niryuu/sni-each-converted huggingface dataset:
Liverpool produced a number of nationally and internationally successful popular singers in the 1950s, including traditional pop stars Frankie Vaughan and Lita Roza, and one of the most successful British rock and roll stars in Billy Fury. Many Lancashire towns had vibrant skiffle scenes in the late 1950s, out of which by the early 1960s a flourishing culture of beat groups began to emerge, particularly around Liverpool and Manchester. It has been estimated that there were around 350 bands active in and around Liverpool in this era, often playing ballrooms, concert halls and clubs, among them the Beatles. After their national success from 1962, a number of Liverpool performers were able to follow them into the charts, including Gerry & the Pacemakers, the Searchers and Cilla Black. The first act to break through in the UK who were not from Liverpool, or managed by Brian Epstein, were Freddie and the Dreamers, who were based in Manchester, as were Herman's Hermits and the Hollies. Led by the Beatles, beat groups from the region spearheaded the British Invasion of the US, which made a major contribution to the development of rock music. After the decline of beat groups in the late 1960s the centre of rock culture shifted to London and there were relatively few local bands who achieved national prominence until the growth of a disco funk scene and the punk rock revolution in the mid and late 1970s.
Output: How many bands were active in the Liverpool area in the 1960s?
Liverpool produced a number of nationally and internationally successful popular singers in the 1950s, including traditional pop stars Frankie Vaughan and Lita Roza, and one of the most successful British rock and roll stars in Billy Fury. Many Lancashire towns had vibrant skiffle scenes in the late 1950s, out of which by the early 1960s a flourishing culture of beat groups began to emerge, particularly around Liverpool and Manchester. It has been estimated that there were around 350 bands active in and around Liverpool in this era, often playing ballrooms, concert halls and clubs, among them the Beatles. After their national success from 1962, a number of Liverpool performers were able to follow them into the charts, including Gerry & the Pacemakers, the Searchers and Cilla Black. The first act to break through in the UK who were not from Liverpool, or managed by Brian Epstein, were Freddie and the Dreamers, who were based in Manchester, as were Herman's Hermits and the Hollies. Led by the Beatles, beat groups from the region spearheaded the British Invasion of the US, which made a major contribution to the development of rock music. After the decline of beat groups in the late 1960s the centre of rock culture shifted to London and there were relatively few local bands who achieved national prominence until the growth of a disco funk scene and the punk rock revolution in the mid and late 1970s.
Output: What was the first act to break through in the UK, not from Liverpool or managed by Brian Epstein?
Liverpool produced a number of nationally and internationally successful popular singers in the 1950s, including traditional pop stars Frankie Vaughan and Lita Roza, and one of the most successful British rock and roll stars in Billy Fury. Many Lancashire towns had vibrant skiffle scenes in the late 1950s, out of which by the early 1960s a flourishing culture of beat groups began to emerge, particularly around Liverpool and Manchester. It has been estimated that there were around 350 bands active in and around Liverpool in this era, often playing ballrooms, concert halls and clubs, among them the Beatles. After their national success from 1962, a number of Liverpool performers were able to follow them into the charts, including Gerry & the Pacemakers, the Searchers and Cilla Black. The first act to break through in the UK who were not from Liverpool, or managed by Brian Epstein, were Freddie and the Dreamers, who were based in Manchester, as were Herman's Hermits and the Hollies. Led by the Beatles, beat groups from the region spearheaded the British Invasion of the US, which made a major contribution to the development of rock music. After the decline of beat groups in the late 1960s the centre of rock culture shifted to London and there were relatively few local bands who achieved national prominence until the growth of a disco funk scene and the punk rock revolution in the mid and late 1970s.
Output: Where were Freddie and the Dreamers based?
Liverpool produced a number of nationally and internationally successful popular singers in the 1950s, including traditional pop stars Frankie Vaughan and Lita Roza, and one of the most successful British rock and roll stars in Billy Fury. Many Lancashire towns had vibrant skiffle scenes in the late 1950s, out of which by the early 1960s a flourishing culture of beat groups began to emerge, particularly around Liverpool and Manchester. It has been estimated that there were around 350 bands active in and around Liverpool in this era, often playing ballrooms, concert halls and clubs, among them the Beatles. After their national success from 1962, a number of Liverpool performers were able to follow them into the charts, including Gerry & the Pacemakers, the Searchers and Cilla Black. The first act to break through in the UK who were not from Liverpool, or managed by Brian Epstein, were Freddie and the Dreamers, who were based in Manchester, as were Herman's Hermits and the Hollies. Led by the Beatles, beat groups from the region spearheaded the British Invasion of the US, which made a major contribution to the development of rock music. After the decline of beat groups in the late 1960s the centre of rock culture shifted to London and there were relatively few local bands who achieved national prominence until the growth of a disco funk scene and the punk rock revolution in the mid and late 1970s.
Output: Where were Herman's Hermints and the Hollies from?
