (seven in the spring and seven in the fall) to a single run of 10 episodes in the fall, to allow the duo to explore other projects the rest of the year. As of 2019 the show is renewed through 2022, when it will reach its twenty-sixth season. The show's twenty-third season premiered on September 25, 2019. South Park has continued, becoming an enterprise worth hundreds of millions of dollars. The franchise has also expanded to

This is a document about South Park: The Stick of Truth
  South Park: The Stick of Truth was released in North America on March 4, 2014, for the PlayStation 3 and Xbox 360 consoles, and Microsoft Windows. It was released on March 6 in Australia and on March 7 in Europe. The game had been scheduled for release on March 5, 2013, but this was postponed two months by then-publisher THQ. After THQ filed for bankruptcy in January 2013, Ubisoft purchased the rights to publish the game and did not specify a release date. By May 2013, Ubisoft had confirmed that it would be released that year after it was omitted from their upcoming games release schedule. On September 26, 2013, Ubisoft announced that The Stick of Truth would be released in December 2013, but

This is a document about List of South Park episodes
  and dark, surreal humor that lampoons a wide range of topics. The story revolves around four boys—Stan Marsh, Kyle Broflovski, Eric Cartman, and Kenny McCormick—and their bizarre adventures in and around the eponymous Colorado town. Episodes of South Park have been nominated for a variety of different awards, including 3 Annie Awards (with one win), 2 Critics' Choice Television Award (with no wins),  17 Emmy Awards (with five wins), 3 TCA Awards (with no wins),  and received a Peabody Award. Several compilation DVDs have been released. In addition, the first twenty-three seasons have been released on DVD and Blu-ray. On September 12, 2019, the show was renewed up to the 26th season. On August 5, 2021, the show was renewed up to the 30th season in 2027, along with fourteen films for streaming on Paramount+. <templatestyles src="Horizontal TOC/styles.css" />

This is a document about South Park: The Fractured but Whole
  its predecessor, the release of The Fractured but Whole was subject to several delays. The game was initially set for release in December 2016 but it was postponed for nearly a year. It was released worldwide for Microsoft Windows, PlayStation 4, and Xbox One on October 17, 2017. The game received generally positive reviews, which praised the improvements and creativity of combat scenarios and faithfulness to the source material. Reviewers were divided over the story; some critics called it a humorous improvement, while others said it was less effective and relied too much on toilet humor. The game received post-release, supplemental story missions as downloadable content (DLC), and a Nintendo Switch version in 2018.

This is a document about South Park: Phone Destroyer
  South Park: Phone Destroyer was announced at E3 2017, and released worldwide on November 9, 2017. The game received a mixed response from critics, according to review aggregator Metacritic.

The South Park: The Fractured but Whole video game was released worldwide for Microsoft Windows, PlayStation 4, and Xbox One on October 17, 2017.


Question: what are the three major types of joints in the human body

Answer: cartilaginous joint

This is a document about Joint
 tooth and the jawbone is also called a joint, and is described as a fibrous joint known as a gomphosis. Joints are classified both structurally and functionally. Joints are mainly classified structurally and functionally. Structural classification is determined by how the bones connect to each other, while functional classification is determined by the degree of movement between the articulating bones. In practice, there is significant overlap between the two types of classifications. Structural classification names and divides joints according to the type of binding tissue that connects the bones to each other. There are three structural classifications of joints: Joints

This is a document about Hinge joint
 best examples of ginglymoid joints are the Interphalangeal joints of the hand and those of the foot and the joint between the humerus and ulna. The knee joints and ankle joints are less typical, as they allow a slight degree of rotation or of side-to-side movement in certain positions of the limb. The knee is the largest hinge joint in the human body. Hinge and pivot joints are both types of synovial joint. A hinge joint can be considered a modified sellar/saddle joint, with reduced movement. Other objects that work like hinged joints are door hinges, closet doors, and dog

This is a document about Anatomical terminology
 or absence of the palmaris longus tendon. Anatomical variation is unlike congenital anomalies, which are considered a disorder. Joints, especially synovial joints allow the body a tremendous range of movements. Each movement at a synovial joint results from the contraction or relaxation of the muscles that are attached to the bones on either side of the articulation. The type of movement that can be produced at a synovial joint is determined by its structural type. Movement types are generally paired, with one being the opposite of the other. Body movements are always described in relation to the anatomical position of

