Context: August 1968

Context: what was the actual plan behind it?

Context: who is this aforesaid person?

Context: where was he born?

Context: New York City, New York.

Context: where was he educated?

Context: where is this university located?

Context: Cambridge, Massachusetts.

Context: what is its ranking?

Context: In 2019, it was ranked first worldwide

Context: what are some films related to it?

Context: UNANSWERABLE

Context: where is the latter mentioned school located?

Context: London, England

Question: what are some controversies related to it?

Answer: In February 2011, LSE had to face the consequences of matriculating one of Muammar Gaddafi's sons while accepting a £1.5m donation to the university from his family.

Explanation:
In February 2011, LSE had to face the consequences of matriculating one of Muammar Gaddafi's sons while accepting a £1.5m donation to the university from his family. LSE director Howard Davies resigned over allegations about the institution's links to the Libyan regime. The LSE announced in a statement that it had accepted his resignation with "great regret" and that it had set up an external inquiry into the school's relationship with the Libyan regime and Saif al-Islam Gaddafi, to be conducted by the former lord chief justice Harry Woolf.

In 2013, the LSE was featured in a BBC "Panorama" documentary on North Korea, filmed inside the repressive regime by undercover journalists attached to a trip by the LSE's Grimshaw Club, a student society of the international relations department. The trip had been sanctioned by high-level North Korean officials. The trip caused international media attention as a BBC journalist was posing as a part of LSE. There was debate as to whether this put th

Answer: LSE had to face the consequences of matriculating one of Muammar Gaddafi's sons while accepting a £1.5m donation to the university from his family, the LSE was featured in a BBC "Panorama" documentary on North Korea, filmed inside the repressive regime by undercover journalists. In  2015, it was revealed that the university was paid approximately £40,000 for a "glowing report" for Camila Batmanghelidjh's charity, Kids Company.

Explanation:
In 2013, the LSE was featured in a BBC "Panorama" documentary on North Korea, filmed inside the repressive regime by undercover journalists attached to a trip by the LSE's Grimshaw Club, a student society of the international relations department. The trip had been sanctioned by high-level North Korean officials. The trip caused international media attention as a BBC journalist was posing as a part of LSE. There was debate as to whether this put the student's lives in jeopardy in the repressive regime if a reporter had been exposed. The North Korea government made hostile threats towards the students and LSE after the publicity, which forced an apology from the BBC.

In August 2015, it was revealed that the university was paid approximately £40,000 for a "glowing report" for Camila Batmanghelidjh's charity, Kids Company. The study was used by Batmanghelidjh to prove that the charity provided good value for money and was well managed. The university did not disclose that the study was

Answer: In February 2011, LSE had to face the consequences of matriculating one of Muammar Gaddafi's sons while accepting a £1.5m donation to the university from his family.

Answer: It  had to face the consequences of matriculating one of Muammar Gaddafi's sons while accepting a £1.5m donation to the university from his family


Context: when did construction start on the twin towers

Context: August 1968

Context: what was the actual plan behind it?

Context: David Rockefeller suggested that the Port Authority would be a logical choice for taking on the project. Rockefeller argued that the Trade Center would provide great benefits in facilitating and increasing volume of international commerce coming through the Port of New York and New Jersey.

Context: who is this aforesaid person?

Context: An American banker who served as chairman and chief executive of Chase Manhattan Corporation.

Context: where was he born?

Context: New York City, New York.

Context: where was he educated?

Context: Harvard University, London School of Economics (LSE)

Context: what happened to the former university during the 20th century?

Context: The reputation grew, rapid enrollment growth continued as new graduate schools were begun and the undergraduate college expanded; creative scholarships were reinvigorated

Context: where is this university located?

Context: Cambridge, Massachusetts.

Context: what is its ranking?

Context: In 2019, it was ranked first worldwide

Context: what are its effects on popular culture?

Context: The perception of Harvard as a center of either elite achievement, or elitist privilege, has made it a frequent literary and cinematic backdrop.

Context: what are some films related to it?

Context: UNANSWERABLE

Context: London, England

Context: what are some controversies related to it?

Context: In February 2011, LSE had to face the consequences of matriculating one of Muammar Gaddafi's sons while accepting a £1.5m donation to the university from his family.

Question: when was it founded?

Answer: 1895

Explanation: The London School of Economics was founded in 1895 by Beatrice and Sidney Webb, initially funded by a bequest of £20,000 from the estate of Henry Hunt Hutchinson. Hutchinson, a lawyer and member of the Fabian Society, left the money in trust, to be put "towards advancing its [The Fabian Society's] objects in any way they [the trustees] deem advisable". The five trustees were Sidney Webb, Edward Pease, Constance Hutchinson, W. S. de Mattos and William Clark.

Answer: In 1895.

Explanation: The London School of Economics (officially the London School of Economics and Political Science, often referred to as LSE or the LSE) is a public research university located in London, England, and a member institution of the federal University of London. Founded in 1895 by Fabian Society members Sidney Webb, Beatrice Webb, Graham Wallas, and George Bernard Shaw for the betterment of society, LSE joined the University of London in 1900 and established its first degree courses under the auspices of the university in 1901. LSE started awarding its own degrees in its own name in 2008, prior to which it awarded degrees of the University of London.

Answer: 1895.

Answer: 1895


Context: August 1968

Context: what was the actual plan behind it?

Context: who is this aforesaid person?

Context: where was he born?

Context: New York City, New York.

Context: where was he educated?

Context: where is this university located?

Context: Cambridge, Massachusetts.

Context: what is its ranking?

Context: In 2019, it was ranked first worldwide

Context: what are some films related to it?

Context: UNANSWERABLE

Context: London, England

Context: when was it founded?

Question: what is the mascot?

Answer: Beaver

Answer: A beaver.

