Question: when does mlb 2018 the show come out

Answer: March 27 , 2018

This is a document about MLB The Show 18
 MLB The Show 18 MLB The Show 18 is a baseball video game by SIE San Diego Studio and published by Sony Interactive Entertainment, based on Major League Baseball (MLB). It is the thirteenth entry of the "" franchise, and was released worldwide on March 27, 2018, for PlayStation 4. Aaron Judge is featured as the cover star for the U.S. version, while Marcus Stroman is on the cover of the Canadian version. A limited number of people were invited to a closed alpha, which began on December 22, 2017, until December 26, 2017, to test the online servers. Those

This is a document about MLB The Show 18
 the hardcore baseball fans that purchased the game early, it can be a nightmare." MLB The Show 18 MLB The Show 18 is a baseball video game by SIE San Diego Studio and published by Sony Interactive Entertainment, based on Major League Baseball (MLB). It is the thirteenth entry of the "" franchise, and was released worldwide on March 27, 2018, for PlayStation 4. Aaron Judge is featured as the cover star for the U.S. version, while Marcus Stroman is on the cover of the Canadian version. A limited number of people were invited to a closed alpha, which began

This is a document about MLB The Show 19
  San Diego Studio announced on the second of November 2018 the official release date for MLB The Show 2019 as well as the details regarding special editions. The 2019 edition of the series ‘The Show’ was released on March 26, 2019. San Diego Studio released a closed alpha early access to the video game between the dates of 13–19 December. The closed alpha provided fans early access to participate in game modes such as the Diamond Dynasty, Battle Royale and Play with Friends features. Since its creation, The Show series has been a Sony exclusive video game. However, on December 10, 2019, it was announced as part of Sony’s renewed deal with the MLB and MLBPA that the video game series will be available to play on Xbox, Nintendo and PC from 2021. MLB The Show will be only major baseball franchise available on Xbox, Nintendo and PC platforms.

This is a document about MLB The Show 18
  MLB The Show 18 is a baseball video game by San Diego Studio and published by Sony Interactive Entertainment, based on Major League Baseball (MLB). It is the thirteenth entry of the MLB: The Show franchise, and was released worldwide on March 27, 2018, for PlayStation 4. New York Yankees outfielder Aaron Judge is featured as the cover star for the U.S. version, while Toronto Blue Jays pitcher Marcus Stroman is on the cover of the Canadian version. A limited number of people were invited to a closed alpha, which began on December 22, 2017, until December 26, 2017, to test the online servers. Those who pre-ordered the game received access to the game four days early, able to pick up their copy of the game on March 23, 2018. Matt Vasgersian, Dan Plesac and Mark DeRosa act as play-by-play commentators; DeRosa replaces Harold Reynolds, who was featured in the previous year's game. Mike Carlucci returns as public address commentator.

This is a document about Field of Dreams (Dubuque County, Iowa)
  Major League Baseball (MLB) planned for a 2020 regular-season game to be held at a temporary facility constructed at a distance of approximately 500 ft in the cornfields. The contest was originally scheduled for August 13, 2020, between the Chicago White Sox and New York Yankees. Due to the COVID-19 pandemic, the game was rescheduled to August 12, 2021. The game resulted in a 9–8 win by the White Sox over the Yankees. After the game drew the highest regular season ratings in 16 years, MLB announced it would return the following year for a contest between the Cincinnati Reds and Chicago Cubs. MLB The Show has delivered an interactive version of the Field of Dreams in MLB The Show 21, including dynamic cornfields that can be placed at will by the user.

This is a document about MLB The Show 19
  MLB The Show 19 is a baseball video game by San Diego Studio and published by Sony Interactive Entertainment, based on Major League Baseball (MLB). It is the fourteenth entry of the MLB: The Show franchise, and was released on March 26, 2019, for PlayStation 4. Philadelphia Phillies outfielder Bryce Harper is featured as the cover star. Matt Vasgersian, Mark DeRosa and Dan Plesac call the play-by-plays. Heidi Watney joined the game as a sideline reporter and Alex Miniak replaces Mike Carlucci as the public address announcer. Diamond Dynasty, Road to the Show and Franchise game modes return whilst Moments and March to October make their series debuts.

This is a document about MLB The Show 17
  MLB The Show 17 is a baseball video game developed by San Diego Studio and published by Sony Interactive Entertainment, based on Major League Baseball (MLB). It is the twelfth edition of the MLB: The Show franchise, and was released on March 28, 2017, for PlayStation 4. The American cover features Ken Griffey Jr., while Aaron Sanchez is the cover athlete for the Canadian version, and Wei-Yin Chen is on the Taiwanese cover. MLB The Show 17, like the previous games in the series, is based on the sport of baseball; more specifically, it simulates the experience of the MLB. Several game modes are included, such as "Road to The Show", in which the player creates a customizable player and plays throughout their career to the major leagues; "Franchise", in which the player controls an entire organization; and "Diamond

This is a document about 2018 Major League Baseball season
  The 2018 Major League Baseball season began on March 29. The regular season ended on October 1, extended a day for tiebreaker games to decide the winners of the National League Central and National League West divisions. The postseason began on October 2. The World Series began on October 23, and ended on October 28 with the Boston Red Sox defeating the Los Angeles Dodgers in five games to win their ninth World Series championship. The 89th Major League Baseball All-Star Game was held on July 17 at Nationals Park, the home of the Washington Nationals. The American League won, 8–6, in 10 innings. This was also the last season for the August trade waivers.

This is a document about MLB The Show 17
  On December 3, 2016, MLB The Show 17 was announced with a trailer for the game that showed the game's release date along with new features. It was released worldwide on March 28, 2017, for PlayStation 4. This was the first time since MLB 06: The Show that the game was not released for the PlayStation 3. There were four different versions of the game to purchase: Standard Edition, MVP Edition, Hall of Fame Edition, and Digital Deluxe Edition. If players purchase the Hall of Fame Edition of the game, they receive the Steel Book case cover, several physical items, such as a limited edition New Era Hat, and many in-game bonuses.

This is a document about 2019 Major League Baseball season
  The 2019 Major League Baseball season began on March 20, while the regular season ended on September 29. It was the 150th anniversary of professional baseball, dating back to the 1869 foundation of the Cincinnati Red Stockings. The postseason began on October 1. The World Series began October 22 and ended October 30 with the Washington Nationals defeating the Houston Astros in seven games to win their first World Series championship. The entire schedule was released on August 22, 2018. The 90th Major League Baseball All-Star Game was held on July 9 at Progressive Field, home of the Cleveland Indians. The American League won, 4–3, for its seventh straight victory. This was the final season when anyone on the 40-man expanded roster could be used in games from September 1 through the end of the regular season (so-called September call-ups).

This is a document about MLB The Show 20
  MLB The Show 20 is a baseball video game by San Diego Studio and published by Sony Interactive Entertainment, based on Major League Baseball (MLB). The fifteenth entry of the MLB: The Show franchise, it was officially released on March 17, but customers that digitally pre-ordered the game were given an early release on March 13. Chicago Cubs infielder Javier Báez is featured as the cover star. For the first time ever, Minor League Baseball players are fully licensed and have their names and likenesses featured in the game. In previous versions of the game, Minor League players were not licensed and were replaced with generic players. As

This is a document about MLB The Show 21
  MLB The Show 21 is a baseball video game by San Diego Studio and published by Sony Interactive Entertainment, based on Major League Baseball (MLB). It was released for the PlayStation 4 and PlayStation 5, as well as the Xbox One and Xbox Series X/S (a first for the franchise) which included it being on Xbox Game Pass at the release for the first time, with MLB Advanced Media co-publishing digital versions on the latter platforms. The sixteenth entry of the MLB: The Show franchise, it was released on April 20, 2021. San Diego Padres shortstop Fernando Tatís Jr. is featured as the cover star, and at age 22 is the youngest player to do so.

This is a document about Power Pros
  Released on April 28, 2018 for the PlayStation 4 and PlayStation Vita. 2018 is the first game in the series to support the PlayStation VR and PlayStation 4 Pro, along with high-dynamic-range video and 2160p resolution. The game also includes a new game mode, "Live Scenario", lifted from Professional Baseball Spirits 2015. A 2019 season pack was recently added as an updated feature to Power Pros 2018.

This is a document about 2018 Major League Baseball All-Star Game
  The 2018 Major League Baseball All-Star Game was the 89th Major League Baseball All-Star Game. The game was hosted by the Washington Nationals and was played at Nationals Park on July 17, 2018. It was televised nationally by Fox. The American League beat the National League 8–6, in 10 innings. The host city was announced on April 6, 2015, by Major League Baseball Commissioner Rob Manfred; it was the fifth All-Star Game in Washington, D.C., and the first since 1969, when the second Washington Senators hosted. It was also the first time that the Nationals had hosted the All-Star Game, and the first time that the Nationals franchise had hosted it since 1982, when

This is a document about MLB The Show 21
  In the US, MLB The Show 21 was the best-selling digital game across PlayStation and Xbox platforms for the month of April 2021. By July 18, 2021, the game had surpassed 2 million sales across all platforms, with the game reaching 4 million players.

This is a document about Jacob deGrom
  DeGrom and the Mets agreed on a $7.4 million salary for the 2018 season. On May 6, the Mets placed deGrom on the 10 day disabled list, retroactive to May 3, with a hyperextended pitching elbow. DeGrom had suffered the minor injury while batting during his May 2 start against the Braves. Owning an MLB-leading 1.68 ERA, deGrom was named to the 2018 Major League Baseball All-Star Game. During the All-Star Break, Brodie Van Wagenen, deGrom's sports agent, called for the Mets to engage in contract extension talks, or to "seriously consider trade opportunities now". On September 3, deGrom tied an MLB record by completing his 25th straight start allowing three or fewer runs. DeGrom recorded his 1,000th career strikeout in his final start

This is a document about Major League Baseball All-Star Game
  night game starting in the 2018 season. Some additional events and festivities associated with the game take place each year close to and during this break in the regular season. No official MLB All-Star Games were held in 1945 and 2020, and no official selection of players took place, due to World War II travel restrictions and the COVID-19 pandemic, respectively. Two All-Star Games were held each season from 1959 to 1962. The most recent All-Star Game was held on July 13, 2021, at Coors Field in Denver, home of the NL's Colorado Rockies; it was originally scheduled to be held in Atlanta until Major League Baseball announced in April 2021 that it would relocate the game in protest of Repunew voting rights restrictions in that state.