As the Reformers wanted all members of the church to be able to read the Bible, education on all levels got a strong boost. By the middle of the eighteenth century, the literacy rate in England was about 60 per cent, in Scotland 65 per cent, and in Sweden eight of ten men and women were able to read and to write. Colleges and universities were founded. For example, the Puritans who established Massachusetts Bay Colony in 1628 founded Harvard College only eight years later. About a dozen other colleges followed in the 18th century, including Yale (1701). Pennsylvania also became a centre of learning.
Output: What did Reformers increase so that their followers could read the Bible?
As the Reformers wanted all members of the church to be able to read the Bible, education on all levels got a strong boost. By the middle of the eighteenth century, the literacy rate in England was about 60 per cent, in Scotland 65 per cent, and in Sweden eight of ten men and women were able to read and to write. Colleges and universities were founded. For example, the Puritans who established Massachusetts Bay Colony in 1628 founded Harvard College only eight years later. About a dozen other colleges followed in the 18th century, including Yale (1701). Pennsylvania also became a centre of learning.
Output: In the middle of the eighteenth century, how many Swedes could read and write?
As the Reformers wanted all members of the church to be able to read the Bible, education on all levels got a strong boost. By the middle of the eighteenth century, the literacy rate in England was about 60 per cent, in Scotland 65 per cent, and in Sweden eight of ten men and women were able to read and to write. Colleges and universities were founded. For example, the Puritans who established Massachusetts Bay Colony in 1628 founded Harvard College only eight years later. About a dozen other colleges followed in the 18th century, including Yale (1701). Pennsylvania also became a centre of learning.
Output: Who founded Harvard College?
As the Reformers wanted all members of the church to be able to read the Bible, education on all levels got a strong boost. By the middle of the eighteenth century, the literacy rate in England was about 60 per cent, in Scotland 65 per cent, and in Sweden eight of ten men and women were able to read and to write. Colleges and universities were founded. For example, the Puritans who established Massachusetts Bay Colony in 1628 founded Harvard College only eight years later. About a dozen other colleges followed in the 18th century, including Yale (1701). Pennsylvania also became a centre of learning.
Output: When was Yale founded?
As the Reformers wanted all members of the church to be able to read the Bible, education on all levels got a strong boost. By the middle of the eighteenth century, the literacy rate in England was about 60 per cent, in Scotland 65 per cent, and in Sweden eight of ten men and women were able to read and to write. Colleges and universities were founded. For example, the Puritans who established Massachusetts Bay Colony in 1628 founded Harvard College only eight years later. About a dozen other colleges followed in the 18th century, including Yale (1701). Pennsylvania also became a centre of learning.
Output: What state became a hub of learning?
Albert Wendt is a significant Samoan writer whose novels and stories tell the Samoan experience. In 1989, his novel Flying Fox in a Freedom Tree was made into a feature film in New Zealand, directed by Martyn Sanderson. Another novel Sons for the Return Home had also been made into a feature film in 1979, directed by Paul Maunder. The late John Kneubuhl, born in American Samoa, was an accomplished playwright and screenwriter and writer. Sia Figiel won the 1997 Commonwealth Writers' Prize for fiction in the south-east Asia/South Pacific region with her novel "Where We Once Belonged". Momoe Von Reiche is an internationally recognised poet and artist. Tusiata Avia is a performance poet. Her first book of poetry Wild Dogs Under My Skirt was published by Victoria University Press in 2004. Dan Taulapapa McMullin is an artist and writer. Other Samoan poets and writers include Sapa'u Ruperake Petaia, Eti Sa'aga and Savea Sano Malifa, the editor of the Samoa Observer.
Output: What Samoan author write Flying Fox in Freedom Tree?
Albert Wendt is a significant Samoan writer whose novels and stories tell the Samoan experience. In 1989, his novel Flying Fox in a Freedom Tree was made into a feature film in New Zealand, directed by Martyn Sanderson. Another novel Sons for the Return Home had also been made into a feature film in 1979, directed by Paul Maunder. The late John Kneubuhl, born in American Samoa, was an accomplished playwright and screenwriter and writer. Sia Figiel won the 1997 Commonwealth Writers' Prize for fiction in the south-east Asia/South Pacific region with her novel "Where We Once Belonged". Momoe Von Reiche is an internationally recognised poet and artist. Tusiata Avia is a performance poet. Her first book of poetry Wild Dogs Under My Skirt was published by Victoria University Press in 2004. Dan Taulapapa McMullin is an artist and writer. Other Samoan poets and writers include Sapa'u Ruperake Petaia, Eti Sa'aga and Savea Sano Malifa, the editor of the Samoa Observer.
Output: In what country was Flying Fox in Freedom Tree made into a feature film?
Albert Wendt is a significant Samoan writer whose novels and stories tell the Samoan experience. In 1989, his novel Flying Fox in a Freedom Tree was made into a feature film in New Zealand, directed by Martyn Sanderson. Another novel Sons for the Return Home had also been made into a feature film in 1979, directed by Paul Maunder. The late John Kneubuhl, born in American Samoa, was an accomplished playwright and screenwriter and writer. Sia Figiel won the 1997 Commonwealth Writers' Prize for fiction in the south-east Asia/South Pacific region with her novel "Where We Once Belonged". Momoe Von Reiche is an internationally recognised poet and artist. Tusiata Avia is a performance poet. Her first book of poetry Wild Dogs Under My Skirt was published by Victoria University Press in 2004. Dan Taulapapa McMullin is an artist and writer. Other Samoan poets and writers include Sapa'u Ruperake Petaia, Eti Sa'aga and Savea Sano Malifa, the editor of the Samoa Observer.