This is a document about Synovial joint
 other joints, synovial joints achieve movement at the point of contact of the articulating bones. Synovial joints contain the following structures: Many, but not all, synovial joints also contain additional structures: The bone surrounding the joint on the proximal side is sometimes called the "plafond", especially in the talocrural joint. A damage to this occurs in a Gosselin fracture. The blood supply of a synovial joint is derived from the arteries sharing in the anastomosis around the joint. There are six types of synovial joints. Some are relatively immobile, but are more stable. Others have multiple degrees of freedom, but

This is a document about Joint
 1) Simple joint: two articulation surfaces (e.g. shoulder joint, hip joint) ; 2) Compound joint: three or more articulation surfaces (e.g. radiocarpal joint) ; 3) Complex joint: two or more articulation surfaces and an articular disc or meniscus (e.g. knee joint) Joints can also be classified based on their anatomy or on their biomechanical properties. According to the anatomic classification, joints are subdivided into simple and compound, depending on the number of bones involved, and into complex and combination joints:

This is a document about Joint
 synarthrosis – permits little or no mobility. Most synarthrosis joints are fibrous joints (e.g., skull sutures). ; amphiarthrosis – permits slight mobility. Most amphiarthrosis joints are cartilaginous joints (e.g., intervertebral discs). ; synovial joint (also known as a diarthrosis) – freely movable. Synovial joints can in turn be classified into six groups according to the type of movement they allow: plane joint, ball and socket joint, hinge joint, pivot joint,  condyloid joint and saddle joint. Joints can also be classified functionally according to the type and degree of movement they allow: Joint movements are described with reference to the basic anatomical planes. Joints can also be classified, according to the number of axes of movement they allow, into nonaxial (gliding, as between the proximal ends of the ulna and radius), monoaxial (uniaxial), biaxial and multiaxial. Another classification is according to the degrees of freedom allowed, and distinguished between joints with one, two or three degrees of freedom. A further classification is according to the number and shapes of the articular surfaces: flat, concave and convex surfaces. Types of articular surfaces include trochlear surfaces.

This is a document about Shoulder
  The human shoulder is made up of three bones: the clavicle (collarbone), the scapula (shoulder blade), and the humerus (upper arm bone) as well as associated muscles, ligaments and tendons. The articulations between the bones of the shoulder make up the shoulder joints. The shoulder joint, also known as the glenohumeral joint, is the major joint of the shoulder, but can more broadly include the acromioclavicular joint. In human anatomy, the shoulder joint comprises the part of the body where the humerus attaches to the scapula, and the head sits in the glenoid cavity. The shoulder is the group of structures in the region of the joint. The shoulder joint is the main joint of the shoulder. It is a ball and socket joint that allows

This is a document about Joint
 fibrous joint – joined by dense regular connective tissue that is rich in collagen fibers ; cartilaginous joint – joined by cartilage. There are two types: primary cartilaginous joints composed of hyaline cartilage, and secondary cartilaginous joints composed of hyaline cartilage covering the articular surfaces of the involved bones with fibrocartilage connecting them. ; synovial joint – not directly joined – the bones have a synovial cavity and are united by the dense irregular connective tissue that forms the articular capsule that is normally associated with accessory ligaments. ; facet joint – joint between two articular processes between two vertebrae. Structural classification names and divides joints according to the type of binding tissue that connects the bones to each other. There are four structural classifications of joints:

This is a document about Joint
  The number of joints depends on if sesamoids are included, age of the human and the definition of joints. However, the number of sesamoids is the same in most people with variations being rare. If only adults are considered, there are 360 joints in the adult human body. Joints are mainly classified structurally and functionally. Structural classification is determined by how the bones connect to each other, while functional classification is determined by the degree of movement between the articulating bones. In practice, there is significant overlap between the two types of classifications.

