Question: where does anything you can do i can do better come from

Answer: Annie Get Your Gun

This is a document about Anything You Can Do (I Can Do Better)
 Anything You Can Do (I Can Do Better) "Anything You Can Do" is a song composed by Irving Berlin for the 1946 Broadway musical "Annie Get Your Gun". The song is a duet, with one male singer and one female singer attempting to outdo each other in increasingly complex tasks. In the musical, the song sets the scene for the climactic sharpshooting contest between Annie Oakley and Frank Butler. Its most memorable lines are, "Anything you can do I can do better; I can do anything better than you." The song was first performed in "Annie Get Your Gun" by

This is a document about Anything You Can Do (I Can Do Better)
 Ethel Merman and Ray Middleton. During the song, they argue playfully about who can, for example, sing softer, sing higher, sing sweeter, and hold a note for longer, and boast of their abilities and accomplishments, such as opening safes and living on bread and cheese, although Annie always seems to counter Frank's argument. Neither can "bake a pie," though. Anything You Can Do (I Can Do Better) "Anything You Can Do" is a song composed by Irving Berlin for the 1946 Broadway musical "Annie Get Your Gun". The song is a duet, with one male singer and one female singer

This is a document about Anything You Can Do (game show)
 choosing the occupation of "newspaper carrier" was required to ride a bicycle down a narrow yellow line (without veering from it) and throw several newspapers at targets. She lost control of the bicycle, fell to the studio floor, and apparently broke a bone. Wood mentioned other contestants being injured as well. The title of the show is inspired by a 1946 song called "Anything You Can Do, I Can Do Better" from the hit broadway musical "Annie Get Your Gun" (composed by Irving Berlin) as a sprirted duet with one male singer and one female singer attempting to outdo each

This is a document about I Can Do Without You
 out that Hickok was being sarcastic and that he trusts her "about as much as I do a blind rattlesnake with a new button on its tail." The song is a comical male-female quarrel, with Calamity and Hickok exchanging comic insults, somewhat reminiscent of "Anything You Can Do" from "Annie Get Your Gun". I Can Do Without You "I Can Do Without You" is a popular song, with music by Sammy Fain and lyrics by Paul Francis Webster. The song was included in the 1953 film, "Calamity Jane". It was performed by Doris Day and Howard Keel. Doris Day played

This is a document about Anything You Can Do (Desperate Housewives)
 in but Andrew drives away in his car. After getting rejected by his father, Andrew returns home drunk and accidentally runs over Juanita Solis, who had just caught Gabrielle and John in bed, having visited the Alpine Garden Society. The episode title "Anything You Can Do" comes from the musical, "Annie Get Your Gun". (See "Anything You Can Do (song)") Anything You Can Do (Desperate Housewives) "Anything You Can Do" is the seventh episode of the ABC television series, "Desperate Housewives". The episode was the seventh episode for the show's first season. The episode was written by John Pardee and

This is a document about Anything You Can Do (I Can Do Better)
  "Anything You Can Do (I Can Do Better)" is a show tune composed by Irving Berlin for the 1946 Broadway musical Annie Get Your Gun. The song is a duet, with one male singer and one female singer attempting to outdo each other in increasingly complex tasks. In the musical, the song sets the scene for the climactic sharpshooting contest between Annie Oakley and Frank Butler. Its most memorable lines are, "Anything you can do I can do better; I can do anything better than you." The song was first performed in Annie Get Your Gun by Ethel Merman and Ray Middleton. During the song, they argue playfully about who can, for example, sing softer, sing higher, sing sweeter, and hold a note for longer, and boast of their abilities and accomplishments, such as opening safes and living on bread and cheese, although Annie always seems to counter Frank's argument. Neither can "bake a pie," though.

This is a document about Tessa Souter
 Souter, Tessa. 2006. Anything I Can Do You Can Do Better: How to Unlock Your Creative Dreams and Change Your Life. Vermillion/Penguin.

This is a document about Stichomythia
  sempre ignorar! AMALIA: Anch'io, derelitta, ti piansi lung'anni. CARLO: E un angelo osava per me lagrimar? Examples from musicals are "I Remember it Well" (lyrics by Alan Jay Lerner, first version in the Broadway musical Love Life, second in the film Gigi) and "Anything You Can Do" (by Irving Berlin, from Annie Get Your Gun). Another is from "The Last Supper" in Jesus Christ Superstar. When Judas says Jesus knows who will betray him, a passage of stichomythia (with a two-line interruption) follows: Jesus: Why don't you go do it? Judas: You want me to do it! Jesus: Hurry, they're waiting Judas: If you knew why I do it... Jesus: I don't care why you do it Judas: To think I admired you, for now I despise you Jesus: You liar—you Judas

This is a document about I Can Make It Better
  "I Can Make It Better" is a song by American recording artist Luther Vandross. It was released in 1996 as the second single from his platinum album, Your Secret Love. The song reached number 15 on the Billboard Hot R&B Singles chart and peaked in the top fifty on UK's Singles Chart. A music video was also produced to promote the single.

This is a document about Living in Extraordinary Times
  be played. Diagram liked the placeholder parts and simply played along with them. Discussing the origins of "Better Than That", Booth said he was in the middle of paddleboarding against 6 foot-high waves, and after being repeatedly struck by the waves, he was exclaiming; "Come on, you can do better than that." James did not want to play the track to their management or record label because they felt it was "too safe." Giles edited the track; he removed some of the hooks, added backwards reverb and changed the rhythm section. The song talks about moving forward in life despite difficult

This is a document about You Can Do Better
  You Can Do Better is the fourth studio album by British rock band Johnny Foreigner. It was released in March 2014 under Alcopop! Records in the UK and Vinyl Junkie in Japan. Lame-O Records released the album in the United States on 19 August 2014.

This is a document about Anything You Can Do (I Can Do Better)
  commercial with Mika Häkkinen performing the last line. ; Blaire Elbert and Madeline Powell Cactus Cuties, performed at Cactus Theatere in Texas in 2008. ; American rapper J. Cole used the "Anything you can do" line in his 2010 single "Who Dat". ; Lindsay Pearce sang a mashup of "Anything Goes"/"Anything You Can Do" in the Glee 2011 third-season premiere, "The Purple Piano Project". ; Dirty Rice sampled the opening lines of the song in the 116 Clique song "Envy", from the 2011 album Man Up by the 116 Clique. ; Laura Osnes and Jeremy Jordan live at Cafe Carlyle in 2012 ;

This is a document about Things Can Only Get Better (D:Ream song)
  "Things Can Only Get Better" is a song by Northern Irish musical group D:Ream, released as the second single from their debut album, D:Ream On Volume 1. It took several months to reach the top of the UK Singles Chart. Originally a club hit, pop success took much longer for the song—initially, it reached only number 24 on the chart in January 1993. Band member Al Mackenzie left later that year, and remaining member Peter Cunnah took the band in a more pop-friendly direction. "Things Can Only Get Better" was remixed and became a bigger hit, spending four weeks at number one in January 1994. In addition, the song managed to reach the top 10 in eight countries. In the US, it peaked at number seven on the Billboard Hot Dance Club Play chart. The Labour Party used the song as a theme during the party's successful campaign in the general election of 1997.

This is a document about Irving Berlin
  of the show altogether because Berlin mistakenly thought that Rodgers and Hammerstein didn't like it. However, it became the "ultimate uptempo show tune". On the origin of another of the play's leading songs, Logan described how he and Hammerstein privately discussed wanting another duet between Annie and Frank. Berlin overheard their conversation, and although the show was to go into rehearsal within days, he wrote the song "Anything You Can Do" a few hours later. One reviewer commented about the play's score, that "its tough wisecracking lyrics are as tersely all-knowing as its melody, which is nailed down in brassy syncopated lines that have been copied—but never equaled in sheer melodic memorability—by hundreds of theater composers ever since." Singer and musicologist, Susannah McCorkle writes that the score

This is a document about Go! Pop! Bang!
 undefined signifies an additional vocal producer ; undefined signifies a remixer and additional producer "Boom Boom" contains elements of "Boom, Boom, Boom, Boom!!", written and performed by Vengaboys. ; "Better than You" contains a sample of the recording "Anything You Can Do", written by Irving Berlin and performed by Ethel Merman and Ray Middleton. ; "Never Will Be Mine" and its remix contain a sample of "Be Mine!" (live at The Cherrytree House), written by Robin Carlsson and Klas Åhlund, and performed by Robyn. Notes Sample credits

This is a document about What More Can I Say
  "What More Can I Say" is a song from rap artist Jay-Z's studio album The Black Album. It was released as a street single simultaneously as the official single "Change Clothes". It premiered on Hot 97 on October 22, 2003 and was the first track from The Black Album to be heard by the public. The song includes additional vocals from Vincent "Hum V" Bostic and was produced by The Buchanans. The intro has a sampled monologue by Russell Crowe from the film Gladiator, the song also samples "Something for Nothing" by MFSB from their self-titled album released in 1973. This sample prompted

This is a document about George Anders
 Review of You can do anything.

This is a document about Mia Hamm
  Hamm has been called the most marketable female athlete of her generation. During her time as an international soccer player, she signed endorsement deals with Gatorade, Nike, Dreyer's Ice Cream, Pepsi, Nabisco, Fleet Bank, Earthgrains, and Powerbar. In 1997, she starred in a popular commercial for Pert Plus. Hamm was featured on a Wheaties box following the 1999 World Cup and endorsed the first Soccer Barbie by Mattel. She co-starred with Michael Jordan in a popular television commercial for Gatorade in the spring of 1999 which featured the two athletes competing against each other in a variety of sports while the song Anything You Can Do (I Can Do Better) is

This is a document about Ettore Bastianini
  there is a live album of his concert in Chicago with Tebaldi and Simionato, conducted by Sir Georg Solti and issued by Decca, as well as a Neapolitan song recital. When von Karajan recorded Johann Strauss's Die Fledermaus for Decca, Bastianini was also invited to sing in the Gala scene. The duet he chose, "Anything you can do, I can do better" from Irving Berlin's musical Annie Get Your Gun, was the only non-Italian piece he ever recorded. His duet partner Giulietta Simionato had, like him, learned her words phonetically. Also noteworthy is a 1955 television appearance (published on DVD in 2006) on Opera Cameos of excerpts from La traviata with the young Beverly Sills and Paul Knowles.