Output: Which Wendt novel was made into a film directed by Paul Maunder?
Albert Wendt is a significant Samoan writer whose novels and stories tell the Samoan experience. In 1989, his novel Flying Fox in a Freedom Tree was made into a feature film in New Zealand, directed by Martyn Sanderson. Another novel Sons for the Return Home had also been made into a feature film in 1979, directed by Paul Maunder. The late John Kneubuhl, born in American Samoa, was an accomplished playwright and screenwriter and writer. Sia Figiel won the 1997 Commonwealth Writers' Prize for fiction in the south-east Asia/South Pacific region with her novel "Where We Once Belonged". Momoe Von Reiche is an internationally recognised poet and artist. Tusiata Avia is a performance poet. Her first book of poetry Wild Dogs Under My Skirt was published by Victoria University Press in 2004. Dan Taulapapa McMullin is an artist and writer. Other Samoan poets and writers include Sapa'u Ruperake Petaia, Eti Sa'aga and Savea Sano Malifa, the editor of the Samoa Observer.
Output: Who won a Commonwealth Writers' Prize for fiction for her book "Where We Once Belonged"?
Albert Wendt is a significant Samoan writer whose novels and stories tell the Samoan experience. In 1989, his novel Flying Fox in a Freedom Tree was made into a feature film in New Zealand, directed by Martyn Sanderson. Another novel Sons for the Return Home had also been made into a feature film in 1979, directed by Paul Maunder. The late John Kneubuhl, born in American Samoa, was an accomplished playwright and screenwriter and writer. Sia Figiel won the 1997 Commonwealth Writers' Prize for fiction in the south-east Asia/South Pacific region with her novel "Where We Once Belonged". Momoe Von Reiche is an internationally recognised poet and artist. Tusiata Avia is a performance poet. Her first book of poetry Wild Dogs Under My Skirt was published by Victoria University Press in 2004. Dan Taulapapa McMullin is an artist and writer. Other Samoan poets and writers include Sapa'u Ruperake Petaia, Eti Sa'aga and Savea Sano Malifa, the editor of the Samoa Observer.
Output: What type of literature does Tusiata Avia write?
Because the electron mobility is higher than the hole mobility for all semiconductor materials, a given bipolar n–p–n transistor tends to be swifter than an equivalent p–n–p transistor. GaAs has the highest electron mobility of the three semiconductors. It is for this reason that GaAs is used in high-frequency applications. A relatively recent FET development, the high-electron-mobility transistor (HEMT), has a heterostructure (junction between different semiconductor materials) of aluminium gallium arsenide (AlGaAs)-gallium arsenide (GaAs) which has twice the electron mobility of a GaAs-metal barrier junction. Because of their high speed and low noise, HEMTs are used in satellite receivers working at frequencies around 12 GHz. HEMTs based on gallium nitride and aluminium gallium nitride (AlGaN/GaN HEMTs) provide a still higher electron mobility and are being developed for various applications.
Output: What semiconductor has the highest electron mobility?
Because the electron mobility is higher than the hole mobility for all semiconductor materials, a given bipolar n–p–n transistor tends to be swifter than an equivalent p–n–p transistor. GaAs has the highest electron mobility of the three semiconductors. It is for this reason that GaAs is used in high-frequency applications. A relatively recent FET development, the high-electron-mobility transistor (HEMT), has a heterostructure (junction between different semiconductor materials) of aluminium gallium arsenide (AlGaAs)-gallium arsenide (GaAs) which has twice the electron mobility of a GaAs-metal barrier junction. Because of their high speed and low noise, HEMTs are used in satellite receivers working at frequencies around 12 GHz. HEMTs based on gallium nitride and aluminium gallium nitride (AlGaN/GaN HEMTs) provide a still higher electron mobility and are being developed for various applications.
Output: What is quicker, a bipolar n-p-n transistor or a p-n-p transistor?
Because the electron mobility is higher than the hole mobility for all semiconductor materials, a given bipolar n–p–n transistor tends to be swifter than an equivalent p–n–p transistor. GaAs has the highest electron mobility of the three semiconductors. It is for this reason that GaAs is used in high-frequency applications. A relatively recent FET development, the high-electron-mobility transistor (HEMT), has a heterostructure (junction between different semiconductor materials) of aluminium gallium arsenide (AlGaAs)-gallium arsenide (GaAs) which has twice the electron mobility of a GaAs-metal barrier junction. Because of their high speed and low noise, HEMTs are used in satellite receivers working at frequencies around 12 GHz. HEMTs based on gallium nitride and aluminium gallium nitride (AlGaN/GaN HEMTs) provide a still higher electron mobility and are being developed for various applications.
Output: What is the common application of GaAs?