This is a document about 2020 Major League Baseball season
  The 2020 Major League Baseball season began on July 23 and ended on September 27 with 60 games amidst the COVID-19 pandemic. The full 162-game regular season was originally scheduled to begin on March 26. However, the pandemic caused Major League Baseball (MLB) to announce on March 12 that the remainder of spring training was canceled and that the start of the regular season would be delayed by at least two weeks. On March 16, MLB announced that the season would be postponed indefinitely, following recommendations from the Centers for Disease Control and Prevention to restrict events of more than 50 people. This was the first

This is a document about Major League Baseball on television
  Baseball in December 2020; the renewal was confirmed on May 13, 2021. The deal removes ESPN's non-exclusive weeknight games from the schedule, but retains Sunday Night Baseball and ESPN's involvement in the Wild Card playoffs. During the 2021 season, a three game series played between June 18 and June 20 between the Philadelphia Phillies and the San Francisco Giants, whose regional television rights are both held by the NBC Sports Regional Networks, aired nationally on NBC's streaming service Peacock. Later that season, ABC aired its first regular season MLB game since the 1990s, a presentation of ESPN's Sunday Night Baseball between the Chicago White Sox and the Chicago Cubs, on August 8.

MLB The Show 18 was released worldwide on March 27, 2018.


Question: who kills the main character in happy death day

Answer: Lori

This is a document about Happy Death Day
 Relieved to finally be free, she celebrates her birthday in Carter's room and eats the cupcake given to her by Lori. Tree wakes up still in the loop; confused and angered by her predicament, she returns to her room, where Lori offers her the cupcake again. Tree realizes the previous loop was the only time she had ever eaten the cupcake, and had died in her sleep. Tree deduces that Lori, not Tombs, is her killer. Lori had poisoned the cupcake, which Tree declined to eat in most of the prior loops, so Lori utilized her job as a nurse

This is a document about Happy Death Day
 in the original draft there was no birthday, and no romance, which Landon added to humanize Tree. Landon decided to shorten the protagonist's name Teresa into Tree, which also conveyed her character arc as "trees need to grow and you see this character go from one person to another". Filming took place at and around Loyola University in New Orleans, Louisiana, and it lasted 5 weeks. The scenes where Tree awakens in Carter's bed after her death were filmed back to back in a span of two days. The scene after Tree pushes Lori out the window was supposed to

This is a document about Happy Death Day
 nurse reveals herself to be Dr. Butler's wife, Stephanie, who says it is for her own pain. She then murders Tree in revenge for her husband's affair with the girl. This version was shown in the test screenings for the film and was received negatively by the audience, which led the writers to come up with the theatrical ending. Director Christopher Landon also revealed Lori and Dr. Butler were the killers in the rough drafts, which later inspired the idea of the poisoned cupcake. Bear McCreary composed the score of "Happy Death Day". Reflecting the film's blend of horror and

This is a document about Ruby Modine
 season of "Shameless". On November 8, 2016, she was cast to co-star in the film "Happy Death Day" starring Jessica Rothe and Israel Broussard. Ruby Modine Ruby Wylder Rivera Modine (born July 31, 1990) is an American actress, singer, and dancer. She is best known for playing Sierra in "Shameless". She is also known for co-starring in the 2017 slasher film "Happy Death Day, as Lori." Modine is the daughter of Caridad Rivera, a makeup and wardrobe stylist, and actor Matthew Modine. Her mother is Puerto Rican (and of part African descent). She has a brother named Boman who is

This is a document about Shane Walsh (The Walking Dead)
 Judith, was likely fathered by Shane, but he and Carl love her as if she were his own. When Rick's group attacks the community of Woodbury in Season 3, Rick, who has been struggling with coming to grips with reality after the death of Lori after childbirth, pauses in surprise when he thinks he sees Shane among the Woodbury soldier attacking his friends, and kills him, only to find it was another Woodbury soldier. Shane returns in Rick's hallucination as he struggled to lead the walkers away from construction camp despite impaled and badly wounded by a rebar, happy to

This is a document about Batman: The Long Halloween
  Holiday, but Batman refuses to believe it until he can talk to Dent himself. After Falcone's sister, Carla Viti, is murdered on Falcone's birthday in August and her body found in the coroner's office, Batman ends up questioning Julian Gregory Day, the Calendar Man, on where to find Dent. Day suggests that, since it is Labor Day, Holiday will try to kill Maroni. Batman stages a plan with Gordon to move Maroni, giving Holiday the means and opportunity. During the transfer, Holiday appears and manages to shoot Maroni, but Batman - having disguised himself as one of the security guards -

This is a document about April Fools (2007 film)
  While pulling an April Fools' Day prank on a nerdy classmate named Melvin, a group of high school friends (Missy, DeAnna, Eva, Diego, Malik, and Marlin) accidentally kill him when Marlin hits Melvin with a football, causing him to fall on and he is impaled by a piece of rebar as a result. Panicking, the group drag Melvin's body into a wooded area, and stage it to look like he was the victim of a random gang-related attack. Exactly one year later, DeAnna is stabbed to death by a hooded figure while interning at a hospital. After murdering DeAnna, the

This is a document about Danganronpa: Trigger Happy Havoc
  of the logical insights. Makoto receives assistance from Kyoko Kirigiri, a distant girl possessing keen observational and deductive skills. Several murders occur over the first few days: pop star Sayaka Maizono is murdered by baseball star Leon Kuwata after her plans to murder her would-be killer and frame Makoto for it failed; programmer Chihiro Fujisaki is murdered by gang leader Mondo Owada in a jealous rage; gambler Celestia Ludenberg manipulates comic artist Hifumi Yamada into killing honor student Kiyotaka Ishimaru before killing Hifumi herself; and martial artist Sakura Ogami commits suicide after being revealed to be a spy working for Monokuma. In the penultimate chapter, the person controlling Monokuma commits the final

This is a document about Batman: The Long Halloween (film)
  murderer who is now coined "Holiday." Calendar Man names Falcone, Sal Maroni, and Dent as suspects and calls Batman's war on crime a "joke". Batman then realizes that Joker has escaped from Arkham. Not wanting Holiday to replace him as Gotham's most notorious criminal, Joker confronts Dent in his home and threatens to kill Gilda if he is proven to be Holiday. Batman visits Maroni who was also attacked by Joker. Maroni advises Batman that if Joker is Holiday, he will inevitably target Falcone himself. Joker harasses Falcone, warning him to divulge any new information about Holiday to him. Falcone's bodyguard

This is a document about Judge Doom
  that studio head R.K. Maroon is connected to the plot to frame Roger, Eddie interrogates him, but Maroon pleads that he is "a dead man" if he confesses. Just as Maroon is about to do so, he is killed by an unseen assailant who nearly shoots Eddie as well. Upon chasing the killer to Toontown, Eddie catches Jessica Rabbit, thinking she's the murderer, but Jessica reveals that Judge Doom was the one who killed Acme and Maroon. At the film's climax, Doom traps Eddie, Jessica, and Roger in the Acme Factory to explain his scheme to destroy Toontown using a giant, mobile vat of dip linked to a high-pressure water cannon, and then build a

This is a document about List of suicides in fiction
  Hamon into his body. ; Trevor Strathmore (Digital Fortress), explosion. ; Gordon Stretton (May Day ) shoots himself. ; Sue-Shaun (Battlestar Galactica), tells Starbuck to destroy her life support machine rather than try to save her. ; Suldrun (Lyonesse), hangs herself. ; Holly Summers (No More Heroes), places a grenade in her mouth. ; James Sunderland (Silent Hill 2), drowns himself by driving off a cliff and into a lake in the In Water ending. ; Svidrigailov (Crime and Punishment), gunshot to the head. ; Cynthia Swann (The First Wives Club), throws herself off her apartment balcony. ; Sylvester (Scaredy Cat), shoots himself with a gun.

This is a document about Kingsman: The Golden Circle
  kills Charlie as revenge for his fallen comrades, while Harry destroys Poppy's robotic attack dogs (called "Bennie" and "Jet") with the help of Elton John, whom Poppy had kidnapped during Valentine's attack and forced to sing for her. They secure the laptop controlling the drones that can deliver the antidote worldwide, then inject Poppy with a concentrated dose of her toxin with heroin to dull her senses and let her guard down. A delirious Poppy gives them the laptop password for the antidote but dies from an accidental overdose. Whiskey interrupts them before they can deploy the drones, revealing that his wife, pregnant with their son was

This is a document about Sal Maroni
  death. Dent's corrupt assistant Vernon Fields provides Maroni prior to his court appearance with "stomach medicine" for a supposed ulcer. During the trial, Maroni throws the disguised acid into Dent's face, disfiguring him. Maroni then gets into a scuffle with a bailiff who shoots him twice in the chest, which he survives. When he is moved out of his cell, Maroni is finally killed by Holiday. The killer is revealed to be Alberto Falcone, who committed the murders to make a name for himself independent of his family. Maroni's sons Pino and Umberto later offer their services to Sofia Falcone and are later killed in the Columbus Day Massacre orchestrated by Two-Face.

This is a document about Strange Days (film)
  kill Iris, but when Philo wanted Faith dead as part of the coverup, Max decided to frame Lenny for the murders. Lenny and Max struggle in a fight, which culminates with Lenny throwing Max off the balcony to his death. Meanwhile, on the crowded streets, Mace subdues Steckler and Engelman but other officers take down Mace. Strickland arrives and orders Mace's release and to arrest Steckler and Engelman for murder. Engelman commits suicide; Steckler threatens Mace, but the officers gun him down. Lenny then finds Mace and the two share a kiss as the crowd celebrates the turn of the new millenium.