"Anything You Can Do (I Can Do Better)" is a song from the 1946 Broadway musical "Annie Get Your Gun." It was written by Irving Berlin for the musical, which is based on the life of sharpshooter Annie Oakley. The song is a duet between the characters Annie Oakley and Frank Butler, in which they compete to outdo each other in various tasks. The title of the song comes from the lyrics, in which Annie challenges Frank to do anything she can do, and he responds that he can do it better.


Question: who was the bond girl in you only live twice

Answer: Kissy Suzuki

This is a document about You Only Live Twice (film)
 only four or five of the original story's ideas." On creating the plot, Dahl said he "didn't know what the hell Bond was going to do" despite having to deliver the first draft in six weeks, and decided to do a basic plot similar to "Dr. No". Dahl was given a free rein on his script, except for the character of Bond and "the girl formula", involving three women for Bond to seduce — an ally and a henchwoman who both get killed, and the main Bond girl. While the third involved a character from the book, Kissy Suzuki, Dahl

This is a document about Kissy Suzuki
 the Best Bond girls by "LIFE", while Fandango ranked her as 23rd. Yahoo! Movies had her name included in the 2012 list of the best Bond girl names. Kissy Suzuki Kissy Suzuki is a fictional character introduced in Ian Fleming's 1964 "James Bond" novel, "You Only Live Twice". Despite Bond's womanizing, Kissy Suzuki (at least the literary version) remains the only character known to the reader who bears a child by him. The treatment of Kissy varies greatly between the novel and the film, where she is never identified by her name, no family name appears in the closing credits

This is a document about James Bond in film
 Bloom, although he was later replaced by Roald Dahl, who had little previous screenwriting experience. "You Only Live Twice" was the first Bond film to jettison the plot premise of the Fleming source material, although the film retains the title, the Japanese setting, the use of Blofeld as the main villain and a Bond girl named Kissy Suzuki from the novel. Filming commenced at Pinewood on 4 July 1966 before moving out to Japan on 27 July for six weeks' filming. Local Japanese interest in the filming was high, and the crew had to contend with large crowds throughout the

This is a document about Bond girl
 di Vicenzo, and sleeps with Ruby Windsor, a patient he meets in Blofeld's hideout while posing as a genealogist. In "You Only Live Twice", Bond mainly has a relationship with Kissy Suzuki, but also romances Mariko Ichiban, as well as another a girl. Several Bond girls have obvious signs of inner turmoil (Vesper Lynd or Vivienne Michel), and others have traumatic pasts. Most Bond girls whose characters are allowed to develop in the course of the story are flawed, and several have unhappy sexual backgrounds (Honey Ryder, Pussy Galore, Tiffany Case, Vivienne Michel, and Kissy Suzuki, among others). The inspiration

This is a document about James Bond (literary character)
 left to marry an American. Bond was married only once, in "On Her Majesty's Secret Service", to Teresa "Tracy" di Vicenzo, but their marriage ends tragically when she is killed on their wedding day by Ernst Stavro Blofeld. In the penultimate novel of the series, "You Only Live Twice", Bond suffers from amnesia and has a relationship with an Ama diving girl, Kissy Suzuki. As a result of the relationship, Kissy becomes pregnant, although she does not reveal this to Bond before he leaves the island. From "Casino Royale" to "From Russia, with Love" Bond's preferred weapon is a .25

This is a document about James Bond uncollected and other miscellaneous short stories
 space reasons. The first Bond story published by Benson, "Blast from the Past" is a direct sequel to Fleming's "You Only Live Twice" and appears to exist outside the timeline of either Benson's or John Gardner's other Bond stories. Bond receives a message, apparently from his son James Suzuki (Suzuki's mother is Kissy Suzuki from "You Only Live Twice", now dead from ovarian cancer) asking him to come to New York City on an urgent matter. When Bond arrives, he finds his son murdered. With the aid of an SIS agent, he learns that James was killed in revenge by

This is a document about You Only Live Twice (novel)
 Kissy Suzuki is "a most appealing heroine" and "apparently loves Bond very much." Apart from being the mother of Bond's unborn child at the end of the book, Suzuki also acts as a "cultural translator" for Bond, helping explain the local traditions and customs: Quarrel had the same function in "Live and Let Die" and "Dr. No". Academic Christoph Lindner identifies Tiger Tanaka as one of Fleming's characters with morals closer to those of traditional villains, but who act on the side of good in support of Bond; others of this type have included Darko Kerim ("From Russia, with Love"),

This is a document about You Only Live Twice (novel)
 book to a man of action and then, after the death of Blofeld, becoming Taro Todoroki, the Japanese partner of Kissy Suzuki. While Bond is in his action phase, Benson sees Fleming's writing becoming allegorical and epic, using Bond as a symbol of good against the evil of Blofeld. As in "Goldfinger" and "The Spy Who Loved Me", Bond is referred to as St George in his fight against the dragon, this time by Tiger Tanaka, who says that "it would make the subject for a most entertaining Japanese print." According to the author of continuation Bond novels, Raymond Benson,

This is a document about Kissy Suzuki
 Kissy Suzuki Kissy Suzuki is a fictional character introduced in Ian Fleming's 1964 "James Bond" novel, "You Only Live Twice". Despite Bond's womanizing, Kissy Suzuki (at least the literary version) remains the only character known to the reader who bears a child by him. The treatment of Kissy varies greatly between the novel and the film, where she is never identified by her name, no family name appears in the closing credits and the film ends in the usual Bond-style happy ending. In the book, Kissy is an Ama diver and former Hollywood actress. She is distantly related to an

This is a document about You Only Live Twice (novel)
 politically embarrassing "Garden of Death" in an ancient castle; people flock there to commit suicide. After examining photos of Shatterhand and his wife, Bond discovers that "Shatterhand" and his wife are Tracy's murderers, Ernst Stavro Blofeld and Irma Bunt. Bond gladly takes the mission, keeping his knowledge of Blofeld's identity a secret so that he can exact revenge for his wife's death. Made up and trained by Tanaka, and aided by former Japanese film star Kissy Suzuki, Bond attempts to live and think as a mute Japanese coal miner in order to penetrate Shatterhand's castle. Tanaka renames Bond "Taro Todoroki"

This is a document about Aki (James Bond)
 Aki (James Bond) Aki is a fictional character created for the 1967 "James Bond" film "You Only Live Twice". In the film, Aki, played by Akiko Wakabayashi, is a female ninja agent with the fictional Japanese Secret Intelligence Service (SIS). She is a love interest and ally of James Bond's, however she is killed before the mission reaches its climax and is replaced by her fellow agent Kissy Suzuki. Aki does not appear in Ian Fleming's 1964 novel. She was originally named Suki in Roald Dahl's screenplay. According to "The James Bond Films", the character was "Dahl's tribute to the

This is a document about Bond girl
  Roald Dahl said that when writing You Only Live Twice, he was advised to use three Bond girls: The first should die "preferably in Bond's arms" early, the second a villain whom Bond seduces before she dies in an unusual and gory way midway, and the third survives to the end of the film. In several, the Bond girl is revealed, after her tryst with Bond, to be a villainess. Examples are Fatima Blush (Barbara Carrera) in Never Say Never Again (1983), Elektra King (Sophie Marceau) in The World Is Not Enough (1999), and Miranda Frost (Rosamund Pike) in Die Another Day (2002). The Dalton films of

This is a document about Toyota 2000GT
   The 2000GT made its most famous screen appearance in the 1967 James Bond movie You Only Live Twice, most of which was filmed in Japan. Two one-off topless models—fitted only with tonneau covers to simulate functioning convertible roofs—were made specially for the film. It is claimed that a targa had been considered to accommodate the burly 1.88 cm (6' 2") tall Sean Connery. This retained the original car's fastback profile but eliminated rear side windows. Purportedly, Connery's head stuck out of the top and a roofless version was fabricated in less than two weeks for the movie. The car was only driven by "Bond girl" Aki (Akiko Wakabayashi) in the film. Bond actor Daniel Craig voted the 2000GT as his favourite Bond car of all time. Using the 2000GT in the Bond Film was a

This is a document about Bond girl
  marriage with Teresa 'Tracy' di Vicenzo, and sleeps with Ruby Windsor, a patient he meets in Blofeld's hideout while posing as a genealogist. In You Only Live Twice, Bond mainly has a relationship with Kissy Suzuki, but also romances Mariko Ichiban, as well as another girl. Several Bond girls have obvious signs of inner turmoil (Vesper Lynd or Vivienne Michel), and others have traumatic pasts. Most Bond girls whose characters are allowed to develop in the course of the story are flawed, and several have unhappy sexual backgrounds (Honey Ryder, Pussy Galore, Tiffany Case, Vivienne Michel, and Kissy Suzuki, among others).

This is a document about Fiona Volpe
  Laureen Gibson notes that Volpe wears a gown when she threatens Bond. The clash between the seemingly feminine clothing and the violent action makes her seem especially sinister. Gibson also contrasts Volpe with Domino Derval: In Thunderball both Bond girl Domino Derval and villain Fiona Volpe are costumed in low-cut evening gowns. However, the clearly synthetic, metallic blue fabric worn by the female villain contrasts the white chiffon of the Bond girl's dress. Fiona Volpe also wears a large, bright blue feather boa – adding to her overly made-up appearance. Her costume reads as unnatural, reinforcing her feminine pageantry." Kirsten Smith suggests that Volpe is the "classic fictional femme fatale combining all the elements which make her dangerous but incredibly sexy to the hero, in this case James Bond." Smith goes on to argue that Volpe's downfall comes when she insults Bond: "the threat that she now poses to Bond's masculinity means that she must now be killed in order to reassert the traditional gender roles." The character was changed to Fatima Blush in the 1983 remake Never Say Never Again, and also served as the template for Helga Brandt in You Only Live Twice.