This is a document about Hip
   The hip joint is a synovial joint formed by the articulation of the rounded head of the femur and the cup-like acetabulum of the pelvis. It forms the primary connection between the bones of the lower limb and the axial skeleton of the trunk and pelvis. Both joint surfaces are covered with a strong but lubricated layer called articular hyaline cartilage. The cuplike acetabulum forms at the union of three pelvic bones — the ilium, pubis, and ischium. The Y-shaped growth plate that separates them, the triradiate cartilage, is fused definitively at ages 14–16. It is a special type of spheroidal or ball and socket joint where the roughly spherical femoral head

This is a document about List of organs of the human body
 Human skeleton ; Joints ; Ligaments ; Muscular system ; Tendons

This is a document about Terminologia Anatomica
 General terms 1) Joints of skull ; 2) Vertebral joints ; 3) Thoracic joint ; 4) Joints of pelvic girdle ; 5) Joints of upper limb ; 6) Joints of lower limb

This is a document about Pelvic girdle pain
  The pelvis is the largest bony part of the skeleton and contains three joints: the pubic symphysis, and two sacroiliac joints. A highly durable network of ligaments surrounds these joints giving them tremendous strength. The pubic symphysis has a fibrocartilage joint which may contain a fluid filled cavity and is avascular; it is supported by the superior and arcuate ligaments. The sacroiliac joints are synovial, but their movement is restricted throughout life and they are progressively obliterated by adhesions. The nature of the bony pelvic ring with its three joints determines that no one joint can move independently of the other two.

This is a document about Knee
   The knee is a modified hinge joint, a type of synovial joint, which is composed of three functional compartments: the patellofemoral articulation, consisting of the patella, or "kneecap", and the patellar groove on the front of the femur through which it slides; and the medial and lateral tibiofemoral articulations linking the femur, or thigh bone, with the tibia, the main bone of the lower leg. The joint is bathed in synovial fluid which is contained inside the synovial membrane called the joint capsule. The posterolateral corner of the knee is an area that has recently been the subject of renewed scrutiny and research. The knee is the largest joint and one of the most important joints in the body. It plays an essential role in movement related to carrying the body weight in horizontal (running and walking) and vertical (jumping) directions. At birth, the kneecap is just formed from cartilage, and this will ossify (change to bone) between the ages of three and five years. Because it is the largest sesamoid bone in the human body, the ossification process takes significantly longer.

This is a document about Ankle problems
 The three foot joints, including the heel, the medial and the mid-foot bone ; big toe and foot bone joint ; Joints at which the ankle and the tibia meet The human foot has 28 bones and more than 30 joints. The following foot joints are those most commonly affected by osteoarthritis:

This is a document about Synovial joint
  There are seven types of synovial joints. Some are relatively immobile, but are more stable. Others have multiple degrees of freedom, but at the expense of greater risk of injury. In ascending order of mobility, they are:

This is a document about Cricothyroid joint
  Three types A, B, and C have been identified. Type A is found in 56% of females and 66% of males. There is a well-defined "facet". It has a tight capsule and ligaments with either a concavity or a small groin directed from posterior superior to anterior inferior. Horizontal translational movement is about 3.0 mm, vertical gliding about 2.5 mm with great movement horizontally than vertically. The gliding movements are smaller in males than in females .Type B is in 24% of females and 20% of males. In contrary to type A it lacks a definite "facet" and the two cartilaginous parts of the articulation are joined only by soft connective tissue. Horizontal movement is 5.0 mm and vertical, 5.1 mm with no differences between them. Type C concerns all others and has a flat surface with or without a tiny protuberance. Horizontal movement is about 5.1 mm, and  vertical 3.8 mm. Type A is less mobile than the other two.

This is a document about Intercarpal joints
  The intercarpal joints (joints of the carpal bones of the wrist) can be subdivided into three sets of joints (also called articulations): Those of the proximal row of carpal bones, those of the distal row of carpal bones, and those of the two rows with each other.

This is a document about Artificial cartilage
  There are three types of cartilage in the human body: fibrocartilage, hyaline cartilage and elastic cartilage. Each type of cartilage has varying concentrations of components such as proteoglycans, collagen and water which determine its functional properties and location in the body. Fibrocartilage is most often found in the intervertebral discs, elastic cartilage is found in the external ear and hyaline cartilage is found on many joint surfaces in the body. Replacement of hyaline cartilage (articular cartilage) is the most common application of synthetic cartilage.