Because the electron mobility is higher than the hole mobility for all semiconductor materials, a given bipolar n–p–n transistor tends to be swifter than an equivalent p–n–p transistor. GaAs has the highest electron mobility of the three semiconductors. It is for this reason that GaAs is used in high-frequency applications. A relatively recent FET development, the high-electron-mobility transistor (HEMT), has a heterostructure (junction between different semiconductor materials) of aluminium gallium arsenide (AlGaAs)-gallium arsenide (GaAs) which has twice the electron mobility of a GaAs-metal barrier junction. Because of their high speed and low noise, HEMTs are used in satellite receivers working at frequencies around 12 GHz. HEMTs based on gallium nitride and aluminium gallium nitride (AlGaN/GaN HEMTs) provide a still higher electron mobility and are being developed for various applications.
Output: What does HEMT stand for?
Because the electron mobility is higher than the hole mobility for all semiconductor materials, a given bipolar n–p–n transistor tends to be swifter than an equivalent p–n–p transistor. GaAs has the highest electron mobility of the three semiconductors. It is for this reason that GaAs is used in high-frequency applications. A relatively recent FET development, the high-electron-mobility transistor (HEMT), has a heterostructure (junction between different semiconductor materials) of aluminium gallium arsenide (AlGaAs)-gallium arsenide (GaAs) which has twice the electron mobility of a GaAs-metal barrier junction. Because of their high speed and low noise, HEMTs are used in satellite receivers working at frequencies around 12 GHz. HEMTs based on gallium nitride and aluminium gallium nitride (AlGaN/GaN HEMTs) provide a still higher electron mobility and are being developed for various applications.
Output: What are common applications of HEMT?
At the start of a classic valley glacier is a bowl-shaped cirque, which has escarped walls on three sides but is open on the side that descends into the valley. Cirques are where ice begins to accumulate in a glacier. Two glacial cirques may form back to back and erode their backwalls until only a narrow ridge, called an arête is left. This structure may result in a mountain pass. If multiple cirques encircle a single mountain, they create pointed pyramidal peaks; particularly steep examples are called horns.
Output: On which side is a cirque opened?
At the start of a classic valley glacier is a bowl-shaped cirque, which has escarped walls on three sides but is open on the side that descends into the valley. Cirques are where ice begins to accumulate in a glacier. Two glacial cirques may form back to back and erode their backwalls until only a narrow ridge, called an arête is left. This structure may result in a mountain pass. If multiple cirques encircle a single mountain, they create pointed pyramidal peaks; particularly steep examples are called horns.
Output: Where does ice start accululating in a glacier?
At the start of a classic valley glacier is a bowl-shaped cirque, which has escarped walls on three sides but is open on the side that descends into the valley. Cirques are where ice begins to accumulate in a glacier. Two glacial cirques may form back to back and erode their backwalls until only a narrow ridge, called an arête is left. This structure may result in a mountain pass. If multiple cirques encircle a single mountain, they create pointed pyramidal peaks; particularly steep examples are called horns.
Output: What is a narrow ridge formed by two cirques eroding back to back called?
At the start of a classic valley glacier is a bowl-shaped cirque, which has escarped walls on three sides but is open on the side that descends into the valley. Cirques are where ice begins to accumulate in a glacier. Two glacial cirques may form back to back and erode their backwalls until only a narrow ridge, called an arête is left. This structure may result in a mountain pass. If multiple cirques encircle a single mountain, they create pointed pyramidal peaks; particularly steep examples are called horns.
Output: What are extremely steep cirques called?
At the start of a classic valley glacier is a bowl-shaped cirque, which has escarped walls on three sides but is open on the side that descends into the valley. Cirques are where ice begins to accumulate in a glacier. Two glacial cirques may form back to back and erode their backwalls until only a narrow ridge, called an arête is left. This structure may result in a mountain pass. If multiple cirques encircle a single mountain, they create pointed pyramidal peaks; particularly steep examples are called horns.
Output: How many sides are closed in a typical cirque?
Before 2006, geneticists had largely attributed the ethnogenesis of most of the world's Jewish populations, including Ashkenazi Jews, to Israelite Jewish male migrants from the Middle East and "the women from each local population whom they took as wives and converted to Judaism." Thus, in 2002, in line with this model of origin, David Goldstein, now of Duke University, reported that unlike male Ashkenazi lineages, the female lineages in Ashkenazi Jewish communities "did not seem to be Middle Eastern", and that each community had its own genetic pattern and even that "in some cases the mitochondrial DNA was closely related to that of the host community." In his view this suggested "that Jewish men had arrived from the Middle East, taken wives from the host population and converted them to Judaism, after which there was no further intermarriage with non-Jews."
Output: What year did David Goldstein report that unlike male Ashkenazi lineages, the female lineages in Ashkenazi Jewish communities did not seem to be Middle Eastern?