This is a document about British Asian
  Several Asian Britons have broken into the UK film industry, as well as Hollywood, and the U.S. film industry at large; starring in high-grossing box office films, including major film series, and receiving subsequent international recognition and media attention. In television, prominent roles in American sitcoms, series, and long-running British soap operas, such as Coronation Street, EastEnders, Emmerdale and Hollyoaks, have all had a number of Asian characters portrayed by British actors of Asian heritage. Tsai Chin, the first Asian British actress to play a Bond girl, appeared in 1967's You Only Live Twice and the 2006 re-make of Casino Royale. Burt Kwouk, who appeared in over fifty films, including three

This is a document about Motifs in the James Bond film series
  the villain) who turn "good" (or switch sides) usually due to Bond's influence. Bond has fallen in love with only Tracy di Vicenzo in On Her Majesty's Secret Service, Vesper Lynd in Casino Royale, and Dr. Madeline Swann in Spectre and No Time to Die. Both Tracy and Vesper die early in their relationships with Bond, and this reoccurring tragic outcome was used to create tension in No Time to Die regarding Swann's fate. Roald Dahl, a screenwriter of You Only Live Twice, said he was given a formula to work to for the film: "you put in three girls ... Girl number one is pro-Bond. She stays around roughly through the first reel of the

This is a document about Bond girl
  Bond girl (though she and Bond do not sleep together) may be Gala Brand; she is named for the cruiser in which her father is serving at the time of her birth. Bond's youngest sexual partner in the books is Mariko Ichiban, an 18-year-old masseuse in You Only Live Twice. The eldest Bond girls are Pussy Galore, who Bond speculates is in her early 30s, and 29-year-old Domino Vitali. Bond girls conform to a fairly well-defined standard of beauty. They possess splendid figures and tend to dress in a slightly masculine, assertive fashion, wear little jewellery—and that in a masculine cut—wide leather

This is a document about Tracy Bond
  Teresa "Tracy" Bond (born Teresa "Tracy" Draco, and also known as the Contessa Teresa di Vicenzo) is a fictional character and the main Bond girl in the 1963 James Bond novel On Her Majesty's Secret Service, and its 1969 film adaptation. She is the second Bond girl to marry 007, the first being in You Only Live Twice as an undercover ploy. In the film version, Tracy is played by actress Diana Rigg.

Kissy Suzuki, played by Yasuko Noda, was the Bond girl in "You Only Live Twice." She is the only Bond girl in the novel and film to bear that name.


Question: the himalayan mountains represent what type of plate tectonic boundary

Answer: convergent boundary

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

This is a document about Indian Plate
 side of the Indian Plate is a transform boundary with the Arabian Plate called the Owen Fracture Zone, and a divergent boundary with the African Plate called the Central Indian Ridge (CIR). The northerly side of the Plate is a convergent boundary with the Eurasian Plate forming the Himalaya and Hindu Kush mountains. Indian Plate The Indian Plate or India Plate is a major tectonic plate straddling the equator in the eastern hemisphere. Originally a part of the ancient continent of Gondwana, India broke away from the other fragments of Gondwana and began moving north. Once fused with the adjacent

This is a document about Tectonic evolution of the Transantarctic Mountains
 Tectonic evolution of the Transantarctic Mountains The tectonic evolution of the Transantarctic Mountains appears to have begun when Antarctica broke away from Australia during the late Cretaceous and is ongoing, creating along the way some of the longest mountain ranges (at 3500 kilometers) formed by rift flank uplift and associated continental rifting. The Transantarctic Mountains (TAM) separate East and West Antarctica. The rift system that formed them is caused by a reactivation of crust along the East Antarctic Craton. This rifting or seafloor spreading causes plate movement that results in a nearby convergent boundary which then forms the mountain range.

This is a document about Abyssal plain
 which rides atop the asthenosphere, is divided into a number of tectonic plates that are continuously being created and consumed at their opposite plate boundaries. Oceanic crust and tectonic plates are formed and move apart at mid-ocean ridges. Abyssal hills are formed by stretching of the oceanic lithosphere. Consumption or destruction of the oceanic lithosphere occurs at oceanic trenches (a type of convergent boundary, also known as a destructive plate boundary) by a process known as subduction. Oceanic trenches are found at places where the oceanic lithospheric slabs of two different plates meet, and the denser (older) slab begins to

This is a document about Macquarie Triple Junction
 last major region of the Indo-Australian Plate and Pacific Plate Boundary is the Kermadec-Tonga subduction zone at which the Pacific Plate is subducted beneath the Indo-Australian Plate, in opposition of the Puysequr Trench. This convergent boundary has a rate of subduction of approximately 5.5-7.4 cm/yr. Macquarie Triple Junction The Macquarie Triple Junction is a geologically active tectonic boundary located at at which the Indo-Australian Plate, Pacific Plate, and Antarctic Plate collide and interact. The term Triple Junction is given to particular tectonic boundaries at which three separate tectonic plates meet at a specific, singular location. The Macquarie Triple Junction is

This is a document about Aravalli Range
 rise sediments of the Aravalli-Jharol belts depositing on the attenuated crust on the eastern flank of the separated continent, subsequent destruction of the continental margin by accretion of the Delhi island arc (a type of archipelago composed of an arc-shaped chain of volcanoes closely situated parallel to a convergent boundary between two converging tectonic plates) from the west around 1.5 Ga. This tectonic plates collision event involved early thrusting with partial obduction (overthrusting of oceanic lithosphere onto continental lithosphere at a convergent plate boundary) of the oceanic crust along the Rakhabdev lineament, flattening and eventual wrenching (also called strike-slip plate

This is a document about Banda Sea Plate
 Banda Sea Plate The Banda Sea Plate is a minor tectonic plate underlying the Banda Sea in southeast Asia. This plate also carries a portion of Sulawesi Island, the entire Seram Island, and the Banda Islands. Clockwise from the east it is bounded by the Bird's Head Plate of western New Guinea, Australian Plate, Timor Plate, Sunda Plate, and the Molucca Sea Collision Zone. The western border is a convergent boundary largely responsible for the mountains in western Sulawesi, subduction zones also exist on the eastern border near Seram and the southern border with the Timor Plate. A small rift

This is a document about Anatolian Plate
 Anatolian Plate The Anatolian Plate or the Turkish Plate is a continental tectonic plate comprising most of the Anatolia (Asia Minor) peninsula (and the country of Turkey). To the east, the East Anatolian Fault, a left lateral transform fault, forms a boundary with the Arabian Plate. To the south and southwest is a convergent boundary with the African Plate. This convergence manifests in compressive features within the oceanic crust beneath the Mediterranean as well as within the continental crust of Anatolia itself, and also by what are generally considered to be subduction zones along the Hellenic and Cyprus arcs. The

This is a document about Caroline Plate
 Caroline Plate The Caroline Plate is a minor tectonic plate that straddles the Equator in the eastern hemisphere located north of New Guinea. It forms a subduction zone along the border with the Bird's Head Plate and the Woodlark Plate to the south. A transform boundary forms the northern border with the Pacific Plate. Along the border with the Philippine Sea Plate is a convergent boundary that transitions into a rift. The Caroline Plate was first proposed as a distinct plate by . A separate terrane with its own tectonic history, the Caroline Plate has been considered part of the

This is a document about South American Plate
 South American Plate The South American Plate is a major tectonic plate which includes the continent of South America as well as a sizable region of the Atlantic Ocean seabed extending eastward to the African Plate, with which it forms the southern part of the Mid-Atlantic Ridge. The easterly edge is a divergent boundary with the African Plate; the southerly edge is a complex boundary with the Antarctic Plate, the Scotia Plate, and the Sandwich Plate; the westerly edge is a convergent boundary with the subducting Nazca Plate; and the northerly edge is a boundary with the Caribbean Plate and

This is a document about Philippine Fault System
 Eurasian Plate and two arms of the Sunda Plate, and on the east by the Philippine Sea Plate. These tectonic plates have compressed and lifted parts of the Philippines causing extensive faulting, primarily on a north-south axis. All faults in the Philippines are inter-related by the tectonic forces of the Philippine Mobile Belt, or its tectonic induced volcanism. A more complete understanding can be gained by viewing the faults in the Philippines as an inter-related Philippine Fault System. The Philippine Fault Zone (PFZ) extends 1200 km across the Philippine archipelago behind the convergent boundary of the Philippine Trench and the

This is a document about Bird's Head Plate
 between the Bird's Head and the Molucca Sea Collision Zone to the southwest. Another convergent boundary exists between the Bird's Head and the Banda Sea Plate to the south. Bird's Head Plate The Bird's Head Plate is a minor tectonic plate incorporating the Bird's Head Peninsula, at the western end of the island of New Guinea. Hillis and Müller consider it to be moving in unison with the Pacific Plate. Bird considers it to be unconnected to the Pacific Plate. The plate is separating from the Australian Plate and the small Maoke Plate along a divergent boundary to the southeast.

This is a document about Anatolian Plate
 the Eurasian Plate to its north is blocking motion in that direction. The African Plate is subducting beneath the Anatolian Plate along the Cyprus and Hellenic Arcs offshore in the Mediterranean Sea. Anatolian Plate The Anatolian Plate or the Turkish Plate is a continental tectonic plate comprising most of the Anatolia (Asia Minor) peninsula (and the country of Turkey). To the east, the East Anatolian Fault, a left lateral transform fault, forms a boundary with the Arabian Plate. To the south and southwest is a convergent boundary with the African Plate. This convergence manifests in compressive features within the oceanic

This is a document about Interplate earthquake
 as along a transform fault boundary, vertical if along a convergent boundary (i.e. subduction or thrust/reverse faulting) or a divergent boundary (i.e. rift zone or normal faulting), and oblique, with horizontal and lateral components at the boundary. Interplate earthquakes associated at a subduction boundary are called megathrust earthquakes, which are the most powerful earthquakes. Intraplate earthquakes are often confused with interplate earthquakes, but are fundamentally different in origin, occurring within a single plate rather than between two tectonic plates on a plate boundary. The specifics of the mechanics by which they occur, as well as the intensity of the stress

This is a document about 1803 Garhwal earthquake
  The Himalaya is located at the convergent boundary where active convergence leads to continental collision. The India and Eurasian plates began colliding approximately 50 million years ago when the Tethys Ocean closed. The Main Himalayan Thrust, a decollement structure, defines the boundary between the Indian Plate and Eurasian Plate. The convergent zone also contains three other major faults; the Main Boundary Thrust, Main Central Thrust and South Tibetan Detachment. At the surface, the Main Himalayan Thrust propagates along the Main Frontal Thrust. These faults runs for approximately 2,300 km in an east-west direction, parallel to the southern foothills of the Lower Himalayan Range from Assam, through Nepal, and into Pakistan. This major thrust fault dips to the north, beneath the Himalaya at a shallow angle. It is the source of most of Himalayan earthquakes. Earthquakes on the convergent boundary are megathrust events that repeat every few centuries. Large Himalayan earthquakes including those in 1505, 1934 and 1950 with magnitudes of 8.0 to 8.9 were the result of rupturing the Main Himalayan Thrust. These events generated surface ruptures by breaching the surface via the Main Frontal Thrust.