The three major types of joints in the human body are fibrous joints (synarthroses), cartilaginous joints (synchondroses), and synovial joints (diarthroses). Fibrous joints allow for minimal movement, cartilaginous joints allow for some movement, and synovial joints allow for the greatest range of movement.


Question: when is a galvanometer said to be sensitive

Answer: 100 microamperes

This is a document about Galvanometer
 the pointer settles quickly to its position without oscillation. The basic sensitivity of a meter might be, for instance, 100 microamperes full scale (with a voltage drop of, say, 50 millivolts at full current). Such meters are often calibrated to read some other quantity that can be converted to a current of that magnitude. The use of current dividers, often called shunts, allows a meter to be calibrated to measure larger currents. A meter can be calibrated as a DC voltmeter if the resistance of the coil is known by calculating the voltage required to generate a full scale current.

This is a document about Galvanometer
  There is broadly two types of galvanometers. Some galvanometers use a solid pointer on a scale to show measurements; other very sensitive types use a miniature mirror and a beam of light to provide mechanical amplification of low-level signals.

This is a document about Voltmeter
  as little as possible and so the instrument should draw a minimum of current to operate. This is achieved by using a sensitive galvanometer in series with a high resistance, and then the entire instrument is connected in parallel with the circuit examined. The sensitivity of such a meter can be expressed as "ohms per volt", the number of ohms resistance in the meter circuit divided by the full scale measured value. For example, a meter with a sensitivity of 1000 ohms per volt would draw 1 milliampere at full scale voltage; if the full scale was 200 volts, the resistance at the instrument's terminals would be 200,000 ohms and at full scale, the meter would draw 1 milliampere from the circuit

This is a document about Frog galvanoscope
  Synonyms for this device include galvanoscopic frog, frog's leg galvanoscope, frog galvanometer, rheoscopic frog, and frog electroscope. The device is properly called a galvanoscope rather than galvanometer since the latter implies accurate measurement whereas a galvanoscope only gives an indication. In modern usage a galvanometer is a sensitive laboratory instrument for measuring current, not voltage. Everyday current meters for use in the field are called ammeters. A similar distinction can be made between electroscopes, electrometers, and voltmeters for voltage measurements.

This is a document about Frog galvanoscope
  (Abraham Bennet, 1786). Yet Golding Bird could still write in 1848 that "the irritable muscles of a frog's legs were no less than 56,000 times more delicate a test of electricity than the most sensitive condensing electrometer." The word condenser used by Bird here means a coil, so named by Johann Poggendorff by analogy with Volta's term for a capacitor. The frog galvanoscope can be used to detect the direction of electric current. A frog's leg that has been somewhat desensitised is needed for this. The sensitivity of the instrument is greatest with a freshly prepared leg and then falls off with time, so

This is a document about Carey Foster bridge
  is slid until the galvanometer G measures zero. The thick-bordered areas are thick copper busbars of very low resistance, to limit the influence on the measurement.  ℓ1 . ℓ2 . σ , then the resistance difference is the resistance of the length of bridge wire between ℓ1 and ℓ2   To measure a low unknown resistance X, replace Y with a copper busbar that can be assumed to be of zero resistance. In practical use, when the bridge is unbalanced, the galvanometer is shunted with a low resistance to avoid burning it out. It is only used at full sensitivity when the anticipated measurement is close to the null point.

This is a document about Galvanometer
   A galvanometer is an electromechanical measuring instrument for electric current. Early galvanometers were uncalibrated, but improved versions, called ammeters, were calibrated and could measure the flow of current more precisely. A galvanometer works by deflecting a pointer in response to an electric current flowing through a coil in a constant magnetic field. Galvanometers can be thought of as a kind of actuator. Galvanometers came from the observation, first noted by Hans Christian Ørsted in 1820, that a magnetic compass's needle deflects when near a wire having electric current. They were the first instruments used to detect and measure small amounts of current. André-Marie Ampère, who gave mathematical expression to Ørsted's discovery, named the instrument after the Italian electricity