This is a document about 24 (season 3)
  for the death of his wife Teri. Amador meets with his accomplice Marcus Alvers, who later plants some of the virus in a hotel ventilation system. When Michelle Dessler captures Alvers, he reveals that the mastermind of the day's events is a man from Jack's past named Stephen Saunders. Gael is killed soon after being exposed to the virus and Michelle has to deal with the threat at the hotel, as well as the unruly guests who soon discover the deadly truth. Saunders contacts President Palmer and gives him a series of assignments, one of which is the murder of Regional Division Director Ryan Chappelle. Jack and Chase try desperately to

This is a document about The Funhouse Massacre
  kills WKDE deejays Bob and Dave in front of the crowd during their live Halloween broadcast from the attraction. Manny then announces to the audience that all of the murders they have witnessed were real. The remaining killers continue attacking panicking patrons. Deputy Doyle, Morgan, and Gerardo regroup with Laurie and go on the offensive while Kate goes after Manny. Doyle shoots The Taxidermist. Morgan and Gerardo kill Animal. Doyle faces off against Rocco and shoots him to the ground. Kate is revealed to be an escaped cult member who is also Manny’s daughter. Kate shoots and kills Manny. Dollface attacks Kate. Laurie becomes involved in the fight and watches as Kate

This is a document about Magnum Force
  that a secret death squad within the SFPD is responsible for the killings. Briggs insists that Ricca's former associate, Frank Palancio, is the real culprit. Callahan persuades Briggs to loan him Davis and Sweet as back up for a raid on Palancio's offices. However, Palancio and his gang are tipped off via a phone call, Sweet is killed by a shotgun blast, and all of Palancio's men are killed by the police in the ensuing shootout. Palancio attempts to escape, but Callahan jumps on the hood of his car, causing him to lose control and crash, killing him. Briggs

This is a document about The Bunker Diary
  The terminally-ill Russell tries to persuade Linus to gain his freedom by killing him or Bird (who is dying of his injuries from the dog-attack), but Linus refuses. Anja is strangled to death by one of the group – the killer is never identified but is strongly presumed to be Bird, whose injuries are causing him to act strangely. The kidnapper continues to play games by sending a note, falsely implying that Linus committed the murder to create suspicion. Fred accidentally kills Bird in a fight while trying to protect Jenny. Russell commits suicide. The days continue to pass, and the remaining three are left hungry and cold. Eventually, the lift descends with its doors closed

This is a document about The Zodiac Killer (film)
  his daughter hostage, the police are called and as he tries to escape, Grover sees the day's paper laying on the front steps announcing another murder by the Zodiac Killer. In a fit of madness, he declares himself the Zodiac Killer and lets his daughter go in order to flee. The police shoot him dead as he falls into a nearby pool. The second act of the film follows the real Zodiac Killer, who the film positions as having a day job as a much put upon postal carrier. The death of his friend causes him to phone the police to announce that the man they killed was not the Zodiac Killer,

This is a document about Zodiac (film)
  In September, the killer stabs law student Bryan Hartnell and Cecelia Shepard at Lake Berryessa in Napa County; Cecelia dies two days later. At the office, Avery makes fun of Graysmith before they discuss the coded letters. Graysmith interprets the letter, which Avery finds helpful, and he begins sharing information. One of Graysmith's insights about the letters is that the Zodiac's reference to man as "the most dangerous animal of them all" is a reference to the film The Most Dangerous Game, which features the villainous Count Zaroff, a man who hunts live human prey. Two weeks later, San Francisco taxicab driver Paul Stine is shot and

Lori, played by Ruby Modine, kills the main character, Tree, in "Happy Death Day."


Question: what is the body of water between england and ireland

Answer: The Irish Sea

This is a document about Irish Sea
 Irish Sea The Irish Sea (, , , , Ulster-Scots: "Airish Sea", ) separates the islands of Ireland and Great Britain; linked to the Celtic Sea in the south by St George's Channel, and to the Inner Seas off the West Coast of Scotland in the north by the Straits of Moyle. Anglesey, Wales, is the largest island in the Irish Sea. The second in size is the Isle of Man and the sea may occasionally, but rarely, be referred to as the Manx Sea (, , ). The Irish Sea is of significant economic importance to regional trade, shipping

This is a document about List of modern great powers
  United Kingdom of Great Britain and Northern Ireland is a sovereign country in north-western Europe, off the north-western coast of the European mainland. The United Kingdom includes the island of Great Britain, the north-eastern part of the island of Ireland, and many smaller islands within the British Isles. Northern Ireland shares a land border with the Republic of Ireland. Otherwise, the United Kingdom is surrounded by the Atlantic Ocean, with the North Sea to the east, the English Channel to the south and the Celtic Sea to the south-west, giving it the 12th-longest coastline in the world. The Irish Sea separates Great Britain and Ireland. The total area of the United Kingdom is 93,628 sqmi, with an

This is a document about Fish for finance
  UK's, and which are the Republic of Ireland's, is also a potential point of dispute. The border between Northern Ireland and the Republic of Ireland meets the sea at two navigable inlets, Lough Foyle in the northwest and Carlingford Lough in the east, both of which are fished by boats from both nations. In the century since Irish independence, the two states have not negotiated, much less agreed, where in those waters their border lies. "Can you imagine telling fishermen from Greencastle that they can no longer fish outside their back door?" asks O'Donoghue, alluding to an Irish port in County Donegal at the mouth of Lough Foyle, a half-mile (800 m) across the water

This is a document about Irish Sea
   The Irish Sea separates the islands of Ireland and Great Britain; linked to the Celtic Sea in the south by St George's Channel, and to the Inner Seas off the West Coast of Scotland in the north by the North Channel, also known as the Straits of Moyle. Anglesey, North Wales, is the largest island in the Irish Sea, followed by the Isle of Man. The term Manx Sea may occasionally be used (Muir Meann Mooir Vannin, Muir Mhanainn). On its shoreline are Scotland to the north, England to the east, Wales to the southeast, Northern Ireland and the Republic of Ireland to the west. The Irish Sea is of significant economic importance to regional trade, shipping and transport, as well as fishing and power generation in the form of wind power and nuclear power plants. Annual traffic between Great Britain and Ireland amounts to over 12 million passengers and 17 e6t of traded goods.

This is a document about Republic of Ireland–United Kingdom border
  The Republic of Ireland–United Kingdom border, sometimes referred to as the Irish border or British-Irish border, runs for 499 km from Lough Foyle in the north of Ireland to Carlingford Lough in the northeast, separating the Republic of Ireland from Northern Ireland. Border markings are inconspicuous, in common with many inter-state borders in the European Union. As the two states share a Common Travel Area and Northern Ireland (the only exception within the UK and only in some respects) and the Republic of Ireland are participants in the European Single Market, the border is essentially an open one, allowing free passage of people since 1923 and of goods since 1993. There are circa 270 public roads that cross the border. Following the United Kingdom's exit from the European Union, this border is also the frontier between the EU and a non-member country. The Brexit withdrawal agreement commits the UK to maintaining an open border in Ireland, so that (in many respects) the de facto frontier is the Irish Sea between the two islands.

This is a document about Brexit and the Irish border
  The border reaches the sea at two inlets: Lough Foyle in the northwest and Carlingford Lough in the east. In the century since Ireland became independent, it and the UK have never defined where in those channels the border is. Both inlets are fished by boats of both nations. During Britain's EU membership there was no need to resolve the issue, as the Common Fisheries Policy (CFP) gave all EU member states the rights to fish in each other's waters, and neighboring states further had the right to fish within 12 nautical miles of each other's coasts, in certain areas. After Britain fully exits the EU, the CFP will no longer apply to

This is a document about Irish Sea
  Man and the Kish Bank, Codling Bank, Arklow Bank and Blackwater Bank near the coast of Ireland. The Irish Sea, at its greatest width, is 200 km and narrows to 75 km. The International Hydrographic Organization defines the limits of the Irish Sea (with St George's Channel) as follows, The Irish Sea has undergone a series of dramatic changes over the last 20,000 years as the last glacial period ended and was replaced by warmer conditions. At the height of the glaciation, the central part of the modern sea was probably a long freshwater lake. As the ice retreated 10,000 years ago, the lake reconnected to the sea.

This is a document about Ireland
   Ireland is located in the north-west of Europe, between latitudes 51° and 56° N, and longitudes 11° and 5° W. It is separated from Great Britain by the Irish Sea and the North Channel, which has a width of 23 km at its narrowest point. To the west is the northern Atlantic Ocean and to the south is the Celtic Sea, which lies between Ireland and Brittany, in France. Ireland has a total area of 84421 km2, of which the Republic of Ireland occupies 83 percent. Ireland and Great Britain, together with many nearby smaller islands, are known collectively as the British Isles. As the

This is a document about Great Britain
  Great Britain lies on the European continental shelf, part of the Eurasian Plate and off the north-west coast of continental Europe, separated from this European mainland by the North Sea and by the English Channel, which narrows to 34 km at the Straits of Dover. It stretches over about ten degrees of latitude on its longer, north–south axis and covers 209,331 km2, excluding the much smaller surrounding islands. The North Channel, Irish Sea, St George's Channel and Celtic Sea separate the island from the island of Ireland to its west. The island is since 1993 joined, via one structure, with continental Europe: the Channel Tunnel, the

This is a document about British Isles
  Nevis being the highest point on the islands at 1345 m. Other mountainous areas include Wales and parts of Ireland, although only seven peaks in these areas reach above 1000 m. Lakes on the islands are generally not large, although Lough Neagh in Northern Ireland is an exception, covering 150 sqmi. The largest freshwater body in Great Britain (by area) is Loch Lomond at 27.5 sqmi, and Loch Ness (by volume) whilst Loch Morar is the deepest freshwater body in the British Isles, with a maximum depth of 1017 ft. There are a number of major rivers within the British Isles. The longest is the Shannon in Ireland at 224 mi. The river Severn at 220 mi is the longest in Great Britain.