With $18.8 million spent in 2013, Comcast has the seventh largest lobbying budget of any individual company or organization in the United States. Comcast employs multiple former US Congressmen as lobbyists. The National Cable & Telecommunications Association, which has multiple Comcast executives on its board, also represents Comcast and other cable companies as the fifth largest lobbying organization in the United States, spending $19.8 million in 2013. Comcast was among the top backers of Barack Obama's presidential runs, with Comcast vice president David Cohen raising over $2.2 million from 2007 to 2012. Cohen has been described by many sources as influential in the US government, though he is no longer a registered lobbyist, as the time he spends lobbying falls short of the 20% which requires official registration. Comcast's PAC, the Comcast Corporation and NBCUniversal Political Action Committee, is the among the largest PACs in the US, raising about $3.7 million from 2011-2012 for the campaigns of various candidates for office in the United States Federal Government. Comcast is also a major backer of the National Cable and Telecommunications Association Political Action Committee, which raised $2.6 million from 2011-2012. Comcast spent the most money of any organization in support of the Stop Online Piracy and PROTECT IP bills, spending roughly $5 million to lobby for their passage.
Output: What was Comcast's lobbying budget in 2013?
With $18.8 million spent in 2013, Comcast has the seventh largest lobbying budget of any individual company or organization in the United States. Comcast employs multiple former US Congressmen as lobbyists. The National Cable & Telecommunications Association, which has multiple Comcast executives on its board, also represents Comcast and other cable companies as the fifth largest lobbying organization in the United States, spending $19.8 million in 2013. Comcast was among the top backers of Barack Obama's presidential runs, with Comcast vice president David Cohen raising over $2.2 million from 2007 to 2012. Cohen has been described by many sources as influential in the US government, though he is no longer a registered lobbyist, as the time he spends lobbying falls short of the 20% which requires official registration. Comcast's PAC, the Comcast Corporation and NBCUniversal Political Action Committee, is the among the largest PACs in the US, raising about $3.7 million from 2011-2012 for the campaigns of various candidates for office in the United States Federal Government. Comcast is also a major backer of the National Cable and Telecommunications Association Political Action Committee, which raised $2.6 million from 2011-2012. Comcast spent the most money of any organization in support of the Stop Online Piracy and PROTECT IP bills, spending roughly $5 million to lobby for their passage.
Output: Where did this lobbying budget place the company among all entities in the country?
With $18.8 million spent in 2013, Comcast has the seventh largest lobbying budget of any individual company or organization in the United States. Comcast employs multiple former US Congressmen as lobbyists. The National Cable & Telecommunications Association, which has multiple Comcast executives on its board, also represents Comcast and other cable companies as the fifth largest lobbying organization in the United States, spending $19.8 million in 2013. Comcast was among the top backers of Barack Obama's presidential runs, with Comcast vice president David Cohen raising over $2.2 million from 2007 to 2012. Cohen has been described by many sources as influential in the US government, though he is no longer a registered lobbyist, as the time he spends lobbying falls short of the 20% which requires official registration. Comcast's PAC, the Comcast Corporation and NBCUniversal Political Action Committee, is the among the largest PACs in the US, raising about $3.7 million from 2011-2012 for the campaigns of various candidates for office in the United States Federal Government. Comcast is also a major backer of the National Cable and Telecommunications Association Political Action Committee, which raised $2.6 million from 2011-2012. Comcast spent the most money of any organization in support of the Stop Online Piracy and PROTECT IP bills, spending roughly $5 million to lobby for their passage.
Output: What is the name of the industry association that represents all cable companies in Washington?
With $18.8 million spent in 2013, Comcast has the seventh largest lobbying budget of any individual company or organization in the United States. Comcast employs multiple former US Congressmen as lobbyists. The National Cable & Telecommunications Association, which has multiple Comcast executives on its board, also represents Comcast and other cable companies as the fifth largest lobbying organization in the United States, spending $19.8 million in 2013. Comcast was among the top backers of Barack Obama's presidential runs, with Comcast vice president David Cohen raising over $2.2 million from 2007 to 2012. Cohen has been described by many sources as influential in the US government, though he is no longer a registered lobbyist, as the time he spends lobbying falls short of the 20% which requires official registration. Comcast's PAC, the Comcast Corporation and NBCUniversal Political Action Committee, is the among the largest PACs in the US, raising about $3.7 million from 2011-2012 for the campaigns of various candidates for office in the United States Federal Government. Comcast is also a major backer of the National Cable and Telecommunications Association Political Action Committee, which raised $2.6 million from 2011-2012. Comcast spent the most money of any organization in support of the Stop Online Piracy and PROTECT IP bills, spending roughly $5 million to lobby for their passage.
Output: What is the name of Comcast's affiliated political action committee?
With $18.8 million spent in 2013, Comcast has the seventh largest lobbying budget of any individual company or organization in the United States. Comcast employs multiple former US Congressmen as lobbyists. The National Cable & Telecommunications Association, which has multiple Comcast executives on its board, also represents Comcast and other cable companies as the fifth largest lobbying organization in the United States, spending $19.8 million in 2013. Comcast was among the top backers of Barack Obama's presidential runs, with Comcast vice president David Cohen raising over $2.2 million from 2007 to 2012. Cohen has been described by many sources as influential in the US government, though he is no longer a registered lobbyist, as the time he spends lobbying falls short of the 20% which requires official registration. Comcast's PAC, the Comcast Corporation and NBCUniversal Political Action Committee, is the among the largest PACs in the US, raising about $3.7 million from 2011-2012 for the campaigns of various candidates for office in the United States Federal Government. Comcast is also a major backer of the National Cable and Telecommunications Association Political Action Committee, which raised $2.6 million from 2011-2012. Comcast spent the most money of any organization in support of the Stop Online Piracy and PROTECT IP bills, spending roughly $5 million to lobby for their passage.