This is a document about Timeline of electromagnetism and classical optics
  credit for the discovery. ; 1820 – Johann Salomo Christoph Schweigger, German chemist, physicist, and professor, builds the first sensitive galvanometer, wrapping a coil of wire around a graduated compass, an acceptable instrument for actual measurement as well as detection of small amounts of electric current, naming it after Luigi Galvani. ; 1821 – André-Marie Ampère announces his theory of electrodynamics, predicting the force that one current exerts upon another. ; 1821 – Thomas Johann Seebeck discovers the thermoelectric effect. ; 1821 – Augustin-Jean Fresnel derives a mathematical demonstration that polarization can be explained only if light is entirely transverse,

This is a document about Frog galvanoscope
  The frog galvanoscope was a sensitive electrical instrument used to detect voltage in the late eighteenth and nineteenth centuries. It consists of skinned frog's leg with electrical connections to a nerve. The instrument was invented by Luigi Galvani and improved by Carlo Matteucci. The frog galvanoscope, and other experiments with frogs played a part in the dispute between Galvani and Alessandro Volta over the nature of electricity. The instrument is extremely sensitive and continued to be used well into the nineteenth century, even after electromechanical meters came into use.

This is a document about Ballistic galvanometer
  A ballistic galvanometer is a type of sensitive galvanometer; commonly a mirror galvanometer. Unlike a current-measuring galvanometer, the moving part has a large moment of inertia, thus giving it a long oscillation period. It is really an integrator measuring the quantity of charge discharged through it. It can be either of the moving coil or moving magnet type. Before first use the ballistic constant of the galvanometer must be determined. This is usually done by connecting to the galvanometer a known capacitor, charged to a known voltage, and recording the deflection. The constant K is calculated from the capacitance C, the voltage V and the deflection d:.

This is a document about Sensor
 it is sensitive to the measured property ; it is insensitive to any other property likely to be encountered in its application, and ; it does not influence the measured property.  A good sensor obeys the following rules:  Most sensors have a linear transfer function. The sensitivity is then defined as the ratio between the output signal and measured property. For example, if a sensor measures temperature and has a voltage output, the sensitivity is a constant with the units [V/K]. The sensitivity is the slope of the transfer function. Converting the sensor's electrical output (for example V) to the measured units (for example K) requires dividing the electrical output by the slope (or multiplying by its reciprocal). In addition, an offset is frequently added or subtracted. For example, −40 must be added to the output if 0 V output corresponds to −40 C input. For an analog sensor signal to be processed, or used in digital equipment, it needs to be converted to a digital signal, using an analog-to-digital converter.

This is a document about Experimental psychology
  The galvanometer is an early instrument used to measure the strength of an electric current. Hermann von Helmholtz used it to detect the electrical signals generated by nerve impulses, and thus to measure the time taken by impulses to travel between two points on a nerve.

This is a document about Wheatstone bridge
  current with a galvanometer can be done to extremely high precision. Therefore, if R1 , R2 , and R3 are known to high precision, then Rx can be measured to high precision. Very small changes in Rx disrupt the balance and are readily detected. Alternatively, if R1 , R2 , and R3 are known, but R2 is not adjustable, the voltage difference across or current flow through the meter can be used to calculate the value of Rx , using Kirchhoff's circuit laws. This setup is frequently used in strain gauge and resistance thermometer measurements, as it is usually faster to read a voltage level off a meter than to adjust a resistance to zero the voltage.

This is a document about Vibration galvanometer
  The frequency-sensitive behaviour of the galvanometer allows their use as a crude frequency meter, commonly used for adjusting the speed of AC generator sets. The galvanometer is constructed as a number of moving-iron galvanometers, sharing the same excitation coil. As each is tuned to a slightly different frequency, one of them will resonate at a time, according to the input frequency. The magnets are conveniently constructed as a single iron 'comb' of individual reeds, each of different length. Their range is typically from around 45-55 Hz (for a 50 Hz base frequency), with around 2 Hz resolution between each. As it is the identity of the vibrating reed (and thus frequency) that is of interest, rather than its amplitude, these are not calibrated. They are often viewed end-on, as the clearest viewpoint for the whole comb.