This is a document about Tibetan Plateau
  The geological history of the Tibetan Plateau is closely related to that of the Himalayas. The Himalayas belong to the Alpine Orogeny and are therefore among the younger mountain ranges on the planet, consisting mostly of uplifted sedimentary and metamorphic rock. Their formation is a result of a continental collision or orogeny along the convergent boundary between the Indo-Australian Plate and the Eurasian Plate. The collision began in the Upper Cretaceous period about 70 million years ago, when the north-moving Indo-Australian Plate, moving at about 15 cm per year, collided with the Eurasian Plate. About 50 million years ago, this fast-moving Indo-Australian plate had completely closed the Tethys Ocean, the existence of which has been determined by sedimentary rocks settled on the ocean floor, and the volcanoes that fringed its edges. Since these sediments were light, they crumpled into mountain ranges rather than sinking

This is a document about Indian Plate
  in geomagnetic reversal timing around the Cretaceous–Paleogene boundary, and that a recalibration of the time scale shows no such acceleration exists. The collision with the Eurasian Plate along the boundary between India and Nepal formed the orogenic belt that created the Tibetan Plateau and the Himalaya Mountains, as sediment bunched up like earth before a plow. The Indian Plate is currently moving north-east at 5 cm per year, while the Eurasian Plate is moving north at only 2 cm per year. This is causing the Eurasian Plate to deform, and the Indian Plate to compress at a rate of 4 mm per year.

This is a document about Geology of the Himalaya
  The geology of the Himalayas is a record of the most dramatic and visible creations of the immense mountain range formed by plate tectonic forces and sculpted by weathering and erosion. The Himalayas, which stretch over 2400 km between the Namcha Barwa syntaxis at the eastern end of the mountain range and the Nanga Parbat syntaxis at the western end, are the result of an ongoing orogeny — the collision of the continental crust of two tectonic plates namely the Indian Plate thrusting into the Eurasian Plate. The Himalaya-Tibet region supplies fresh water for more than one-fifth of the world population, and accounts for a quarter of the global sedimentary budget. Topographically, the belt has many superlatives: the highest rate

This is a document about 1975 Kinnaur earthquake
  The state of Himachal Pradesh lies towards the southern boundary of the Himalayan mountain belt, which was formed by the collision between the Indian Plate and the Eurasian Plate. The mountain building that formed the Himalayas is an example of thrust tectonics and is dominated by thrust faulting. There is however, a significant amount of extension along the length of the mountain belt, possibly related to its arcuate form, with the extension accommodating the bulging out of the frontal part of the Himalayas. However, the faulting in the NW Himalayas demonstrates west–east extension, which is at a fairly high angle to the

This is a document about Himalayas
   The Himalayan range is one of the youngest mountain ranges on the planet and consists mostly of uplifted sedimentary and metamorphic rock. According to the modern theory of plate tectonics, its formation is a result of a continental collision or orogeny along the convergent boundary (Main Himalayan Thrust) between the Indo-Australian Plate and the Eurasian Plate. The Arakan Yoma highlands in Myanmar and the Andaman and Nicobar Islands in the Bay of Bengal were also formed as a result of this collision. During the Upper Cretaceous, about 70 million years ago, the north-moving Indo-Australian Plate (which has subsequently broken into the Indian Plate and the Australian Plate ) was moving at about

The Himalayan mountains represent a convergent plate boundary, specifically a collision between the Indian Plate and the Eurasian Plate.


Question: who won pairs figure skating in olympics 2018

Answer: Aliona Savchenko and Bruno Massot

This is a document about Figure skating at the 2018 Winter Olympics – Pairs skating
 Figure skating at the 2018 Winter Olympics – Pairs skating The pairs figure skating competition of the 2018 Winter Olympics was held at the Gangneung Ice Arena in Gangneung, South Korea. The short program was held on 14 February and the free skating on 15 February 2018. Aliona Savchenko and Bruno Massot became Olympic champions after finishing fourth in the short program and setting a record with their score in the free program. Sui Wenjing and Han Cong, leading after the short program, made a couple of mistakes in the free program and won silver. Meagan Duhamel and Eric Radford

This is a document about Figure skating at the 2018 Winter Olympics – Pairs skating
 the minimum total elements score, which does not include component scores. For the short program this was 20.00 and the free skate 36.00. The short program was held on 14 February. The free skating was held on 15 February. The skaters are ranked according to their overall score. Figure skating at the 2018 Winter Olympics – Pairs skating The pairs figure skating competition of the 2018 Winter Olympics was held at the Gangneung Ice Arena in Gangneung, South Korea. The short program was held on 14 February and the free skating on 15 February 2018. Aliona Savchenko and Bruno Massot

This is a document about Paul Falk
 Falk were never defeated in amateur competition. In 1951 Falk was voted the male athlete of the year in Germany. After winning the Olympics in 1952 they turned professional and worked for Holiday on Ice. Falk's profession outside athletics was as a precision mechanic. In 1993 pair were inducted into the World Figure Skating Hall of Fame. He died 8 and a half months before Aliona Savchenko and Bruno Massot won the gold medal for pairs skating at the 2018 Winter Olympics. Paul Falk Paul Falk (21 December 1921 – 20 May 2017) was a German pair skater. Born in

This is a document about Figure skating at the 2018 Winter Olympics – Pair skating
  The pair skating competition of the 2018 Winter Olympics was held at the Gangneung Ice Arena in Gangneung, South Korea. The short program was held on 14 February and the free skating on 15 February 2018. Aljona Savchenko and Bruno Massot became Olympic champions after finishing fourth in the short program and setting a record with their score in the free program to take the gold by 0.43 points. Sui Wenjing and Han Cong, leading after the short program, made a couple of mistakes in the free program and won silver. Meagan Duhamel and Eric Radford were third. This was the second Olympics since 1964 that a Soviet or Russian pair did not win a medal. Chinese judges Chen Weiguang and Huang Feng were investigated by the ISU and banned for mark manipulation.

This is a document about 2018 in ice sports
 February 9 – 23: Figure skating at the 2018 Winter Olympics in 🇰🇷 Pyeongchang ; Men's winners: 🇯🇵 Yuzuru Hanyu;  🇯🇵 Shoma Uno;  🇪🇸 Javier Fernández ; Ladies' winners:  Alina Zagitova;   Evgenia Medvedeva;  🇨🇦 Kaetlyn Osmond ; Pairs winners: 🇩🇪 (Aliona Savchenko & Bruno Massot);  🇨🇳 (Sui Wenjing & Han Cong);  🇨🇦 (Meagan Duhamel & Eric Radford) ; Ice dance winners: 🇨🇦 (Tessa Virtue & Scott Moir) (World Record);  🇫🇷 (Gabriella Papadakis & Guillaume Cizeron);  🇺🇸 (Maia Shibutani & Alex Shibutani) ; Team winners: ;  ;

This is a document about 2019 in ice sports
  Vladimir Morozov) ; Ice Dance winners: 🇷🇺 (Alexandra Stepanova & Ivan Bukin) ; November 23 – 25: 2018 Internationaux de France in 🇫🇷 Grenoble ; Men's winner: 🇺🇸 Nathan Chen ; Ladies' winner: 🇯🇵 Rika Kihira ; Pairs winners: 🇫🇷 (Vanessa James & Morgan Ciprès) ; Ice Dance winners: 🇫🇷 (Gabriella Papadakis & Guillaume Cizeron) ; December 6 – 9: 2018–19 Grand Prix of Figure Skating Final in 🇨🇦 Vancouver ; Men's winner: 🇺🇸 Nathan Chen ; Ladies' winner: 🇯🇵 Rika Kihira ; Pairs winners: 🇫🇷 (Vanessa James & Morgan Ciprès) ; Ice Dance winners: 🇺🇸 (Madison Hubbell & Zachary Donohue)

This is a document about 2019 World Figure Skating Championships
  Evgenia Tarasova & Vladimir Morozov finished the short program by breaking the world record, competing with their 2018 Olympic short program. In their second competition of the season, 2017 World Champions Sui Wenjing & Han Cong finished in second place, with their training partners and compatriots Peng Cheng & Jin Yang finishing in third. Event favourites Vanessa James & Morgan Cipres struggled with the short program once again, after James accidentally collided with Matteo Guarise in the warm-up that left both athletes shaken. Guarise was left with bruises on his left hip and pain in his left knee, "I wanted to slow down when I saw Vanessa, I am a big guy and she is so tiny. I didn't want to hurt her." James, who was left uninjured, when discussing the incident with Olympic Channel she noted, "we've had some hard situations but we always push through them."