Output: How much did this PAC raise for candidates in US elections from 2011 through 2012?
Paper made from mechanical pulp contains significant amounts of lignin, a major component in wood. In the presence of light and oxygen, lignin reacts to give yellow materials, which is why newsprint and other mechanical paper yellows with age. Paper made from bleached kraft or sulfite pulps does not contain significant amounts of lignin and is therefore better suited for books, documents and other applications where whiteness of the paper is essential.
Output: What particle is associated with the yellowing of newspapers?
Paper made from mechanical pulp contains significant amounts of lignin, a major component in wood. In the presence of light and oxygen, lignin reacts to give yellow materials, which is why newsprint and other mechanical paper yellows with age. Paper made from bleached kraft or sulfite pulps does not contain significant amounts of lignin and is therefore better suited for books, documents and other applications where whiteness of the paper is essential.
Output: A book is likely made with paper that has low amounts of what component of wood?
Paper made from mechanical pulp contains significant amounts of lignin, a major component in wood. In the presence of light and oxygen, lignin reacts to give yellow materials, which is why newsprint and other mechanical paper yellows with age. Paper made from bleached kraft or sulfite pulps does not contain significant amounts of lignin and is therefore better suited for books, documents and other applications where whiteness of the paper is essential.
Output: What does lignin react to to produce the yellowing you see in newspapers?
Many electronic dance music and hip hop releases today are still preferred on vinyl; however, digital copies are still widely available. This is because for disc jockeys ("DJs"), vinyl has an advantage over the CD: direct manipulation of the medium. DJ techniques such as slip-cueing, beatmatching, and scratching originated on turntables. With CDs or compact audio cassettes one normally has only indirect manipulation options, e.g., the play, stop, and pause buttons. With a record one can place the stylus a few grooves farther in or out, accelerate or decelerate the turntable, or even reverse its direction, provided the stylus, record player, and record itself are built to withstand it. However, many CDJ and DJ advances, such as DJ software and time-encoded vinyl, now have these capabilities and more.
Output: What is a reason a DJ would prefer vinyl to CD?
Many electronic dance music and hip hop releases today are still preferred on vinyl; however, digital copies are still widely available. This is because for disc jockeys ("DJs"), vinyl has an advantage over the CD: direct manipulation of the medium. DJ techniques such as slip-cueing, beatmatching, and scratching originated on turntables. With CDs or compact audio cassettes one normally has only indirect manipulation options, e.g., the play, stop, and pause buttons. With a record one can place the stylus a few grooves farther in or out, accelerate or decelerate the turntable, or even reverse its direction, provided the stylus, record player, and record itself are built to withstand it. However, many CDJ and DJ advances, such as DJ software and time-encoded vinyl, now have these capabilities and more.
Output: In what techniques would a DJ require a vinyl record?
Many electronic dance music and hip hop releases today are still preferred on vinyl; however, digital copies are still widely available. This is because for disc jockeys ("DJs"), vinyl has an advantage over the CD: direct manipulation of the medium. DJ techniques such as slip-cueing, beatmatching, and scratching originated on turntables. With CDs or compact audio cassettes one normally has only indirect manipulation options, e.g., the play, stop, and pause buttons. With a record one can place the stylus a few grooves farther in or out, accelerate or decelerate the turntable, or even reverse its direction, provided the stylus, record player, and record itself are built to withstand it. However, many CDJ and DJ advances, such as DJ software and time-encoded vinyl, now have these capabilities and more.
Output: Are all turn tables capable of DJ manipulation of vinyl records?
Many electronic dance music and hip hop releases today are still preferred on vinyl; however, digital copies are still widely available. This is because for disc jockeys ("DJs"), vinyl has an advantage over the CD: direct manipulation of the medium. DJ techniques such as slip-cueing, beatmatching, and scratching originated on turntables. With CDs or compact audio cassettes one normally has only indirect manipulation options, e.g., the play, stop, and pause buttons. With a record one can place the stylus a few grooves farther in or out, accelerate or decelerate the turntable, or even reverse its direction, provided the stylus, record player, and record itself are built to withstand it. However, many CDJ and DJ advances, such as DJ software and time-encoded vinyl, now have these capabilities and more.
Output: What is commonly preferred by DJs vinyl or CD?
Many electronic dance music and hip hop releases today are still preferred on vinyl; however, digital copies are still widely available. This is because for disc jockeys ("DJs"), vinyl has an advantage over the CD: direct manipulation of the medium. DJ techniques such as slip-cueing, beatmatching, and scratching originated on turntables. With CDs or compact audio cassettes one normally has only indirect manipulation options, e.g., the play, stop, and pause buttons. With a record one can place the stylus a few grooves farther in or out, accelerate or decelerate the turntable, or even reverse its direction, provided the stylus, record player, and record itself are built to withstand it. However, many CDJ and DJ advances, such as DJ software and time-encoded vinyl, now have these capabilities and more.