This is a document about Geography of England
  the only notable cliffs along this stretch of coast being at St Bees Head in Cumbria. The English Irish Sea coast is an important area of estuaries and bird life, with Wirral being a peninsula bounded by two rivers, the River Dee and the River Mersey. Liverpool and Merseyside are areas of high population and important industry along this coast, with tourist resorts of Southport and Blackpool being further to the north. The English Irish Sea coast hosts two important geographic areas, Morecambe Bay, a large bay, and the Furness and Walney Island areas. Further north into Cumbria the Sellafield Nuclear Power Station lies along this coast. The English section of the Irish Sea coast ends at the border with Scotland in the Solway Firth.  Seas bordering England are:

This is a document about United Kingdom
  the Prime Meridian in Washington, DC, in 1884, although due to more accurate modern measurement the meridian actually lies 100 metres to the east of the observatory. The United Kingdom lies between latitudes 49° and 61° N, and longitudes 9° W and 2° E. Northern Ireland shares a 360 km land boundary with the Republic of Ireland. The coastline of Great Britain is 17820 km long. It is connected to continental Europe by the Channel Tunnel, which at 50 km (38 km underwater) is the longest underwater tunnel in the world. England accounts for just over half (53 per cent) of the total area of the UK, covering 130395 km2. Most

This is a document about List of seas
 Irish Sea (between Ireland and Great Britain) ; Inner seas off the west coast of Scotland ; Sea of the Hebrides (Great Britain) ; Denmark Strait (between Greenland and Iceland) ; Irminger Sea  (from east to west)

This is a document about St George's Channel
  to refer only to the narrowest part of the channel, between Carnsore Point in Wexford and St David's Head in Pembrokeshire. However, it remains common in Ireland to talk about a cross-channel trip, cross-channel soccer, etc., where "cross-channel" means "to/from Great Britain". The current (third, 1953) edition of the International Hydrographic Organization's publication Limits of Oceans and Seas defines the southern limit of "Irish Sea and St. George's Channel" as "A line joining St. David's Head (51.9°N, -5.31667°W) to Carnsore Point (52.16667°N, -6.36667°W)"; it does not define the two waterbodies separately. The 2002 draft fourth edition omits the "and St. George's Channel" part of

This is a document about England
   Geographically England includes the central and southern two-thirds of the island of Great Britain, plus such offshore islands as the Isle of Wight and the Isles of Scilly. It is bordered by two other countries of the United Kingdom: to the north by Scotland and to the west by Wales. England is closer than any other part of mainland Britain to the European continent. It is separated from France (Hauts-de-France) by a 21 mi sea gap, though the two countries are connected by the Channel Tunnel near Folkestone. England also has shores on the Irish Sea, North Sea and Atlantic Ocean. The ports of London, Liverpool, and Newcastle lie on the tidal rivers Thames, Mersey and

This is a document about Republic of Ireland–United Kingdom border
  both states remain members of the EU (and thus the Common Fisheries Policy), the territorial waters are not disputed in practice between the two states. Their respective exclusive economic zoness (EEZs) begin beyond their territorial waters and the boundary between them was agreed in 2014. but the precise maritime boundary between Ireland and the United Kingdom concerning Lough Foyle (and similarly Carlingford Lough) remains disputed in principle. As recently as 2005, when asked to list those areas of EU member states where border definition is in dispute, a British Government minister responding for the Secretary of State for Foreign and Commonwealth Affairs stated: "Border definition (ie the demarcation

This is a document about Geography of England
  England has two land borders: a 96 km border with Scotland that follows the Cheviot Hills and a 257 km border with Wales that loosely follows the route of Offa's Dyke. To the west, the Irish Sea separates England from Ireland and the Isle of Man; to the east, the North Sea separates England from Denmark, Germany, the Netherlands and Belgium and to the south, the English Channel separates England from France and the Channel Islands.

This is a document about List of Major League Baseball players from Europe
  England is a country that is part of the United Kingdom. It shares land borders with Scotland to the north and Wales to the west; the Irish Sea is to the north west, the Celtic Sea to the south west and the North Sea to the east, with the English Channel to the south separating it from continental Europe. Most of England comprises the central and southern part of the island of Great Britain in the North Atlantic.

This is a document about United Kingdom
  The United Kingdom of Great Britain and Northern Ireland, commonly known as the United Kingdom (UK) or Britain, is a sovereign country in north-western Europe, off the north-western coast of the European mainland. The United Kingdom includes the island of Great Britain, the north-eastern part of the island of Ireland, and many smaller islands within the British Isles. Northern Ireland shares a land border with the Republic of Ireland. Otherwise, the United Kingdom is surrounded by the Atlantic Ocean, with the North Sea to the east, the English Channel to the south and the Celtic Sea to the south-west, giving it the 12th-longest coastline in the world. The Irish Sea separates Great Britain and Ireland.

This is a document about North Channel (Great Britain and Ireland)
  The channel connects the Irish Sea with the Atlantic Ocean, and is part of the marine area officially classified as the "Inner Seas off the West Coast of Scotland" by the International Hydrographic Organization (IHO). The Straits of Moyle (Sruth na Maoile in Irish and Scottish Gaelic) or Sea of Moyle is the name given to the narrowest expanse of sea in the North Channel between northeastern Northern Ireland (County Antrim) and southwestern highlands of Scotland (Mull of Kintyre). The distance between the two shores is approximately 12 mi at its closest point, and thus it is possible to see across in clear weather conditions. The Straits gave their name to Moyle District Council, a local government area in Northern Ireland, and are famed in Irish Celtic mythology through their association with the Children of Lir. This strait was formerly known as the Irish Channel. In the 19th

The Irish Sea is the body of water between England and Ireland.


Question: one hundred thousand is equal to how many lakhs

Answer: one

This is a document about Lakh
 Lakh A lakh (; abbreviated L; sometimes written Lac or Lacs; Devanāgarī: लाख) is a unit in the Indian numbering system equal to one hundred thousand (100,000; scientific notation: 10). In the Indian convention of digit grouping, it is written as 1,00,000. For example, in India 150,000 rupees becomes 1.5 "lakh" rupees, written as 1,50,000 or INR 1,50,000. It is widely used both in official and other contexts in Bangladesh, Bhutan, India, Myanmar, Nepal, Pakistan, and Sri Lanka. It is often used in Indian, Pakistani, and Sri Lankan English. In Pakistan, the word "lakh" is used mostly in local languages

This is a document about Tribhuvandas Foundation
 UNICEF. It later received grants from the Overseas Development Administration, the predecessor to DFID. The initial project plan conceived TF as an Integrated rural development program. It is now a Community health organisation, working mainly on reproductive and child health. TF covers around 682 villages, working through the village milk cooperatives of AMUL, in 18 talukas in the districts of Anand and Kheda in Gujarat state of India. The population covered would be around 1,600,000 (around sixteen lakhs or one million six hundred thousand). Since 2001 it has launched a rural health insurance scheme, covering around one hundred thousand households.

This is a document about Dispute pyramid
 Dispute pyramid A dispute pyramid is an upside-down triangle that illustrates how many grievances result in legal proceedings, such as a trial or hearing. Court filings are at the bottom as the smallest amount, then lawyers, then claims, and finally grievances at the top with the largest number. It demonstrates how a large number of grievances, for example, one thousand, will filter down to around seven hundred claims, only one hundred lawyers will be hired, and only fifty court filings will occur out of those one thousand grievances. Researchers believe that approximately one in every twenty cases that could potentially

This is a document about Dominican Republic
 the 15th century. The estimates of Hispaniola's population in 1492 vary widely, including one hundred thousand, three hundred thousand, and four hundred thousand to two million. Determining precisely how many people lived on the island in pre-Columbian times is next to impossible, as no accurate records exist. By 1492 the island was divided into five Taíno chiefdoms. The Taíno name for the entire island was either "Ayiti" or "Quisqueya". The Spaniards arrived in 1492. After initially friendly relationships, the Taínos resisted the conquest, led by the female Chief Anacaona of Xaragua and her ex-husband Chief Caonabo of Maguana, as well

This is a document about Ahmad ibn Hanbal
 to sacred law. Ibn Hanbal also had a strict criterion for ijtihad or independent reasoning in matters of law by muftis and the ulema. One story narrates that Ibn Hanbal was asked by Zakariyyā ibn Yaḥyā al-Ḍarīr about "how many memorized ḥadīths are sufficient for someone to be a mufti [meaning a "mujtahid" jurist or one capable of issuing independently-reasoned fatwas]." According to the narrative, Zakariyyā asked: "Are one-hundred thousand sufficient?" to which Ibn Hanbal responded in the negative, with Zakariyyā asking if two-hundred thousand were, to which he received the same response from the jurist. Thus, Zakariyyā kept increasing

This is a document about Aangnechi wadi
 day, rituals again restart at 4am and continue till the afternoon. The day is called ‘Mode Jatra (End of fair)’. Though the fair thus officially lasts one and a half days,entertainment programs like music,dramas,plays,kirtans,bhajans continue for the next four to five days. Since the plaque was found in the rocky soil, (local lingo : Bharad) the Goddess came to be known as Bharadi (Goddess incarnate of Mother Earth). Over the years, the crowds have swelled (more than 10 Lakhs[One hundred thousand]) to the extent where the queue found by devotees for 'Darshan' extends up to several kilometres on the way.