This is a document about Ice dance
  Olympic gold medal. In 2018, at the Olympics in PyeongChang, Virtue and Moir became the most decorated figure skaters in Olympic history after winning the gold medal there. According to Caroline Silby, a consultant with U.S. Figure Skating, ice dance teams and pair skaters have the added challenge of strengthening partnerships and ensuring that teams stay together for several years; unresolved conflict between partners can often cause the early break-up of a team. Silby further asserts that the early demise or break-up of a team is often caused by consistent and unresolved conflict between partners. Both ice dancers and pairs skaters face

This is a document about 2018 in ice sports
 January 15 – 21: 2018 European Figure Skating Championships in 🇷🇺 Moscow ; Men's winner: 🇪🇸 Javier Fernández ; Ladies' winner: 🇷🇺 Alina Zagitova ; Pairs winners: 🇷🇺 (Evgenia Tarasova & Vladimir Morozov) ; Ice dance winners: 🇫🇷 (Gabriella Papadakis & Guillaume Cizeron) ; January 22 – 27: 2018 Four Continents Figure Skating Championships in Taipei ; Men's winner: 🇨🇳 Jin Boyang ; Ladies' winner: 🇯🇵 Kaori Sakamoto ; Pairs winners: 🇺🇸 (Tarah Kayne & Daniel O'Shea) ; Ice dance winners: 🇺🇸 (Kaitlin Hawayek & Jean-Luc Baker) ; March 5 – 11: 2018 World Junior Figure Skating Championships in 🇧🇬 Sofia ; Junior Men's winner: 🇷🇺 Alexey Erokhov ; Junior Ladies' winner: 🇷🇺 Alexandra Trusova ; Junior Pairs winners: 🇷🇺 (Daria Pavliuchenko & Denis Khodykin) ; Junior Ice dance winners: 🇷🇺 (Anastasia Skoptsova & Kirill Aleshin) ; March 19 – 25: 2018 World Figure Skating Championships in 🇮🇹 Milan ; Men's winner: 🇺🇸 Nathan Chen ; Ladies' winner: 🇨🇦 Kaetlyn Osmond ; Pairs winners: 🇩🇪 (Aliona Savchenko & Bruno Massot) ; Ice dance winners: 🇫🇷 (Gabriella Papadakis & Guillaume Cizeron)

This is a document about Aljona Savchenko
  Winter Olympics, the pair competed in the first part of the team event. Savchenko and Massot then competed in the individual pairs event. They placed fourth in the short program after Massot doubled an intended triple jump. On 15 February 2018, they set a new world record score of 159.31 in the free skate. With their aggregate combined score, Savchenko and Massot won the gold medal, edging out world champions Sui Wenjing and Han Cong of China (who were leading after the short program) by just 0.43 points, in spite of mark manipulation from Chinese judge Huang Feng (who was later investigated by the ISU and banned). At age 34, Savchenko became one of the oldest women to win an Olympic

This is a document about List of Russian people
 Ludmila Belousova, two-time Olympic pairs champion ; Ekaterina Gordeeva, two-time Olympic pairs champion ; Aleksandr Gorelik, pair skater, Olympic silver, World Championship 2-time silver, bronze ; Sergei Grinkov, two-time Olympic pairs champion ; Gennadi Karponossov, Olympic champion, 2-time World Champion, silver, 2-time bronze, ice dancer & coach ; Evgeni Plushenko, 2006 Olympic champion ; Oleg Protopopov, two-time Olympic pairs champion ; Irina Slutskaya, two-time World Champion, 3-time silver, bronze, Olympic silver, bronze ; Maxim Staviski, World Champion ice dancer, silver, bronze ; Alexei Urmanov, 1994 Olympic champion ; Alexei Yagudin, 2002 Olympic champion ; Alina Zagitova, 2018 Olympic champion and Grand Slam (figure skating) winner

This is a document about Figure skating at the 2018 Winter Olympics – Team event
  The pairs free skate was held on 11 February 2018.

This is a document about Scott Moir
  2018 Winter Olympics in Pyeongchang. Virtue and Moir won gold as part of Canada's team in the Olympic team event. With their fourth Olympic medal, they tied the record for the most ever won by a figure skater. In the individual event, Virtue and Moir topped their own record score for the short dance, putting them into first place. They then placed second in the free dance and won another Olympic gold. They also broke the world record for overall score, which had been set by Papadakis/Cizeron minutes before. This was Virtue and Moir's fifth Olympic medal, making them the most decorated Olympic figure skaters in history.

This is a document about 2003 in sports
 World Figure Skating Championships – ; Men's champion: Evgeni Plushenko, Russia ; Ladies’ champion: Michelle Kwan, United States ; Pair skating champions: Shen Xue and Zhao Hongbo, China ; Ice dancing champions: Shae-Lynn Bourne and Victor Kraatz, Canada

This is a document about 2018 in ice sports
  Ice dance winners: 🇫🇷 (Gabriella Papadakis & Guillaume Cizeron) ; November 24 – 26: 2017 Skate America in 🇺🇸 Lake Placid, New York ; Men's winner: 🇺🇸 Nathan Chen ; Ladies' winner: 🇯🇵 Satoko Miyahara ; Pairs winners: 🇩🇪 (Aliona Savchenko & Bruno Massot) ; Ice dance winners: 🇺🇸 (Maia Shibutani & Alex Shibutani) ; December 7 – 10: 2017–18 Grand Prix of Figure Skating Final in 🇯🇵 Nagoya ; Men's winner: 🇺🇸 Nathan Chen ; Ladies' winner: 🇷🇺 Alina Zagitova ; Pairs winners: 🇩🇪 (Aliona Savchenko & Bruno Massot) ; Ice dance winners: 🇫🇷 (Gabriella Papadakis & Guillaume Cizeron)

This is a document about April 2009 in sports
 ISU World Team Trophy in Tokyo, Japan: ; Pairs Short Program: (1) Zhang Dan/Zhang Hao 🇨🇳 70.42 (2) Yuko Kavaguti/Alexander Smirnov 🇷🇺 65.08 (3) Caydee Denney/Jeremy Barrett 🇺🇸 56.58 ; Ice dance standings after Free Dance: Tanith Belbin/Benjamin Agosto 🇺🇸 162.98  Tessa Virtue/Scott Moir 🇨🇦 156.71  Nathalie Péchalat/Fabian Bourzat 🇫🇷 150.63 ; Men's standings after Free Skating: Evan Lysacek 🇺🇸 238.56  Brian Joubert 🇫🇷 237.09  Nobunari Oda 🇯🇵 229.25 ; Team standings after day 2: (1) 🇺🇸 59 points, (2) 🇨🇦 53, (3) 🇯🇵 52, 4. 🇫🇷 37, 5. 🇷🇺 36, 6. 🇨🇳 33

This is a document about Short program (figure skating)
  pair competitions have been identical since the elimination of compulsory figures in 1990. Yuzuru Hanyu from Japan holds the three highest single men's short program scores: 111.82, which he earned at the 2020 Four Continents Figure Skating Championships, 110.53 points, which he earned at the 2018 Rostelecom Cup, and 106.69, earned at the 2018 Grand Prix of Helsinki. Russian skater Alena Kostornaia holds the highest single women's short program score of 85.45, which she earned at the 2019–20 Grand Prix Final in Torino, Italy. Russian pairs team Aleksandra Boikova and Dmitrii Kozlovskii hold the highest pair skating short program score of 82.34, which they earned at the 2020 European Championships.

This is a document about 2002 in sports
 World Figure Skating Championships – ; Men's champion: Alexei Yagudin, Russia ; Ladies' champion: Irina Slutskaya, Russia ; Pair skating champions: Shen Xue & Zhao Hongbo, China ; Ice dancing champions: Irina Lobacheva & Ilia Averbukh, Russia ; 2002 Winter Olympics – ; Men's champion: Alexei Yagudin, Russia ; Ladies' champion: Sarah Hughes, United States ; Pair skating champions: Yelena Berezhnaya & Anton Sikharulidze, Russia and Jamie Salé & David Pelletier, Canada ; Ice dancing champions: Marina Anissina & Gwendal Peizerat, France

This is a document about Bruno Massot
  Savchenko and Massot won the gold medal at the 2018 Winter Olympics, with a new world record score of 159.31 in the free skate. Savchenko and Massot ended the season at the 2018 World Championships in Milan, Italy, where they won their first world title together. They set new personal bests in both the short and free programs, in the process setting new world records for the free skate and combined score. Massot commented: "It was exactly the season that we wanted. We started this season in September and we said, 'we will give our best to win everything.' We didn’t go to Europeans in order to prepare for the Olympics. I think it was a good choice. We realized today that we reached our goal of the season today." Following their World Championship victory, it was announced that the pair would take an indefinite break from competition.

Aliona Savchenko and Bruno Massot won the pairs figure skating competition at the 2018 Winter Olympics. They set a new world record in the free skating and finished with a total score of 238.25 points.


Question: big boss 2 telugu set location in hyderabad

Answer: Annapurna Studios , Hyderabad

This is a document about Bigg Boss Telugu
 house was set up in Annapurna Studios, Hyderabad. Bigg Boss Telugu is aired on Star Maa. Every day's episodes contain the main happenings of the previous day. Every Saturday episode mainly focuses on an interview of the evicted contestant by the host. Male Contestants. Female Contestants. Bigg Boss Telugu Bigg Boss Telugu is the Telugu-language version of the reality TV programme "Big Brother" and the fourth Indian version of reality TV programme "Bigg Boss" and airs on Star Maa in India. The first season of "Bigg Boss Telugu" premiered on 16 July 2017 and concluded on 24 September 2017. Jr.

This is a document about Where Is the Venkatalakshmi
  The film was shot in Hyderabad.

This is a document about Bigg Boss (Telugu season 2)
  Bigg Boss 2 is the second season of the Telugu-language version of the Indian reality television series Bigg Boss. It premiered on June 10, 2018 on Star Maa. Nani hosted the show. It was the second longest season (112 days) in Indian versions of Bigg Boss. Unlike the first season, this season featured general public along with celebrities as housemates. For this season of Bigg Boss, a lavish house set has been constructed in Backlots of Annapurna Studios 7 Acres, Jubilee Hills, Hyderabad. The season was extended by one week (112 days) instead of the actual 105 days format of the show. Among the five finalists, Kaushal Manda emerged as the winner with highest number of public votes, followed by Geetha Madhuri as runner-up, Tanish Alladi, Deepti Nallamothu and Samrat Reddy as third, fourth and fifth respectively.