Output: Had vinyl technology ceased expanding?
The College of Science was established at the university in 1865 by president Father Patrick Dillon. Dillon's scientific courses were six years of work, including higher-level mathematics courses. Today the college, housed in the newly built Jordan Hall of Science, includes over 1,200 undergraduates in six departments of study – biology, chemistry, mathematics, physics, pre-professional studies, and applied and computational mathematics and statistics (ACMS) – each awarding Bachelor of Science (B.S.) degrees. According to university statistics, its science pre-professional program has one of the highest acceptance rates to medical school of any university in the United States.
Output: Which president at Notre Dame created the College of Science?
The College of Science was established at the university in 1865 by president Father Patrick Dillon. Dillon's scientific courses were six years of work, including higher-level mathematics courses. Today the college, housed in the newly built Jordan Hall of Science, includes over 1,200 undergraduates in six departments of study – biology, chemistry, mathematics, physics, pre-professional studies, and applied and computational mathematics and statistics (ACMS) – each awarding Bachelor of Science (B.S.) degrees. According to university statistics, its science pre-professional program has one of the highest acceptance rates to medical school of any university in the United States.
Output: In what year was the Notre Dame College of Science formed?
The College of Science was established at the university in 1865 by president Father Patrick Dillon. Dillon's scientific courses were six years of work, including higher-level mathematics courses. Today the college, housed in the newly built Jordan Hall of Science, includes over 1,200 undergraduates in six departments of study – biology, chemistry, mathematics, physics, pre-professional studies, and applied and computational mathematics and statistics (ACMS) – each awarding Bachelor of Science (B.S.) degrees. According to university statistics, its science pre-professional program has one of the highest acceptance rates to medical school of any university in the United States.
Output: How many years long was a scientific course under Patrick Dillon at Notre Dame?
The College of Science was established at the university in 1865 by president Father Patrick Dillon. Dillon's scientific courses were six years of work, including higher-level mathematics courses. Today the college, housed in the newly built Jordan Hall of Science, includes over 1,200 undergraduates in six departments of study – biology, chemistry, mathematics, physics, pre-professional studies, and applied and computational mathematics and statistics (ACMS) – each awarding Bachelor of Science (B.S.) degrees. According to university statistics, its science pre-professional program has one of the highest acceptance rates to medical school of any university in the United States.
Output: Which hall at Notre Dame contains the current College of Science?
The College of Science was established at the university in 1865 by president Father Patrick Dillon. Dillon's scientific courses were six years of work, including higher-level mathematics courses. Today the college, housed in the newly built Jordan Hall of Science, includes over 1,200 undergraduates in six departments of study – biology, chemistry, mathematics, physics, pre-professional studies, and applied and computational mathematics and statistics (ACMS) – each awarding Bachelor of Science (B.S.) degrees. According to university statistics, its science pre-professional program has one of the highest acceptance rates to medical school of any university in the United States.
Output: How many undergrad students attend the College of Science at Notre Dame today?
Despite Tom's conviction, Bob Ewell is humiliated by the events of the trial, Atticus explaining that he "destroyed [Ewell's] last shred of credibility at that trial." Ewell vows revenge, spitting in Atticus' face, trying to break into the judge's house, and menacing Tom Robinson's widow. Finally, he attacks the defenseless Jem and Scout while they walk home on a dark night after the school Halloween pageant. One of Jem's arms is broken in the struggle, but amid the confusion someone comes to the children's rescue. The mysterious man carries Jem home, where Scout realizes that he is Boo Radley.
Output: Who did Bob Ewell attack during the story?
Despite Tom's conviction, Bob Ewell is humiliated by the events of the trial, Atticus explaining that he "destroyed [Ewell's] last shred of credibility at that trial." Ewell vows revenge, spitting in Atticus' face, trying to break into the judge's house, and menacing Tom Robinson's widow. Finally, he attacks the defenseless Jem and Scout while they walk home on a dark night after the school Halloween pageant. One of Jem's arms is broken in the struggle, but amid the confusion someone comes to the children's rescue. The mysterious man carries Jem home, where Scout realizes that he is Boo Radley.
Output: What event did Jem and Scout attend right before they were attacked at night?
Despite Tom's conviction, Bob Ewell is humiliated by the events of the trial, Atticus explaining that he "destroyed [Ewell's] last shred of credibility at that trial." Ewell vows revenge, spitting in Atticus' face, trying to break into the judge's house, and menacing Tom Robinson's widow. Finally, he attacks the defenseless Jem and Scout while they walk home on a dark night after the school Halloween pageant. One of Jem's arms is broken in the struggle, but amid the confusion someone comes to the children's rescue. The mysterious man carries Jem home, where Scout realizes that he is Boo Radley.
Output: Who saved Jem and Scout from Bob Ewell?