This is a document about Hindu units of time
 So the total time elapsed since current Brahma is 155520000000000 + 1852416000 + 116640000 + 3888000 + 5119 = 155,521,972,949,120 years (one hundred fifty-five trillion, five hundred twenty-one billion, nine hundred seventy-two million, nine hundred forty-nine thousand, one hundred twenty years) as of 2018 AD Total age of Brahma is 100 (Brahma Years) which is equal to 311,040,000,000,000 Human years The current Kali Yuga began at midnight 17 February / 18 February in 3102 BCE in the proleptic Julian calendar. As per the information above about Yuga periods, only 5,120 years are passed out of 432,000 years of current Kali

This is a document about Crore
 Crore A crore (; abbreviated cr) or kodi denotes ten million (10,000,000 or 10 in scientific notation) and is equal to 100 "lakh" in the Indian numbering system as 1,00,00,000 with the local style of digit group separators (a "lakh" is equal to one hundred thousand and is written as 1,00,000). Large amounts of money in India, Pakistan, Bangladesh and Nepal are often written in terms of "crores". For example, 150,000,000 (one hundred and fifty million) is written as 'fifteen "crore" rupees', '15crore' or 'Rs 15 crore'. Trillions (in the short scale) of money are often written or spoken of

This is a document about Lakh
 The root of the word "lakh" might be the Pali "lakkha" (masculine noun, "mark, target, stake in gambling"), from which the numerical meaning, "one hundred thousand" is derived. Another possible root could be the Sanskrit "laksha" (Devanagari: लक्ष "lakṣa"), which has similar meanings in that language. Lakh A lakh (; abbreviated L; sometimes written Lac or Lacs; Devanāgarī: लाख) is a unit in the Indian numbering system equal to one hundred thousand (100,000; scientific notation: 10). In the Indian convention of digit grouping, it is written as 1,00,000. For example, in India 150,000 rupees becomes 1.5 "lakh" rupees, written as

This is a document about Deva Raya II
 an ambassador at the court of Deva Raya II wrote:"This prince has in his dominions three hundred ports, each of which is equal to Calicut and his territories compromise a space of three months journey. Both travelers concur that the country was thickly populated with numerous towns and villages. Razzaq wrote:"The country is for the most part well cultivated and very fertile. The troops amount in number to eleven Lakhs (1,100,000)." Razzaq considered Vijayanagara to be one of the most splendid of the cities in the world he had seen. Describing the city, he wrote: "It is built in such

This is a document about Tribhuvandas Foundation
 to all village health workers of TF. TF has also been enlisted to provide training to members of Village Health and Sanitation Committees of Village Gram Panchayats of all the villages of Umreth, Anklav and Anand talukas of Anand District and Balasinor and Virpur talukas of Kheda District during the financial year 08-09. The Gujarat state government has provided grants for this project of around Rs.1100,000 (eleven lakhs or one million one hundred thousand rupees). Apart from community health, TF also has programs for children, (Balwadi program) and for livelihood enhancement of women (handicrafts). TF also has organised anti tobacco

This is a document about The Story of 1
 meets a tribe called the Warlpiri. In their language, there are no words for numbers. When an individual is asked how many grandchildren he has, he simply replies he has "many", while he in fact has four. In Egypt, the numeral system provides a glimpse of Egyptian society, as larger numbers seem more applicable to higher strata of society. It went something like this: One was a line, ten was a rope, a hundred a coil of rope (three symbols for smaller numbers, probably applicable to the average Egyptian), a thousand a lotus (a symbol of pleasure), ten thousand was

This is a document about Speech synthesis
 Typical error rates when using HMMs in this fashion are usually below five percent. These techniques also work well for most European languages, although access to required training corpora is frequently difficult in these languages. Deciding how to convert numbers is another problem that TTS systems have to address. It is a simple programming challenge to convert a number into words (at least in English), like "1325" becoming "one thousand three hundred twenty-five." However, numbers occur in many different contexts; "1325" may also be read as "one three two five", "thirteen twenty-five" or "thirteen hundred and twenty five". A TTS

This is a document about Raja of Muktyala
 Ranga, Moturi Hanumantha Rao and Kotha Raghuramaiah resurrected the report, distributed it to important people and urged the Planning Commission (Government of India) to take cognizance. Chandulal Trivedi, the Governor of the state of Andhra Pradesh urged the Prime Minister Jawaharlal Nehru to accept the report of the Khosla Committee. An announcement was made in 1954 for the construction of the project. The foundation stone was laid on 10 December 1955. Raja donated fifty two lakhs of rupees ( One hundred million British Pounds) and fifty five thousand acres of land as a matching grant for the project construction. The

This is a document about Sopressa (horse)
 Harry Coffey, also winning his first group 1, said, "When you win a race like the Oaks, it becomes clear how special it is. I don’t know how many messages I have had on social media." Weir said of his ride, "If he had done one thing wrong, he would've got beaten, it was that close." Sopressa (horse) Sopressa (foaled 31 October 2014) is a Thoroughbred racehorse trained and bred in Australia. She won the Schweppes Oaks, a Group One race, and has won over four hundred thousand dollars. Sopressa had her first race at Geelong on 3 September 2017,

This is a document about Mamluk Sultanate (Cairo)
 of the sultan. The "halqa" regiments declined in the 14th century when professional non-"mamluk" soldiers generally stopped joining the force. The Ayyubid army had lacked a clear and permanent hierarchical system and one of Baybars' early reforms was creating a military hierarchy. To that end, he began the system of assigning emirs ranks of ten, forty and one hundred, with the particular number indicating how many mounted "mamluk" troops were assigned to an emir's command. In addition, an emir of one hundred could be assigned one thousand mounted troops during battle. Baybars instituted uniformity within the army and put an

This is a document about Garuda
 them a boon. Kadru asked for one thousand Nāga sons, while Vinata wanted two, each equal to Kadru's thousand naga sons. Kashyapa blessed them, and then went away to a forest to meditate. Later, Kadru gave birth to one thousand eggs, while Vinata gave birth to two eggs. These incubated for five hundred years, upon which Kadru's eggs broke open and out came her 1,000 sons. Vinata eager for her sons, impatiently broke one of the eggs from which emerged the partially formed Aruna, who looked radiant and reddish as the morning sun but not as bright as the midday

This is a document about DAV Public School Nerul
 of 23 teachers and other staff the school formally commenced in June 1998 from a rented school building at Sector-4, Nerul. Meanwhile, a school plot admeasuring 2.5 acres of land including 1.5 acres for the school playground was acquired from the City Industrial Development Corporation at a cost of Rs. 19,36,162. (Nineteen lakhs thirty six thousand one hundred and sixty two) at plot. No. 34, Sector -48, Nerul. For nearly 2 full academic years the school operated from the Municipal School Building at sector-4, Nerul. In the meantime a spacious Ground plus 3 storeys building of 48000 sq. ft. constructed

This is a document about Constitution of the Republic of Texas
 hundred thousand, then it shall not be less than forty or more than one hundred members. Senators are chosen by their districts equal in free population, this only counts the white population. The number of senators is to never be less than one third or more than one half of Representatives. Each district is to have one member. Senators are chosen for a three-year term on the first Monday of September. They have to be citizens of the Republic, reside in the district they represent for at least one year before election, and be at least thirty. The Vice President

This is a document about Dispute pyramid
 be brought to court will actually be brought to court. The reason for this phenomenon is the existence of settlements outside the court itself, and the pyramid demonstrates this through numbers. Dispute pyramid A dispute pyramid is an upside-down triangle that illustrates how many grievances result in legal proceedings, such as a trial or hearing. Court filings are at the bottom as the smallest amount, then lawyers, then claims, and finally grievances at the top with the largest number. It demonstrates how a large number of grievances, for example, one thousand, will filter down to around seven hundred claims, only

One hundred thousand is equal to one hundred lakhs.


Question: the most common type of rock in earth 's crust is

Answer: igneous

This is a document about Rock (geology)
 composition. Igneous rocks are divided into two main categories: The chemical abundance and the rate of cooling of magma typically forms a sequence known as Bowen's reaction series. Most major igneous rocks are found along this scale. About 64.7% of the Earth's crust by volume consists of igneous rocks, making it the most plentiful category. Of these, 66% are basalts and gabbros, 16% are granite, and 17% granodiorites and diorites. Only 0.6% are syenites and 0.3% peridotites and dunites. The oceanic crust is 99% basalt, which is an igneous rock of mafic composition. Granites and similar rocks, known as meta-granitoids,

This is a document about Earth
 eruptions, flooding, weathering, glaciation, the growth of coral reefs, and meteorite impacts are among the processes that constantly reshape the Earth's surface over geological time. The continental crust consists of lower density material such as the igneous rocks granite and andesite. Less common is basalt, a denser volcanic rock that is the primary constituent of the ocean floors. Sedimentary rock is formed from the accumulation of sediment that becomes buried and compacted together. Nearly 75% of the continental surfaces are covered by sedimentary rocks, although they form about 5% of the crust. The third form of rock material found on

This is a document about Geochemical cycle
 erupts onto the surface of the Earth. This molten rock magma then cools and crystallizes, forming igneous rocks. If crystallization occurs at the Earth´s surface, extrusive igneous rocks are formed; if crystallization occurs within the Earth´s lithosphere, intrusive igneous rocks are formed which can then be brought to Earth´s surface by denudation. Categories and examples of geochemical cycles: Geochemical cycle In Earth science, a geochemical cycle is the pathway that chemical elements take in the surface and crust of the Earth. The term "geochemical" tells us that geological and chemical factors are all included. The migration of heated and compressed

This is a document about Eucrite
 distinguished". This refers to the silicate minerals in them, which can be easily distinguished because of their relatively large grain size. Eucrite is also a now obsolete term for bytownite-gabbro, an igneous rock formed in the Earth's crust. The term was used as a rock type name for some of the Paleogene igneous rocks of Scotland. Eucrite Eucrites are achondritic stony meteorites, many of which originate from the surface of the asteroid 4 Vesta and as such are part of the HED meteorite clan. They are the most common achondrite group with well over 100 distinct finds at present. Eucrites

This is a document about Lutetium–hafnium dating
 earth materials posed some technological difficulties in using Lu–Hf dating extensively in the 1980s. With the use of inductively coupled plasma mass spectrometry (ICP–MS) with multi-collector (also known as MC–ICP–MS) in later years, the dating method is made applicable to date diverse earth materials. The Lu–Hf system is now a common tool in geological studies such as igneous and metamorphic rock petrogenesis, early earth mantle-crust differentiation, and provenance. Lutetium is a rare-earth element, with one naturally-occurring stable isotope Lu and one naturally-occurring radioactive isotope Lu. When Lu atoms are incorporated into earth materials, such as rocks and minerals, they began

This is a document about Crust (geology)
 Crust (geology) In geology, the crust is the outermost solid shell of a rocky planet, dwarf planet, or natural satellite. It is usually distinguished from the underlying mantle by its chemical makeup; however, in the case of icy satellites, it may be distinguished based on its phase (solid crust vs. liquid mantle). The crusts of Earth, Moon, Mercury, Venus, Mars, Io, and other planetary bodies formed via igneous processes, and were later modified by erosion, impact cratering, volcanism, and sedimentation. Most terrestrial planets have fairly uniform crusts. Earth, however, has two distinct types: continental crust and oceanic crust. These two