This is a document about Rabhasa
  The principal photography started on 2 August 2013 at Banjara Hills in Hyderabad. Later some action sequences were shot near Tellapur, which is located in the outskirts of Hyderabad. With this, the first schedule of the film's shoot was wrapped up. After the completion of the schedule of Ramayya Vasthavayya, N. T. Rama Rao Jr. joined the sets of the film and the shooting commenced in Ramoji Film City, where some action scenes were shot in a house set erected in Ramoji Film City. After the completion of the action sequence, a song was shot with the leads there. Then the

This is a document about Hyderabad
  Hyderabad is the capital and largest city of the Indian state of Telangana and the de jure capital of Andhra Pradesh. It occupies 650 km2 on the Deccan Plateau along the banks of the Musi River, in the northern part of South India. With an average altitude of 542 m, much of Hyderabad is situated on hilly terrain around artificial lakes, including the Hussain Sagar lake, predating the city's founding, in the north of the city centre. According to the 2011 Census of India, Hyderabad is the fourth-most populous city in India with a population of 6.9 million residents within the city limits,

This is a document about Colour Photo
  Principal photography of the film started on 8 January 2020 in Hyderabad. The film was completely shot in Machilipatnam, Vijayawada and the surrounding parts. The story of the film also revolves around these places.

This is a document about Culture of Telangana
  Telugu cinema, also known by its sobriquet as Tollywood, is a part of Indian cinema producing films in the Telugu language, and is centered in the Hyderabad, Telangana neighbourhood of Film Nagar. The industry holds the Guinness World Record for the largest film production facility in the world, is one of the best tourist attraction in hyderabad Ramoji Film City. The Prasads IMAX located in Hyderabad is one of the largest 3D IMAX screen, and the most attended cinema screen in the world. As per the CBFC report of 2012, the industry is placed second in India, in terms of films produced yearly. because of the film "Bahubali" (I and ii) casting Prabhas and Anushka.

This is a document about Baadshah (2013 film)
  Hyderabad in November 2012 where some key scenes were shot on the lead pair as well as other actors. In December, the shoot continued at Rajiv Gandhi International Airport at Shamshabad in Hyderabad for 3 Days. In the same month, Navdeep joined the sets of the film. Later the shooting continued at a temple in Kachiguda and Daspalla Hotel in Hyderabad. The climax of the film was shot at Nagarjuna Sagar in which Jr. NTR, Navdeep, Kelly Dorje and others participated for a week. Then a song on Nicole and Jr. NTR was filmed at Annapurna 7 Acres Studio. After completing few patch work activities at Novotel, the shooting finally came to an end on 15 March 2013.

This is a document about Temper (film)
  Hyderabad in early October 2014. That song was a fast-paced folk song choreographed by Shekhar which Nora termed a "hyper energetic dance number". 25% of the film's shoot was wrapped up by then and the next schedule was planned in Visakhapatnam. Later the makers chose Goa to shoot major parts of the film. Few scenes on Rama Rao Jr., Aggarwal and some other actors were shot meanwhile. The film's Goa schedule was delayed due to the ongoing strike for Non-acceptance of the revised pay hike for the Film Federation Employees. The strike was called off later and the filming continued from 25 October at Goa where major part of the film was shot. The

This is a document about Arundhati (2009 film)
  Filming took around 250 days, in Hyderabad and other places. The interior of the place is shot at the Annapurna Studios, while the exterior was at Banganapalle fort. Filming also took place at Ramanaidu Studios.

This is a document about Geography of Hyderabad
  Hyderabad, the capital of Indian state of Telangana, is located in the central part of the Telangana. Geographically the city is located in the northern part of Deccan plateau, in Southern India on the banks of Musi River. The modern Hyderabad is spread over an area of 1005 km2, making it one of the largest metros in India. The predominant topography of the city is sloping rocky terrain of grey and pink granites. Some locations with higher altitude are scattered throughout, giving rise to the appearance of several small hillocks. Hyderebad has an average altitude of about 1778 ft above mean sea

This is a document about Businessman (film)
  further. However, he faces violent challenges from his enemies and the cops he supposedly respects. S. Thaman composed the film's music, and Shyam K. Naidu was the film's cinematographer. The film was made with a budget of ₹400 million and was launched formally on 15 August 2011 at Hyderabad. Principal photography began on 2 September 2011 and was shot in Hyderabad, Mumbai and Goa. A few song sequences were shot in Bangkok. Filming ended on 10 December 2011 in 74 working days, one of the shortest periods in which a Telugu film has been shot. Released during Sankranthi on 13 January 2012. It grossed more than ₹550 million and collected a distributor share of ₹448 million, eventually becoming one of the highest-grossing Telugu films of 2012. The film was remade in Bengali as Boss in 2013.

This is a document about Telangana
  Telugu cinema, also known by its sobriquet as Tollywood, is a part of Indian cinema producing films in the Telugu language, and is centred in the Hyderabad, Telangana neighbourhood of Film Nagar. In the early 1990s, the Telugu film industry had largely shifted from Chennai to Hyderabad. The Telugu film industry is the second-largest film industry in India next to Bollywood. In the years 2005, 2006 and 2008 the Telugu film industry produced the largest number of films in India, exceeding the number of films produced in Bollywood. The industry holds the Guinness World Record for the largest film production facility in the world.

This is a document about Agnyaathavaasi
  Principal photography began on 3 April 2017 with a small coffee shop scene, shot at Ciclo Cafe, then moved to a special set erected in Ramoji Film City for an action sequence. Some parts of the film were shot in Annapurna Studios and a major sequence and a song were shot in Bangkok. The unit moved to Bulgaria on 26 October 2017 for 15 days to shoot two songs. After the foreign schedule, shooting continued in Hyderabad and was completed by the end of November 2017, including a brief period of shooting at Varanasi. After the film, Kalyan actively began his political campaign for the 2019 Andhra Pradesh election.

This is a document about Mein Ek Din Laut Kay Aaoon Ga
  The film was shot in Mumbai and Hyderabad in India.

This is a document about Spyder (film)
  schedule for two weeks. After a brief break, the makers resumed the shoot in Mumbai on January 2017, where the introductory scenes featuring Mahesh Babu, was being shot. During March 2017, Chiranjeevi made a visit to the sets of the film. The final schedule of the film was expected to take place on 20 April 2017 in Hyderabad, although shooting started on 4 May 2017. Art director Rupin Suchak revealed to a source that 98% of the film was shot in Chennai, with the backdrop being changed to Hyderabad through computer graphics for the Telugu version. Mahesh did the film's stunts by himself without using body doubles. On 16 May 2017, a source claimed that the makers planned for a climax sequence with high-octane action scenes, instead of a normal climax, which

This is a document about Rabhasa
  the second week of December 2013, after shooting some important scenes at Ramoji Film City, the shooting continued at the Gandharva Mahal set in Hyderabad, where scenes on N. T. Rama Rao Jr., Brahmanandam and Samantha Ruth Prabhu were shot. Later on in early January 2014, the shooting continued at Manikonda in Hyderabad, where a huge set was erected for this purpose. After taking a break on account of Sankranti, the new schedule started at Gandharva Mahal set at Manikonda from 18 January 2014 where a family song was shot in which the leads participated. The introduction song of the hero

This is a document about Media in Hyderabad
  Hyderabad is the homeland of Tollywood, the Telugu movie industry. Apart from being a popular entertainment source and India's largest film producer as measured by the number of films made every year (followed by Bollywood), Tollywood also provides livelihood to thousands of its citizens and contributes a large amount of revenue to the local government. Previously, many Telugu films were produced in Madras. However, improvements in Hyderabad's infrastructure and initiatives such as establishing studios like Ramoji Film City (cited by the Guinness Book of World Records as the world's largest film studio), Saradhi Studios, Annapurna Studios, Ramanaidu Studios, Ramakrishna Studios and Padmalaya Studios have changed the situation. Not only Telugu films, but films from Bollywood are made in Hyderabad.

This is a document about Baahubali (franchise)
  The shooting of the film started at Rock Gardens in Kurnool from 6 July 2013. At the end of August 2013, the film's shoot continued at Ramoji Film City in Hyderabad where key scenes on the lead cast were shot. The second schedule of the film ended on 29 August 2013. A new schedule started at Hyderabad on 17 October 2013. At the end of October 2013, the maize field specifically cultivated at Ramoji Film City for filming of few crucial sequences was destroyed by rains just a week before the start of the planned shoot there. The film's shoot again continued in Kurnool

The Bigg Boss Telugu 2 set is located in Hyderabad.


Question: when was civil peace by chinua achebe published

Answer: 1971

This is a document about Civil Peace
 Civil Peace "Civil Peace" is a 1971 short story by Chinua Achebe. It is about the effects of the Nigerian Civil War (1967–1970) on the people, and the "civil peace" that followed. The story starts off in eastern Nigeria after the civil war has ended. The protagonist, Jonathan Iwegbu, was able to keep his bicycle, which he turns into a taxi to make money. In two weeks he makes 150 pounds. Jonathan then travels to Enugu to search for his home, and to his surprise it is still standing when other structures around it are demolished. The house needs some

This is a document about Chinua Achebe
 during the war. Five days later, Christopher Okigbo was killed on the war's front line. Achebe was shaken considerably by the loss; in 1971 he wrote "Dirge for Okigbo", originally in the Igbo language but later translated to English. As the war intensified, the Achebe family was forced to leave Enugu for the Biafran capital of Aba. As the turmoil closed in, he continued to write, but most of his creative work during the war took the form of poetry. The shorter format was a consequence of living in a war zone. "I can write poetry," he said, "something short,

This is a document about Civil Peace
  "Civil Peace" is a 1971 short story by Chinua Achebe. It is about the effects of the Nigerian Civil War (1967–1970) on the people and the "civil peace" that followed.