Despite Tom's conviction, Bob Ewell is humiliated by the events of the trial, Atticus explaining that he "destroyed [Ewell's] last shred of credibility at that trial." Ewell vows revenge, spitting in Atticus' face, trying to break into the judge's house, and menacing Tom Robinson's widow. Finally, he attacks the defenseless Jem and Scout while they walk home on a dark night after the school Halloween pageant. One of Jem's arms is broken in the struggle, but amid the confusion someone comes to the children's rescue. The mysterious man carries Jem home, where Scout realizes that he is Boo Radley.
Output: Who attacked Scout and Jem?
Despite Tom's conviction, Bob Ewell is humiliated by the events of the trial, Atticus explaining that he "destroyed [Ewell's] last shred of credibility at that trial." Ewell vows revenge, spitting in Atticus' face, trying to break into the judge's house, and menacing Tom Robinson's widow. Finally, he attacks the defenseless Jem and Scout while they walk home on a dark night after the school Halloween pageant. One of Jem's arms is broken in the struggle, but amid the confusion someone comes to the children's rescue. The mysterious man carries Jem home, where Scout realizes that he is Boo Radley.
Output: Who rescued Scout and Jem?
Everton originally played in the southeast corner of Stanley Park, which was the site for the new Liverpool F.C. stadium, with the first official match taking place in 1879. In 1882, a man named J. Cruitt donated land at Priory Road which became the club's home before they moved to Anfield, which was Everton's home until 1892. At this time, a dispute of how the club was to be owned and run emerged with Anfield's owner and Everton's chairman, John Houlding. A dispute between Houlding and the club's committee over how the club should be run, led to Houlding attempting to gain full control of the club by registering the company, "Everton F.C. and Athletic Grounds Ltd". In response, Everton left Anfield for a new ground, Goodison Park, where the club have played ever since. Houlding attempted to take over Everton's name, colours, fixtures and league position, but was denied by The Football Association. Instead, Houlding formed a new club, Liverpool F.C.
Output: In which park did Everton FC originally play?
Everton originally played in the southeast corner of Stanley Park, which was the site for the new Liverpool F.C. stadium, with the first official match taking place in 1879. In 1882, a man named J. Cruitt donated land at Priory Road which became the club's home before they moved to Anfield, which was Everton's home until 1892. At this time, a dispute of how the club was to be owned and run emerged with Anfield's owner and Everton's chairman, John Houlding. A dispute between Houlding and the club's committee over how the club should be run, led to Houlding attempting to gain full control of the club by registering the company, "Everton F.C. and Athletic Grounds Ltd". In response, Everton left Anfield for a new ground, Goodison Park, where the club have played ever since. Houlding attempted to take over Everton's name, colours, fixtures and league position, but was denied by The Football Association. Instead, Houlding formed a new club, Liverpool F.C.
Output: Where was the new Liverpool FC stadium located in 1879?
Everton originally played in the southeast corner of Stanley Park, which was the site for the new Liverpool F.C. stadium, with the first official match taking place in 1879. In 1882, a man named J. Cruitt donated land at Priory Road which became the club's home before they moved to Anfield, which was Everton's home until 1892. At this time, a dispute of how the club was to be owned and run emerged with Anfield's owner and Everton's chairman, John Houlding. A dispute between Houlding and the club's committee over how the club should be run, led to Houlding attempting to gain full control of the club by registering the company, "Everton F.C. and Athletic Grounds Ltd". In response, Everton left Anfield for a new ground, Goodison Park, where the club have played ever since. Houlding attempted to take over Everton's name, colours, fixtures and league position, but was denied by The Football Association. Instead, Houlding formed a new club, Liverpool F.C.
Output: Who donated land to Everton FC in 1882?
Everton originally played in the southeast corner of Stanley Park, which was the site for the new Liverpool F.C. stadium, with the first official match taking place in 1879. In 1882, a man named J. Cruitt donated land at Priory Road which became the club's home before they moved to Anfield, which was Everton's home until 1892. At this time, a dispute of how the club was to be owned and run emerged with Anfield's owner and Everton's chairman, John Houlding. A dispute between Houlding and the club's committee over how the club should be run, led to Houlding attempting to gain full control of the club by registering the company, "Everton F.C. and Athletic Grounds Ltd". In response, Everton left Anfield for a new ground, Goodison Park, where the club have played ever since. Houlding attempted to take over Everton's name, colours, fixtures and league position, but was denied by The Football Association. Instead, Houlding formed a new club, Liverpool F.C.
Output: Who was the chairman of the Everton FC in 1892?
Everton originally played in the southeast corner of Stanley Park, which was the site for the new Liverpool F.C. stadium, with the first official match taking place in 1879. In 1882, a man named J. Cruitt donated land at Priory Road which became the club's home before they moved to Anfield, which was Everton's home until 1892. At this time, a dispute of how the club was to be owned and run emerged with Anfield's owner and Everton's chairman, John Houlding. A dispute between Houlding and the club's committee over how the club should be run, led to Houlding attempting to gain full control of the club by registering the company, "Everton F.C. and Athletic Grounds Ltd". In response, Everton left Anfield for a new ground, Goodison Park, where the club have played ever since. Houlding attempted to take over Everton's name, colours, fixtures and league position, but was denied by The Football Association. Instead, Houlding formed a new club, Liverpool F.C.
Output: Where did Everton FC relocate their games to in 1892?