This is a document about Neil Banerjee
 complete sequence of the upper layers of the oceanic crust near Costa Rica and into a layer of igneous rock known as gabbro, which is formed from solidified magma. This was the first time such a feat had been accomplished in intact ocean crust and was ranked by Discover Magazine as one of the top eight Earth Science stories of 2006. In 2007, Banerjee, now with the University of Western Ontario (UWO), led at team of Canadian scientists that announced the discovery of the "oldest indisputable evidence of life on Earth—the fossilized trackways of slithering microbes in a 3.35-billion-year-old rock

This is a document about Hadean zircon
 measured at once in this analysis for example Ti and Li. Plate tectonic theory is widely accepted for the generation of crust. However, it's still an unknown how the early Earth was formed. With the Hadean rock record, most of the scientists concluded that the belief of a hellish early Earth devoid of ocean is wrong. Scientists have constructed different models to explain the thermal history in early history including continental growth model, Icelandic rhyolites, intermediate igneous rocks, mafic igneous rocks, sagduction, impact melt, heat pipe tectonics, terrestrial KREEP and multi-stage scenarios. The most famous one is continental growth model

This is a document about Tholeiitic magma series
 rocks may have a fine, glassy groundmass, as may other types of basalt. Tholeiitic rocks are the most common igneous rocks on Earth, produced by submarine volcanism at mid-ocean ridges and make up much of the ocean crust. Tholeiitic basaltic magmas are initially generated as partial melts of peridotite (olivine and pyroxene) produced by decompression melting of the Earth's mantle. Tholeiitic basalts constituting the oceanic crust are termed MORBs: mid-ocean-ridge basalts. Throughout the process of igneous differentiation, the oceanic crust acts to reduce the magma, producing the tholeiitic trend. In contrast, alkali basalts are not typical of ocean ridges, but

This is a document about Intrusive rock
 formed from magma that cools and solidifies within the crust of the planet. In contrast, an "extrusion" consists of extrusive rock; rock formed above the surface of the crust. Large bodies of magma that solidify underground before they reach the surface of the crust are called plutons. Plutonic rocks form 7% of the Earth's current land surface. Coarse-grained intrusive igneous rocks that form at depth within the earth are called "abyssal" while those that form near the surface are called subvolcanic or "hypabyssal". Intrusive structures are often classified according to whether or not they are parallel to the bedding planes

This is a document about Lava
 Lava Lava is molten rock generated by geothermal energy and expelled through fractures in planetary crust or in an eruption, usually at temperatures from . The structures resulting from subsequent solidification and cooling are also sometimes described as "lava". The molten rock is formed in the interior of some planets, including Earth, and some of their satellites, though such material located below the crust is referred to by other terms. A lava flow is a moving outpouring of lava created during a non-explosive effusive eruption. When it has stopped moving, lava solidifies to form igneous rock. The term "lava flow"

This is a document about Abyssal plain
 typically in the abyssal zone, at depths from 3000 to 6000 metres. The table below illustrates the classification of oceanic zones: Oceanic crust, which forms the bedrock of abyssal plains, is continuously being created at mid-ocean ridges (a type of divergent boundary) by a process known as decompression melting. Plume-related decompression melting of solid mantle is responsible for creating ocean islands like the Hawaiian islands, as well as the ocean crust at mid-ocean ridges. This phenomenon is also the most common explanation for flood basalts and oceanic plateaus (two types of large igneous provinces). Decompression melting occurs when the upper

This is a document about Geology of solar terrestrial planets
  igneous rocks granite and andesite. Less common is basalt, a denser volcanic rock that is the primary constituent of the ocean floors. Sedimentary rock is formed from the accumulation of sediment that becomes compacted together. Nearly 75% of the continental surfaces are covered by sedimentary rocks, although they form only about 5% of the crust. The third form of rock material found on Earth is metamorphic rock, which is created from the transformation of pre-existing rock types through high pressures, high temperatures, or both. The most abundant silicate minerals on the Earth's surface include quartz, the feldspars, amphibole, mica, pyroxene, and olivine. Common carbonate minerals include

This is a document about Earth
  The mean height of land above sea level is about 797 m. The continental crust consists of lower density material such as the igneous rocks granite and andesite. Less common is basalt, a denser volcanic rock that is the primary constituent of the ocean floors. Sedimentary rock is formed from the accumulation of sediment that becomes buried and compacted together. Nearly 75% of the continental surfaces are covered by sedimentary rocks, although they form about 5% of the crust. The third form of rock material found on Earth is metamorphic rock, which is created from the transformation of pre-existing rock types through high pressures, high temperatures, or both. The most

This is a document about Silicosis
  common element in the Earth's crust (oxygen is the most common). The compound silica, also known as silicon dioxide (SiO2), is formed from silicon and oxygen atoms. Since oxygen and silicon make up about 75% of the Earth's crust, the compound silica is quite common. It is found in many rocks, such as granite, sandstone, gneiss and slate, and in some metallic ores. Silica can be a main component of sand. It can also be in soil, mortar, plaster, and shingles. The cutting, breaking, crushing, drilling, grinding, or abrasive blasting of these materials may produce fine to ultra fine airborne silica dust. Silica occurs in

This is a document about Geology
   A rock is any naturally occurring solid mass or aggregate of minerals or mineraloids. Most research in geology is associated with the study of rocks, as they provide the primary record of the majority of the geological history of the Earth. There are three major types of rock: igneous, sedimentary, and metamorphic. The rock cycle illustrates the relationships among them (see diagram). When a rock solidifies or crystallizes from melt (magma or lava), it is an igneous rock. This rock can be weathered and eroded, then redeposited and lithified into a sedimentary rock. It can then be turned into a metamorphic rock by heat and pressure that change its mineral content, resulting in a characteristic fabric. All three types may melt again, and when this happens, new magma is formed, from which an igneous rock may once more solidify. Organic matter, such as coal, bitumen, oil and natural gas, is linked mainly to organic-rich sedimentary rocks.

This is a document about Earth
  Earth's mass is approximately 5.97 kg (5,970 Yg). It is composed mostly of iron (32.1%), oxygen (30.1%), silicon (15.1%), magnesium (13.9%), sulfur (2.9%), nickel (1.8%), calcium (1.5%), and aluminum (1.4%), with the remaining 1.2% consisting of trace amounts of other elements. Due to mass segregation, the core region is estimated to be primarily composed of iron (88.8%), with smaller amounts of nickel (5.8%), sulfur (4.5%), and less than 1% trace elements. The most common rock constituents of the crust are nearly all oxides: chlorine, sulfur, and fluorine are the important exceptions to this and their total amount in any rock is usually much less than 1%. Over 99% of the crust is composed of 11 oxides, principally silica, alumina, iron oxides, lime, magnesia, potash, and soda.

This is a document about Metamorphic rock
   Metamorphic rocks arise from the transformation of existing rock to new types of rock, in a process called metamorphism. The original rock (protolith) is subjected to temperatures greater than 150 to 200 C and, often, elevated pressure of 100 MPa or more, causing profound physical or chemical changes. During this process, the rock remains mostly in the solid state, but gradually recrystallizes to a new texture or mineral composition. The protolith may be a sedimentary, igneous, or existing metamorphic rock. Metamorphic rocks make up a large part of the Earth's crust and form 12% of the Earth's land surface. They are classified by their protolith, their chemical and mineral makeup, and their texture. They may be formed simply by being deeply buried beneath the Earth's surface, where they are subject to high temperatures and

This is a document about Silicon
  About 95% of the Earth's crustal rocks are made of silica or silicate and aluminosilicate minerals, as reflected in oxygen, silicon, and aluminium being the three most common elements in the crust (in that order). Measured by mass, silicon makes up 27.7% of the Earth's crust. Pure silicon crystals are very rarely found in nature, but notable exceptions are crystals as large as to 0.3 mm across found during sampling gases from the Kudriavy volcano on Iturup, one of the Kuril Islands. Silicate and aluminosilicate minerals have many different structures and varying stoichiometry, but they may be classified following some general principles. Tetrahedral {SiO4} units are common to almost all these compounds,

This is a document about Abundance of the chemical elements
  the formation of the Earth have decayed away eons ago, and their quantity today is negligible and is only produced from the radioactive decay of uranium and thorium. Oxygen and silicon are notably the most common elements in the crust. On Earth and in rocky planets in general, silicon and oxygen are far more common than their cosmic abundance. The reason is that they combine with each other to form silicate minerals. Other cosmically-common elements such as hydrogen, carbon and nitrogen form volatile compounds such as ammonia and methane that easily boil away into space from the heat of planetary formation and/or the Sun's light.

The most common type of rock in Earth's crust is basalt, which makes up about 66% of the crust by volume.


Question: a spinning neutron star that appears to give off radio waves is called a

Answer: pulsars

This is a document about Neutron star
 had large magnetic fields, then electromagnetic waves would be emitted. Unbeknown to him, radio astronomer Antony Hewish and his research assistant Jocelyn Bell at Cambridge were shortly to detect radio pulses from stars that are now believed to be highly magnetized, rapidly spinning neutron stars, known as pulsars. In 1965, Antony Hewish and Samuel Okoye discovered "an unusual source of high radio brightness temperature in the Crab Nebula". This source turned out to be the Crab Pulsar that resulted from the great supernova of 1054. In 1967, Iosif Shklovsky examined the X-ray and optical observations of Scorpius X-1 and correctly

This is a document about Astrophysical fluid dynamics
 she pulls in her arms. These stars gradually slow down over the eons, but those bodies that are still spinning rapidly may emit radiation that from Earth appears to blink on and off as the star spins, like the beam of light from a turning lighthouse. This "pulsing" appearance gives some neutron stars the name pulsars. After spinning for several million years pulsars are drained of their energy and become normal neutron stars. Few of the known existing neutron stars are pulsars. Only about 1,000 pulsars are known to exist, though there may be hundreds of millions of old neutron

This is a document about Radio-quiet neutron star
 Radio-quiet neutron star A radio-quiet neutron star is a neutron star that does not seem to emit radio emissions, but is still visible to Earth through electromagnetic radiation at other parts of the spectrum, particularly x-rays and gamma rays. Most detected neutron stars are pulsars, and emit radio-frequency electromagnetic radiation. About 700 radio pulsars are listed in the Princeton catalog, and all but one emit radio waves at the 400 MHz and 1400 MHz frequencies. That exception is Geminga, which is radio quiet at frequencies above 100 MHz, but is a strong emitter of X-rays and gamma rays. In all,