This is a document about Chinua Achebe Literary Festival
  Chinua Achebe Literary Festival is an annual literary event held in honour of Nigerian writer and literary critic — Chinua Achebe, the author of Things Fall Apart (1958), in commemoration and celebration of his works and immense contributions in the literary field. Chinua Achebe lived between 16 November 1930 to 21 March 2013, when he died in Massachusetts, United States. The literary festival was initiated in 2016, three years after Achebe's death, by award-winning Nigerian writer, journalist, and Igbo-language activist, Izunna Okafor, who is also Anambra State's Coordinator of Society of Young Nigerian Writers, the literary body that organizes the event. Since its inception, the event has been held annually on Chinua Achebe's date of

This is a document about Enugu
  after Lagos is the preferred city for shooting films in Nigeria and a film production centre in the East. In 2007, Enugu hosted the first-ever film festival in the state, the Enugu International Film Festival. Held at Hotel Presidential, the festival's intent was to highlight Enugu as a "film making hub" in Africa including movie premiers and prizes for different film categories. Some of Nigeria's well-known writers were born and have lived in the city of Enugu. Chinua Achebe, writer of Things Fall Apart lived in Enugu in 1958, the year the book was published. He again moved to the city during the Nigerian Civil War after

This is a document about Things Fall Apart
  Things Fall Apart is the debut novel by Nigerian author Chinua Achebe, first published in 1958. It depicts pre-colonial life in the southeastern part of Nigeria and the invasion by Europeans during the late 19th century. It is seen as the archetypal modern African novel in English, and one of the first to receive global critical acclaim. It is a staple book in schools throughout Africa and is widely read and studied in English-speaking countries around the world. The novel was first published in the UK in 1962 by William Heinemann Ltd, and became the first work published in Heinemann's African Writers Series. The novel follows the life of Okonkwo, an Igbo ("Ibo" in the novel) man and local

This is a document about Nigerian literature
  Chinua Achebe achieved fame with his first book, Things Fall Apart (1958), and was awarded the Man Booker International prize in recognition of his entire career as a novelist and author in 2007. Other finalists for the prize included Ian McEwan and Salman Rushdie. In awarding the prize, Nadine Gordimer referred to Achebe as "the father of modern African literature". Nigeria has produced a number of important writers, who have won accolades for their work, including Daniel O. Fagunwa, Femi Osofisan, Ken Saro-Wiwa, Cyprian Ekwensi, Buchi Emecheta, Elechi Amadi, Tanure Ojaide. Wole Soyinka, a Yoruba native speaker writing mainly in English, received the 1986 Nobel Prize in literature, becoming the first black African to win the Nobel Prize for literature. Soyinka was awarded the prize for writing "...in a wide cultural perspective and with poetic overtones fashions the drama of existence". Ben Okri won the 1991 Booker Prize

This is a document about Tijan Sallah
 (with Ngozi Okonjo-Iweala) Chinua Achebe: Teacher of light: a biography, Trenton, NJ: Africa World Press, 2003.

This is a document about Lindsay Barrett
  Central State Information Service during the Nigerian Civil War under Chief Ukpabi Asika. After a further stay in London at the beginning of the 1970s, Barrett returned in 1973 to Nigeria, where he was a founding member of the Nigerian Association of Patriotic Writers and Artistes. He became a naturalised Nigerian citizen in the mid-1980s. He has worked as a lecturer and has taught at many educational establishments in West Africa, including in Ghana, at Fourah Bay College in Sierra Leone, and at Nigeria's University of Ibadan, where he lectured on the roots of African and Afro-American literature at the invitation of Professors Wole Soyinka and the

This is a document about Chinua Achebe
  Chinua Achebe (16 November 1930 – 21 March 2013) was a Nigerian novelist, poet, and critic who is regarded as the dominant figure of modern African literature. His first novel and magnum opus, Things Fall Apart (1958), occupies a pivotal place in African literature and remains the most widely studied, translated and read African novel. Along with Things Fall Apart, his No Longer at Ease (1960) and Arrow of God (1964) complete the so called "African Trilogy"; later novels include A Man of the People (1966) and Anthills of the Savannah (1987). He is often referred to as the "father of African literature", although he vigorously rejected the characterization.

This is a document about Onitsha
  In the early 1960s, before the Nigerian Civil War (see also Biafra), the population was officially recorded as 76,000, and the town was distinctive in a number of dimensions; the great Nigerian writer Chinua Achebe (born and raised in the contiguous town of Ogidi) characterized it as harboring an "esoteric region from which creativity sallies forth at will to manifest itself," "a zone of occult instability" (see "Onitsha Matters").  Indeed, Onitsha has played a creative role in the transformation to urban life in Eastern Nigeria famous as the setting for Onitsha Market Literature and as one of the hubs for the financing and distribution of

This is a document about Harvey Swados
  integrated community of Rochdale Village, in the New York City borough of Queens, as a paradigm of American brotherhood, idealism and economic self-interest. (Although the Rochdale example was short-lived, its history has been documented by former resident, author and editor Peter Eisenstadt. ) In an article published on April 23, 1967, Swados profiled the maverick and unpredictable CBS News executive Fred Friendly. In 1967, reporting on the Nigerian Civil War as a member of a delegation of American civilians, he visited the secessionist state of Biafra. There, he met and formed a lasting friendship with the writer Chinua Achebe, who

This is a document about Heinemann African Writers Series
  1958 – William Heinemann publishes Chinua Achebe's Things Fall Apart. 2,000 hardcover copies were printed and sold at a price of 15s. The book receives widespread acclaim. 1959 – Alan Hill, head of Heinemann’s educational department, visits West Africa. He finds that Achebe remains largely unknown in his home country of Nigeria due to the small print run and high price of his first novel. 1960 – Heinemann Educational Books (HEB) is set up as a separate company and begins to publicise Achebe in Africa. They start to receive manuscripts from other African authors. Alan Hill recruits Evan McKay Milne, known as Van Milne, a West Africa specialist. He

This is a document about Chimamanda Ngozi Adichie
  Ngozi Adichie's original and initial inspiration came from Chinua Achebe, after reading his 1958 novel Things Fall Apart, at the age of 10; Adichie was inspired by seeing her own life represented in the pages. She has also named Buchi Emecheta as a Nigerian literary precursor, on whose death Adichie said: "Buchi Emecheta. We are able to speak because you first spoke. Thank you for your courage. Thank you for your art. Nodu na ndokwa." Adichie published a collection of poems in 1997 (Decisions) and a play (For Love of Biafra) in 1998, using the name Amanda N. Adichie. Her short story "My Mother, the

This is a document about Postcolonial literature
  Nigerian author Chinua Achebe (1930–2013) gained worldwide attention for Things Fall Apart in the late 1950s. Achebe wrote his novels in English and defended the use of English, a "language of colonisers", in African literature. In 1975, his lecture "An Image of Africa: Racism in Conrad's Heart of Darkness" featured a famous criticism of Joseph Conrad as "a thoroughgoing racist". A titled Igbo chieftain himself, Achebe's novels focus on the traditions of Igbo society, the effect of Christian influences, and the clash of Western and traditional African values during and after the colonial era. His style relies heavily on the Igbo oral tradition, and

This is a document about There Was a Country
  There Was a Country: A Personal History of Biafra is a personal account of the Nigerian civil war (1967–1970), also known as the Biafran War by the Nigerian writer Chinua Achebe. There Was a Country is considered one of the defining works of modern African non-fiction. The work got the author reviews from great persons; one of whom is the former president of South Africa, Nelson Mandela who said "The writer in whose company the prison walls fell down."

This is a document about Arthur Nwankwo
  In the early 1970s, Nwankwo began to gain some recognition within the literary community as part of a young group of post-Civil War writers from Southeastern Nigeria who wrote about their experience during the War. Prior to the end of the Nigerian Civil War, he co-authored a book, Biafra: The Making of a Nation', documenting the role of Igbo's in Nigeria. Nwankwo also wrote Nigeria: The Challenge of Biafra. He started a career in publishing after the war ended when he co-founded, Nwamife Publishers with Samuel Ifejika, his co-author of Biafra" The Making of a Nation and enjoying the support and patronage of writers such as Flora Nwapa and Chinua Achebe. Nwamife published its first book in 1971, a compilation of stories

This is a document about Chinua Achebe
  Achebe received over 30 honorary degrees from universities in Nigeria, Canada, South Africa, Nigeria, the United Kingdom and the United States, including Dartmouth College, Harvard, and Brown. Among his other honours are the first Commonwealth Poetry Prize (1972); the Nigerian National Order of Merit, the Order of the Federal Republic (1979); an Honorary Fellowship of the American Academy of Arts and Letters (1982); the St. Louis Literary Award (1999); the Peace Prize of the German Book Trade (2002); the Man Booker International Prize (2007); and the Dorothy and Lillian Gish Prize (2010). In 1992 he became the first living writer to

This is a document about No Longer at Ease
  No Longer at Ease is a 1960 novel by Nigerian author Chinua Achebe. It is the story of an Igbo man, Obi Okonkwo, who leaves his village for an education in Britain and then a job in the Nigerian colonial civil service, but is conflicted between his African culture and Western lifestyle and ends up taking a bribe. The novel is the second work in what is sometimes referred to as the "African trilogy," following Things Fall Apart and preceding Arrow of God, though Arrow of God chronologically precedes it in the grand story of the trilogy. Things Fall Apart concerns the struggle of Obi Okonkwo's grandfather Okonkwo against the changes brought by the British.

Civil Peace by Chinua Achebe was published in 1971.