This is a document about Galvanometer
  To achieve higher sensitivity to detect extremely small currents, the mirror galvanometer substitutes a lightweight mirror for the pointer. It consists of horizontal magnets suspended from a fine fiber, inside a vertical coil of wire, with a mirror attached to the magnets. A beam of light reflected from the mirror falls on a graduated scale across the room, acting as a long mass-less pointer. The mirror galvanometer was used as the receiver in the first trans-Atlantic submarine telegraph cables in the 1850s, to detect the extremely faint pulses of current after their thousand-mile journey under the Atlantic. In a device called an oscillograph, the moving beam of light is used, to produce graphs of current versus time, by recording measurements on photographic film. The string galvanometer is a type of mirror galvanometer so sensitive that it was used to make the first electrocardiogram of the electrical activity of the human heart.

This is a document about String galvanometer
  Einthoven's galvanometer consisted of a silver-coated quartz filament of a few centimeters (see picture on the right) and negligible mass that conducted the electrical currents from the heart. This filament was acted upon by powerful electromagnets positioned either side of it, which caused sideways displacement of the filament in proportion to the current carried due to the electromagnetic field. The movement in the filament was heavily magnified and projected through a thin slot onto a moving photographic plate. The filament was originally made by drawing out a filament of glass from a crucible of molten glass. To produce a sufficiently thin and long filament an arrow was shot across the room so that it dragged the filament from the molten glass. The filament so produced was then coated with silver to provide the conductive pathway for the current. By tightening or loosening the filament it is possible to very accurately regulate the sensitivity of the galvanometer. The original machine required water cooling for the powerful electromagnets, required 5 operators and weighed some 600 lb.

This is a document about E-meter
  in the galvanometer have been damped out by the circuitry, so that the mental reactions, the reactions of the spirit, on the body are emphasized and can be read more clearly. But that's simply the design of the circuitry; it doesn't basically affect the kind of device. It registers what is called, commonly, the psychogalvanomic reflex, which is a reflex that is a poorly understood mechanism of the psyche. The body resistance seems to vary when the individual thinks of a painful or pain-associated or traumatic-associated concept, or word or idea. ... Some very early work was done on this by Jung ... p. 62-64"

This is a document about Galvanometer
  A ballistic galvanometer is a type of sensitive galvanometer for measuring the quantity of charge discharged through it. It is an integrator, by virtue of the long time constant of its response, unlike a current-measuring galvanometer. The moving part has a large moment of inertia that gives it an oscillation period long enough to make the integrated measurement. It can be either of the moving coil or moving magnet type; commonly it is a mirror galvanometer.

This is a document about Galvanometer
  The galvanometer is oriented so that the plane of the coil is vertical and aligned along parallel to the horizontal component BH of the Earth's magnetic field (i.e. parallel to the local "magnetic meridian"). When an electric current flows through the galvanometer coil, a second magnetic field B is created. At the center of the coil, where the compass needle is located, the coil's field is perpendicular to the plane of the coil. The magnitude of the coil's field is: or , where K is called the Reduction Factor of the tangent galvanometer. One problem with the tangent galvanometer is that its resolution degrades at both high currents and low currents. The maximum resolution is obtained when the value of θ is 45°. When the value of θ is close to 0° or 90°, a large percentage change in the current will only move the needle a few degrees.

This is a document about Johann Schweigger
  Nuremberg. During 1816-1819 he was appointed professor of philosophy in Erlangen teaching physics and chemistry. 1816 he was elected member of the Leopoldina. 1819 he moved on to the university of Halle. In 1820 he built the first sensitive galvanometer, naming it after Luigi Galvani. He created this instrument, acceptable for actual measurement as well as detection of small amounts of electric current, by wrapping a coil of wire around a graduated compass. The instrument was initially called a multiplier. He is the father of Karl Ernst Theodor Schweigger and adopted one of his students Franz Wilhelm Schweigger-Seidel as his own son.

A galvanometer is said to be sensitive when it can detect small electrical currents. The sensitivity of a galvanometer is determined by the resistance of the galvanometer and the current it draws. A sensitive galvanometer will draw a small current for a given voltage, making it able to detect small currents. For example, a galvanometer with a resistance of 1 ohm and a full scale current of 1 milliampere will draw 100 microamps at full scale, making it sensitive.