This is a document about Neutron star
 to neutrons, or ultra-dense quark-degenerate matter. Neutron stars are detected from their electromagnetic radiation. Neutron stars are usually observed to pulse radio waves and other electromagnetic radiation, and neutron stars observed with pulses are called pulsars. Pulsars' radiation is thought to be caused by particle acceleration near their magnetic poles, which need not be aligned with the rotational axis of the neutron star. It is thought that a large electrostatic field builds up near the magnetic poles, leading to electron emission. These electrons are magnetically accelerated along the field lines, leading to curvature radiation, with the radiation being strongly polarized

This is a document about Neutron star
 neutron stars have also been identified in other parts of the electromagnetic spectrum. This includes visible light, near infrared, ultraviolet, X-rays and gamma rays. Pulsars observed in X-rays are known as X-ray pulsars if accretion-powered; while those identified in visible light as optical pulsars. The majority of neutron stars detected, including those identified in optical, X-ray and gamma rays, also emit radio waves; the Crab Pulsar produces electromagnetic emissions across the spectrum. However, there exist neutron stars called radio-quiet neutron stars, with no radio emissions detected. Neutron stars rotate extremely rapidly after their formation due to the conservation of angular

This is a document about PSR J0737-3039
 PSR J0737-3039 PSR J0737−3039 is the only known double pulsar. It consists of two neutron stars emitting electromagnetic waves in the radio wavelength in a relativistic binary system. The two pulsars are known as PSR J0737−3039A and PSR J0737−3039B. It was discovered in 2003 at Australia's Parkes Observatory by an international team led by the radio astronomer Marta Burgay during a high-latitude pulsar survey. A pulsar is a neutron star which produces pulsating radio emission due to a strong magnetic field. A neutron star is the ultra-compact remnant of a massive star which exploded as a supernova. Neutron stars have

This is a document about PSR J0737-3039
 test general relativity. PSR J0737-3039 PSR J0737−3039 is the only known double pulsar. It consists of two neutron stars emitting electromagnetic waves in the radio wavelength in a relativistic binary system. The two pulsars are known as PSR J0737−3039A and PSR J0737−3039B. It was discovered in 2003 at Australia's Parkes Observatory by an international team led by the radio astronomer Marta Burgay during a high-latitude pulsar survey. A pulsar is a neutron star which produces pulsating radio emission due to a strong magnetic field. A neutron star is the ultra-compact remnant of a massive star which exploded as a supernova.

This is a document about X-ray pulsar
 pulsars) and X-ray pulsars exhibit very different spin behaviors and have different mechanisms producing their characteristic pulses although it is accepted that both kinds of pulsar are manifestations of a rotating magnetized neutron star. The rotation cycle of the neutron star in both cases is identified with the pulse period. The major differences are that radio pulsars have periods on the order of milliseconds to seconds, and all radio pulsars are losing angular momentum and slowing down. In contrast, the X-ray pulsars exhibit a variety of spin behaviors. Some X-ray pulsars are observed to be continuously spinning faster and faster

This is a document about Pulsar
 the neutron star to a quickly-spinning state. Finally, the second star also explodes in a supernova, producing another neutron star. If this second explosion also fails to disrupt the binary, a double neutron star binary is formed. Otherwise, the spun-up neutron star is left with no companion and becomes a "disrupted recycled pulsar", spinning between a few and 50 times per second. The discovery of pulsars allowed astronomers to study an object never observed before, the neutron star. This kind of object is the only place where the behavior of matter at nuclear density can be observed (though not directly).

This is a document about PSR B1937+21
 per second, PSR B1937+21 was the fastest spinning neutron star known. As of 2010, PSR B1937+21 remains the second fastest spinning pulsar known. In addition to extending the range of periods observed in pulsars by a factor of 20, it also extended the range of magnetic fields observed by a factor of 100, with a magnetic field of 4.2 gauss (42 kT). As the first discovered millisecond pulsar, PSR B1937+21 "sparked a 'theory frenzy'" by providing a new laboratory in which to study pulsars, neutron stars more generally, and perhaps even some other astrophysical problems such as gravitational waves. For

This is a document about Neutron star
 mass. Einstein's general theory of relativity predicts that massive objects in short binary orbits should emit gravitational waves, and thus that their orbit should decay with time. This was indeed observed, precisely as general relativity predicts, and in 1993, Taylor and Hulse were awarded the Nobel Prize in Physics for this discovery. In 1982, Don Backer and colleagues discovered the first millisecond pulsar, PSR B1937+21. This object spins 642 times per second, a value that placed fundamental constraints on the mass and radius of neutron stars. Many millisecond pulsars were later discovered, but PSR B1937+21 remained the fastest-spinning known pulsar

This is a document about Timeline of astronomy
 of hydrogen in space gas makes the presence of these radio waves prominent. Russian Luna 9 probe makes the first successful soft landing on the Moon in January, while the US lands the far more complex Surveyor missions, which follows up to NASA's Ranger series of crash-landers, scout sites for possible manned landings. Jocelyn Bell Burnell and Antony Hewish detected the first pulsar, an object emitting regular pulses of radio waves. Pulsars are eventually recognized as rapidly spinning neutron stars with intense magnetic fields - the remains of a supernova explosion. NASA's Apollo 8 mission becomes the first human spaceflight

This is a document about Neutron star
 radiation from pulsars is thought to be primarily emitted from regions near their magnetic poles. If the magnetic poles do not coincide with the rotational axis of the neutron star, the emission beam will sweep the sky, and when seen from a distance, if the observer is somewhere in the path of the beam, it will appear as pulses of radiation coming from a fixed point in space (the so-called "lighthouse effect"). The fastest-spinning neutron star known is PSR J1748-2446ad, rotating at a rate of 716 times a second or 43,000 revolutions per minute, giving a linear speed at the

This is a document about Methods of detecting exoplanets
 fast. In addition, the planet distorts the shape of the star more if it has a low semi-major axis to stellar radius ratio and the density of the star is low. This makes this method suitable for finding planets around stars that have left the main sequence. A pulsar is a neutron star: the small, ultradense remnant of a star that has exploded as a supernova. Pulsars emit radio waves extremely regularly as they rotate. Because the intrinsic rotation of a pulsar is so regular, slight anomalies in the timing of its observed radio pulses can be used to track

This is a document about Pulsar
 of the neutron star, which leads to the "pulsed" nature of its appearance. In rotation-powered pulsars, the beam originates from the rotational energy of the neutron star, which generates an electrical field from the movement of the very strong magnetic field, resulting in the acceleration of protons and electrons on the star surface and the creation of an electromagnetic beam emanating from the poles of the magnetic field. This rotation slows down over time as electromagnetic power is emitted. When a pulsar's spin period slows down sufficiently, the radio pulsar mechanism is believed to turn off (the so-called "death line").

This is a document about Pulsed radiofrequency
 as well as in the pulse length, duty cycle, treatment time and mode of delivery. Although pulsed radiofrequency has been used for medical treatment purposes for decades, peer reviewed publications assessing the efficacy and physiological mechanism(s) are now starting to appear addressing this technology. Natural occurring sources of pulsed radiofrequency exist in the form of stars called pulsars. Pulsars were discovered in 1967 using a radio telescope. These stars are thought to be rapidly spinning neutron stars. These stars have powerful magnetic fields which cause the star to emit strong radio frequencies. Different sizes of pulsars pulse at different rates.

This is a document about Millisecond pulsar
 been discovered. Pulsar PSR J1748-2446ad, discovered in 2005, is, as of 2012, the fastest-spinning pulsar currently known, spinning 716 times a second. Current theories of neutron star structure and evolution predict that pulsars would break apart if they spun at a rate of c. 1500 rotations per second or more, and that at a rate of above about 1000 rotations per second they would lose energy by gravitational radiation faster than the accretion process would speed them up. However, in early 2007 data from the Rossi X-ray Timing Explorer and INTEGRAL spacecraft discovered a neutron star XTE J1739-285 rotating at

This is a document about Radio-quiet neutron star
 ten bodies have been proposed as rotation-powered neutron stars that are not visible as radio sources, but are visible as x–ray and gamma ray sources. Indicators that they are indeed neutron stars include them having a high x-ray to lower frequencies emission ratio, a constant x-ray emission profile, and coincidence with a gamma ray source. Quark stars, theoretical neutron star-like objects composed of quark matter, may be radio quiet, according to some theories. More plausibly, however, radio-quiet neutron stars may simply be pulsars which do not pulse in our direction. As pulsars spin, it is theorized they emit radiation from

This is a document about Neutron star
 concluded that the radiation comes from a neutron star at the stage of accretion. In 1967, Jocelyn Bell Burnell and Antony Hewish discovered regular radio pulses from PSR B1919+21. This pulsar was later interpreted as an isolated, rotating neutron star. The energy source of the pulsar is the rotational energy of the neutron star. The majority of known neutron stars (about 2000, as of 2010) have been discovered as pulsars, emitting regular radio pulses. In 1971, Riccardo Giacconi, Herbert Gursky, Ed Kellogg, R. Levinson, E. Schreier, and H. Tananbaum discovered 4.8 second pulsations in an X-ray source in the constellation


Question: who played brad carlton on young and the restless

Answer: Don Diamont

This is a document about Brad Carlton
 appearance was several months later when he appeared to his daughter, Colleen, as she herself was drowning in the same lake while trying to escape the clutches of the demented Patty Williams. Brad Carlton Brad Carlton is a fictional character from the CBS soap opera "The Young and the Restless", portrayed by Don Diamont. The character became a mainstay on the series for over ten years. He was known for his relationships with Traci Abbott, Ashley Abbott and Victoria Newman, as well as his business rivalries with Jack Abbott and Victor Newman. In 2009, the character drowned in a frozen

This is a document about Don Diamont
 on "The Young and the Restless" (head written by Lynn Marie Latham & Scott Hamner) has paralleled his personal life in some ways. The show has revealed that the persona of "Brad Carlton" is actually "George Kaplan." (For dramatic purposes, the show has explained this by disclosing that George/Brad had to hide his past, and his Jewishness, for his own safety.) Don Diamont Don Diamont (born Donald Feinberg; December 31, 1962) is an American actor. His best known roles include Brad Carlton on "The Young and the Restless" and Bill Spencer Jr. on "The Bold and the Beautiful". In 1990,