Question: where is sperm made in the human body

Answer: testicles

This is a document about Sperm
 starting as a totipotent zygote. The human sperm cell is haploid, so that its 23 chromosomes can join the 23 chromosomes of the female egg to form a diploid cell. In mammals, sperm develops in the testicles, is stored in the epididymis, and released from the penis. The main sperm function is to reach the ovum and fuse with it to deliver two sub-cellular structures: (i) the male pronucleus that contains the genetic material and (ii) the centrioles that are structures that help organize the microtubule cytoskeleton. The mammalian sperm cell can be divided in 2 parts: The neck or

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

This is a document about Human reproduction
 may result in a 2-fold reduction in the heat-induced contribution to the spontaneous mutation rate in male germinal tissues compared to tissues at 37 °C. If the testicles remain too close to the body, it is likely that the increase in temperature will harm the spermatozoa formation, making conception more difficult. This is why the testes are carried in an external pouch viz. scrotum rather than within the abdomen; they normally remain slightly cooler than body temperature, facilitating sperm production. The female reproductive system likewise contains two main divisions: the vagina and the Ovum. The ovum meets with sperm cell,

This is a document about Female sperm
 begin the processes to become both sperm and eggs. One potential roadblock to injecting a woman's cells into a man's testicles is that the man's immune system might attack and destroy the woman's cells. In usual circumstances, when foreign cells (such as cells or organs from other people, or infectious bacteria) are put into a human body, its immune system will reject such cells or organs. However, a special property of a man's testicles is that they are immune-privileged, that is, a man's immune system will not attack foreign cells (such as a woman's cells) injected into the sperm-producing part

This is a document about Testicle
 and large testes compared to body weight (0.3%). Human testicular size falls between these extremes (0.08%). Testis weight also varies in seasonal breeders like deer and horses. The change is related to changes in testosterone production. Human testicles are smaller than chimpanzee testicles but larger than gorilla testicles. Under a tough membranous shell called the tunica albuginea, the testis of amniotes, as well as some teleost fish, contains very fine coiled tubes called seminiferous tubules. Amphibians and most fish do not possess seminiferous tubules. Instead, the sperm are produced in spherical structures called "sperm ampullae". These are seasonal structures, releasing

This is a document about Human sexuality
 drawn closer to the body. Sperm are transported through a four-part duct system. The first part of this system is the epididymis. The testicles converge to form the seminiferous tubules, coiled tubes at the top and back of each testicle. The second part of the duct system is the vas deferens, a muscular tube that begins at the lower end of the epididymis. The vas deferens passes upward along the side of the testicles to become part of the spermatic cord. The expanded end is the ampulla, which stores sperm before ejaculation. The third part of the duct system is

This is a document about Human sexuality
 fan out to form the crura and attach to the pubic bone and the expanded end of the spongy body (bulb). The root is surrounded by two muscles; the bulbocavernosus muscle and the ischiocavernosus muscle, which aid urination and ejaculation. The penis has a foreskin that typically covers the glans; this is sometimes removed by circumcision for medical, religious or cultural reasons. In the scrotum, the testicles are held away from the body, one possible reason for this is so sperm can be produced in an environment slightly lower than normal body temperature. Male internal reproductive structures are the testicles,

This is a document about Heat-based contraception
 Heat-based contraception An experimental male contraceptive method involves heating the testicles so that they cannot produce sperm. Sperm are best produced at a temperature slightly below body temperature. The muscles around a male's scrotum involuntarily tighten if the man's body temperature drops, and they loosen, allowing the testes to hang, if the body temperature rises. This is the body's way of keeping the sperm at an ideal temperature. Although research has not addressed methods of applying heat, sperm production can be disrupted with increased temperature. Some suggest exposure to high temperatures (116 °F equal to 47 °C) can affect infertility

This is a document about Male reproductive system
 Male reproductive system The male reproductive system consists of a number of sex organs that play a role in the process of human reproduction. These organs are located on the outside of the body and within the pelvis. The main male sex organs are the penis and the testicles which produce semen and sperm, which, as part of sexual intercourse, fertilize an ovum in the female's body; the fertilized ovum (zygote) develops into a fetus, which is later born as an infant. The corresponding system in females is the female reproductive system. The penis is the male intromittent organ. It

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

This is a document about Sperm
   Sperm is the male reproductive cell, or gamete, in anisogamous forms of sexual reproduction (forms in which there is a larger, female reproductive cell and a smaller, male one). Animals produce motile sperm with a tail known as a flagellum, which are known as spermatozoa, while some red algae and fungi produce non-motile sperm cells, known as spermatia. Flowering plants contain non-motile sperm inside pollen, while some more basal plants like ferns and some gymnosperms have motile sperm. Sperm cells form during the process known as spermatogenesis, which in amniotes (reptiles and mammals) takes place in the seminiferous tubules of the testes. This process involves the production of several successive sperm cell precursors, starting with spermatogonia, which differentiate into spermatocytes. The spermatocytes then undergo meiosis, reducing their chromosome number by

This is a document about Relaxin
  In the female, it is produced by the corpus luteum of the ovary, the breast and, during pregnancy, also by the placenta, chorion, and decidua. In the male, it is produced in the prostate and is present in human semen.

This is a document about Mammalian reproduction
  The mammalian male reproductive system contains two main divisions, the penis and the testicles, the latter of which is where sperm are produced. In humans, both of these organs are outside the abdominal cavity, but they can be primarily housed within the abdomen in other animals. For instance, a dog's penis is covered by a penile sheath except when mating. Having the testicles outside the abdomen best facilitates temperature regulation of the sperm, which require specific temperatures to survive. The external location may also cause a reduction in the heat-induced contribution to the spontaneous mutation rate in male germinal tissue. Sperm are the smaller of the two gametes and are generally very short-lived, requiring males to produce them continuously from the time of sexual maturity until death. The produced sperm are stored in the epididymis until ejaculation. The sperm cells are motile and they swim using tail-like flagella to propel themselves towards the ovum. The sperm follows temperature gradients (thermotaxis) and chemical gradients (chemotaxis) to locate the ovum.

This is a document about Human reproduction
  Human reproduction naturally takes place as internal fertilization by sexual intercourse. During this process, the male inserts his penis, which needs to be erect, into the female's vagina, and then either partner initiates rhythmic pelvic thrusts until the male ejaculates semen, which contains sperm, into the vaginal canal. The sperm and the ovum are known as the gametes (each containing half the genetic information of the parent, created through meiosis). The sperm (being one of approximately 250 million sperm in a typical male ejaculation) travels through the vagina and cervix into the uterus or Fallopian tubes. Only 1 in 14 million of the ejaculated sperm will reach the

This is a document about Sexual intercourse
   Natural human reproduction involves penile–vaginal penetration, during which semen, containing male gametes known as sperm cells or spermatozoa, is expelled via ejaculation through the penis into the vagina. The sperm passes through the vaginal vault, cervix and into the uterus, and then into the fallopian tubes. Millions of sperm are present in each ejaculation to increase the chances of fertilization (see sperm competition), but only one reaching an egg or ovum is sufficient to achieve fertilization. When a fertile ovum from the female is present in the fallopian tubes, the male gamete joins with the ovum, resulting in fertilization and the formation of a new embryo. When a fertilized

This is a document about Human reproduction
  The male reproductive system contains two main divisions: the testes where sperm are produced, and the penis which discharges the sperm as semen (this is known as an ejaculation). In humans, both of these organs are outside the abdominal cavity. Having the testes outside the abdomen facilitates temperature regulation of the sperm, which require specific temperatures to survive about 2-3 °C less than the normal body temperature i.e. 37 °C. In particular, the extraperitoneal location of the testes may result in a 2-fold reduction in the heat-induced contribution to the spontaneous mutation rate in male germinal tissues compared to tissues at 37 °C. If the testicles remain too close to the body, it is likely that the increase in temperature will harm the spermatozoa formation, making conception more difficult. This is why the testes are carried in an external scrotum rather than within the abdomen; they normally remain slightly cooler than body temperature, facilitating sperm production.

This is a document about Spermatogenesis
  The process of spermatogenesis is highly sensitive to fluctuations in the environment, particularly hormones and temperature. Testosterone is required in large local concentrations to maintain the process, which is achieved via the binding of testosterone by androgen binding protein present in the seminiferous tubules. Testosterone is produced by interstitial cells, also known as Leydig cells, which reside adjacent to the seminiferous tubules. Seminiferous epithelium is sensitive to elevated temperature in humans and some other species, and will be adversely affected by temperatures as high as normal body temperature. Consequently, the testes are located outside the body in a sack of skin called the scrotum. The optimal

This is a document about Human sexuality
   Male internal reproductive structures are the testicles, the duct system, the prostate and seminal vesicles, and the Cowper's gland. The testicles (male gonads), are where sperm and male hormones are produced. Millions of sperm are produced daily in several hundred seminiferous tubules. Cells called the Leydig cells lie between the tubules; these produce hormones called androgens; these consist of testosterone and inhibin. The testicles are held by the spermatic cord, which is a tubelike structure containing blood vessels, nerves, the vas deferens, and a muscle that helps to raise and lower the testicles in response to temperature changes and sexual arousal, in which the testicles are drawn closer to the body. Sperm gets transported through a four-part duct system. The first part of this

This is a document about Human reproductive system
  Gametes are produced within the gonads through a process known as gametogenesis. This occurs when certain types of germ cells undergo meiosis to split the normal diploid number of chromosomes (n=46) into haploid cells containing only 23 chromosomes. In males, this process is known as spermatogenesis, and takes place only after puberty in the seminiferous tubules of the testes. The immature spermatozoa or sperm are then sent to the epididymis, where they gain a tail, enabling motility. Each of the original diploid germ cells or primary spermatocytes forms four functional gametes which is each forever young. The production and survival of sperms require a temperature below the normal core body temperature. Since the scrotum, where the testes is present, is situated outside the body cavity, it provides a temperature about

This is a document about Sperm
  The spermatozoa of animals are produced through spermatogenesis inside the male gonads (testicles) via meiotic division. The initial spermatozoon process takes around 70 days to complete. The process starts with the production of spermatogonia from germ cell precursors. These divide and differentiate into spermatocytes, which undergo meiosis to form spermatids. In the spermatid stage, the sperm develops the familiar tail. The next stage where it becomes fully mature takes around 60 days when it is called a spermatozoan. Sperm cells are carried out of the male body in a fluid known as semen. Human sperm cells can survive within the female reproductive tract for more than 5 days post coitus. Semen is produced in the seminal vesicles, prostate gland and urethral glands. In 2016, scientists at Nanjing Medical University claimed they had produced cells resembling mouse spermatids from mouse embryonic stem cells artificially. They injected these spermatids into mouse eggs and produced pups.

Sperm is made in the testicles, specifically in structures called seminiferous tubules, in the male human body.