This is a document about Brad Carlton
 Brad Carlton Brad Carlton is a fictional character from the CBS soap opera "The Young and the Restless", portrayed by Don Diamont. The character became a mainstay on the series for over ten years. He was known for his relationships with Traci Abbott, Ashley Abbott and Victoria Newman, as well as his business rivalries with Jack Abbott and Victor Newman. In 2009, the character drowned in a frozen lake. Don Diamont portrayed the role of Brad for the character's entire run on the series. He first appeared on April 7, 1985, as the new Abbott family gardener. In 1993, the

This is a document about Colleen Carlton
 Colleen Carlton Colleen Carlton is a fictional character from the American CBS soap opera "The Young and the Restless", last portrayed by Tammin Sursok. The character was born onscreen during the episode airing on March 5, 1992, as the daughter of Brad Carlton (Don Diamont) and Traci Abbott (Beth Maitland). After leaving the soap opera three years later, the character returned as a teenager in 2001, portrayed by Lyndsy Fonseca, who remained in the role until 2005. The following year, the role was recast with Adrianne León, who portrayed the character for a year until Sursok took over. Colleen died

This is a document about Colleen Carlton
 promise Colleen she would live her life for the both of them." "Soap Opera Digest" named the story Editors' Choice for the week, praising it as a "chilling, rich and game-changing coda to this wrenching family tragedy" and a "fitting tribute to the lost Colleen." Colleen Carlton Colleen Carlton is a fictional character from the American CBS soap opera "The Young and the Restless", last portrayed by Tammin Sursok. The character was born onscreen during the episode airing on March 5, 1992, as the daughter of Brad Carlton (Don Diamont) and Traci Abbott (Beth Maitland). After leaving the soap opera

This is a document about Paul Williams (The Young and the Restless)
 to clear Paul's name. George's killer is Adrian, Cassandra's lover from Bermuda. She marries Brad Carlton (Don Diamont), who leaves her after learning that she drugged him. Cassandra tries to reconcile with Paul, but she dies in a car crash. After dating his secretary Lynne Bassett (Laura Bryan Birn), Paul falls in love with his partner Christine Blair (Lauralee Bell). After his mother declares his father Carl dead, Christine discovers that he is an amnesiac living in Norfolk. She brings Carl to town to see Paul, although he remembers little. Despite Mary wanting him back, Carl does not remember anything

This is a document about Colleen Carlton
 head writer and executive producer Bradley Bell allowed Don Diamont to return to "The Young and the Restless" as Colleen's deceased father, Brad, as one of the visions Colleen has while unconscious. Diamont currently portrays "The Bold and the Beautiful's" Bill Spencer, Jr. "In order to accommodate contract constraints and actors' availability, we were writing scenes that were shot the following week, which is very unusual," said "The Young and the Restless's" co-headwriter Scott Hamner. "The appearance of Don gave a depth of feeling to the show that would not have been possible without him." During the taping of Colleen's

This is a document about Don Diamont
 Don Diamont Don Diamont (born Donald Feinberg; December 31, 1962) is an American actor. His best known roles include Brad Carlton on "The Young and the Restless" and Bill Spencer Jr. on "The Bold and the Beautiful". In 1990, Diamont was chosen as one of the 50 most beautiful people in the world by "People Magazine", becoming the first daytime actor to receive the honor. After several years as a successful model, Diamont's first major acting role was as Carlo Forenza on "Days of Our Lives". He joined the cast in 1984 after being hired by Ken Corday, and was

This is a document about John Abbott (The Young and the Restless)
 to Patty Williams. Eventually, Katherine obtained pictures of Jill with Jack. Upon seeing the photos, John had a stroke. In 1986, John and Jill divorced, and John fired Jack and threw him out of his house. Jill received 25% of Jabot Cosmetics, a seat on the board of directors, and a cushy executive position with Jabot at $150,000 a year. With this huge settlement, John and Jack hoped that Jill would stay quiet in order to protect Jabot's image. John replaced Jack at the company with Traci's new husband Brad Carlton (Don Diamont), formerly an Abbott gardener. After his divorce

This is a document about The Young and the Restless storylines
 involved in a love triangle with her rival Lauren and rock star Danny Romalotti (Michael Damian), before marrying gardener-turned-business executive Brad Carlton (Don Diamont). The Abbott and Newman family rivalry is further put the test in 2010 after Billy Abbott and Victoria Newman marry. A relatively controversial fixture on the show for several decades was Bell's daughter, Lauralee. Lauralee debuted in 1983 in a bit part as Christine "Cricket" Blair. As Lauralee grew up, her character became more and more prominent, to the point where in 1988 storylines had four different men in love with her. Longtime fan favorite Terry

This is a document about The Young and the Restless storylines
 Brad's mother in her mid to late 80s in 2006. However, the actress who played Brad's mother appeared to be around 60, far too young for this role. Fans complained that the Nazi artwork plot made no sense at all, along with Brad's age and the age his mother was supposed to be. The plot was completely dropped without mention, Brad then had an affair with Sharon Newman, and then was killed off trying to save Sharon's son Noah when he fell through ice on a frozen lake. The actor Don Diamont then transferred to Y&R's "sister show" The Bold

This is a document about Ashley Abbott
 Brad Carlton (Don Diamont) came as a shock, due to Brad being beneath her socially. Epperson, who played Ashley at the time, was uncertain of Ashley and Brad's decision to get married. Davidson opined that a storyline in which Victor's son Adam Newman (Michael Muhney) gas lighted a pregnant Ashley in 2009 was payback for Ashley stealing Victor's sperm years ago to conceive Abby. She stated: "I think the character really suffered after she stole Victor’s sperm from Diane [...] After that, the viewers lost a lot of respect for Ashley. People wanted Ashley to pay for it. My opinion?

This is a document about Brad Carlton
  "George Kaplan" redirects here. Not to be confused with the George Kaplan featured in the 1959 film North by Northwest. Brad Carlton is a fictional character from the CBS soap opera The Young and the Restless, portrayed by Don Diamont. The character became a mainstay on the series for over 10 years. He was known for his relationships with Traci Abbott, Ashley Abbott and Victoria Newman, as well as his business rivalries with Jack Abbott and Victor Newman. In 2009, the character drowned in a frozen lake.

This is a document about Don Diamont
  After several years as a successful model, Diamont's first major acting role was as Carlo Forenza on Days of Our Lives. He joined the cast in 1984 after being hired by Ken Corday, and was with the show for a year. Diamont is best known for his portrayal of opportunistic businessman Brad Carlton on The Young and the Restless. He initially joined the show in 1985 and left the cast in 1996, but returned in 1998, remaining on the show until his character was killed off in early 2009. On March 5, 2009 it was announced that Diamont would be joining the cast of the CBS daytime drama The Bold

This is a document about Don Diamont
  Don Bruce Diamont (born Donald Feinberg; December 31, 1962) is an American actor. His best known roles include Brad Carlton on The Young and the Restless and Bill Spencer Jr. on The Bold and the Beautiful. In 1990, Diamont was chosen as one of the 50 most beautiful people in the world by People Magazine, becoming the first daytime actor to receive the honor.

This is a document about Daniel Romer
  Daniel Romer a.k.a. Danny Romer (born April 1990, Las Vegas, Nevada) is an American actor and model. He has several international modeling campaigns to his name. He is known for his role in The Young and the Restless as Kieran Donnally, the law school drop-out turned drug dealer; and as Marcus "Mark" Anderson, a street photographer within the world of fashion blogging in Lookbook - The Series. Romer was cast as Joe in a written for TV Pilot, that was filmed in Italy. He played the bully Brad, a tennis camp kid, opposite Nikki Blonsky and Hayley Hasselhoff in the ABC

This is a document about Don Diamont
  Diamont began using his mother's maiden name when he began acting and modeling after an agent suggested that it was more "rhythmical," but in fact because it was less obviously Jewish-sounding. In the August 15, 2006 edition of Soap Opera Digest, Diamont discusses his Jewish background and discloses that he did not fully embrace his Jewish heritage until later in life. Coincidentally, his storyline on The Young and the Restless (head written by Lynn Marie Latham & Scott Hamner) has paralleled his personal life in some ways. The show has revealed that the persona of "Brad Carlton" is actually "George Kaplan." (For dramatic purposes, the show has explained this by disclosing that George/Brad had to hide his past, and his Jewishness, for his own safety.)

This is a document about Nick and Sharon
  romantic lead shouldn't just be a simple romantic lead. Sharon was that for a long time. She was in this love story with Nick and nothing really happened to her. You can only carry that so far." Sharon and Nick was finally solid in their marriage again, after two years of tumultuous events. In 2005, 14-year-old Cassie was killed in a car accident after attempting to drive drunken Daniel Romalotti (Michael Graziadei) home. Nick became distant from Sharon, causing Sharon to become close to Brad Carlton (Don Diamont), who she worked with while being a spokesperson for Newman Enterprises' Beauty of Nature cosmetics line. Nick also inched closer

This is a document about The Bold and the Beautiful
 The Young and the Restless: Eric Forrester (John McCook) called Lauren from his office to invite her to Los Angeles. ; The Bold and the Beautiful: Brad Carlton (Don Diamont) crossed over to confront Sheila Carter about the photos of his tryst with Lauren Fenmore (Tracey E. Bregman), fearing that he would lose custody of his daughter, Colleen, if they became public. Although Brad's threats were enough to make Sheila give up the photos, Lauren later discovered that there was still more evidence proving their affair. ; The Young and the Restless:Stephanie Forrester (Susan Flannery) appeared on Y&R to inform Lauren of Sheila's marriage to Eric. ; The Bold and the Beautiful: Dr. Scott Grainger (Peter Barton) and Lauren Fenmore were vacationing on Catalina Island in November, where they were shocked to find Eric Forrester and Sheila Carter also on a romantic retreat. The character Scott Grainger died during this crossover, but not before he forgave Sheila for her past and begged Lauren not to reveal their history to Eric.

Don Diamont played Brad Carlton on "The Young and the Restless."