Explanation: The school's historic coat of arms is used on official documentation including degree certificates and transcripts and includes the motto – "rerum cognoscere causas", a line taken from Virgil’s "Georgics" meaning "to know the causes of things", together with the school's mascot – a beaver. Both these symbols, adopted in February 1922, continue to be held in high regard to this day with the beaver chosen because of its representation as "a hard working and industrious yet sociable animal", attributes that the founders hoped LSE students to both possess and aspire to. The school's weekly newspaper is still entitled "The Beaver", Rosebery residence hall's bar is called the Tipsy Beaver and LSE sports teams are known as the Beavers. The institution has two sets of colours – brand and academic – red being the brand colour used on signage, publications and in buildings across campus and purple, black and gold for academic purposes including presentation ceremonies and graduation dress.

Answer: UNANSWERABLE

Answer: A beaver


Question: when was the first man made diamond made

Answer: 1954

Explanation: Records of attempted diamond synthesis date back to the turn of the twentieth century. Numerous scientists claimed to have successfully synthesized diamonds between 1879 and 1928, but none was confirmed. In the 1940s, systematic research began in the United States, Sweden and the Soviet Union to grow diamonds, which culminated in the first reproducible synthesis of diamond in 1954.

Answer: 1879

Explanation: After the 1797 discovery that diamond was pure carbon, many attempts were made to convert various cheap forms of carbon into diamond. The earliest successes were reported by James Ballantyne Hannay in 1879

Answer: 1954

Answer: 1879

Explanation: The earliest successes were reported by James Ballantyne Hannay in 1879 and by Ferdinand Frédéric Henri Moissan in 1893


Context: when was the first man made diamond made

Question: what are the materials required to make this?

Answer: Pure carbon, the belt press, the cubic press and the split-sphere (BARS) press.

Explanation:
In the HPHT method, there are three main press designs used to supply the pressure and temperature necessary to produce synthetic diamond: the belt press, the cubic press and the split-sphere (BARS) press. Diamond seeds are placed at the bottom of the press.
The internal part of press is heated above 1400 °C and melts the solvent metal. The molten metal dissolves the high purity carbon source, which is then transported to the small diamond seeds and precipitates, forming a large synthetic diamond.

Answer: Pure carbon crystallized in an isotropic 3D form

Explanation: Synthetic diamond (also referred to as laboratory-grown diamond, laboratory-created diamond, or cultured diamond) is a diamond made of the same material as natural diamonds: pure carbon, crystallized in an isotropic 3D form. Synthetic diamond are different from both natural diamond, which is created by geological processes, and imitation diamond, which is made of non-diamond material.

Answer: Pure carbon, crystallized in an isotropic 3D form.

Answer: Pure carbon


Context: what are the materials required to make this?

Context: Pure carbon, the belt press, the cubic press and the split-sphere (BARS) press.

Question: what temperature-pressure conditions are required fopr this?

Answer: High pressure, high temperature.

Explanation: Hall achieved the first commercially successful synthesis of diamond on December 16, 1954, and this was announced on February 15, 1955. His breakthrough was using a "belt" press, which was capable of producing pressures above and temperatures above

Answer: 1400 °C

Explanation:
In the HPHT method, there are three main press designs used to supply the pressure and temperature necessary to produce synthetic diamond: the belt press, the cubic press and the split-sphere (BARS) press. Diamond seeds are placed at the bottom of the press.
The internal part of press is heated above 1400 °C and melts the solvent metal. The molten metal dissolves the high purity carbon source, which is then transported to the small diamond seeds and precipitates, forming a large synthetic diamond.

Answer: 1400 °C

Answer: High pressure and high temperature

Explanation: The original method uses high pressure and high temperature (HPHT) and is still widely used because of its relatively low cost.


Context: what temperature-pressure conditions are required fopr this?

Context: High pressure, high temperature.

Question: can you mention any of its uses?

Answer: Machine tools and cutting tools; as a Thermal conductor; as an Optical material; semiconductors ; gemstones

Explanation: Most industrial applications of synthetic diamond have long been associated with their hardness; this property makes diamond the ideal material for machine tools and cutting tools. As the hardest known naturally occurring material, diamond can be used to polish, cut, or wear away any material, including other diamonds. Common industrial applications of this ability include diamond-tipped drill bits and saws, and the use of diamond powder as an abrasive. These are by far the largest industrial applications of synthetic diamond. While natural diamond is also used for these purposes, synthetic HPHT diamond is more popular, mostly because of better reproducibility of its mechanical properties. Diamond is not suitable for machining ferrous alloys at high speeds, as carbon is soluble in iron at the high temperatures created by high-speed machining, leading to greatly increased wear on diamond tools compared to alternatives.

Answer: As gemstones

Explanation: ynthetic diamonds for use as gemstones are grown by HPHT or CVD methods, and represented approximately 2% of the gem-quality diamond market as of 2013.

Answer: UNANSWERABLE

Answer: As radiation detection device

Explanation: Synthetic diamond is already used as radiation detection device


Context: High pressure, high temperature.

Context: can you mention any of its uses?

Context: Machine tools and cutting tools; as a Thermal conductor; as an Optical material; semiconductors ; gemstones

Question: what is the first one?

Answer: A machine for handling or machining metal or other rigid materials, usually by cutting, boring, grinding, shearing, or other forms of deformation

Answer: It is a tool is a machine for handling or machining metal or other rigid materials, usually by cutting, boring, grinding, shearing, or other forms of deformation

Explanation: A machine tool is a machine for handling or machining metal or other rigid materials, usually by cutting, boring, grinding, shearing, or other forms of deformation.

Answer: A machine for handling or machining metal or other rigid materials, usually by cutting, boring, grinding, shearing, or other forms of deformation

Answer: A machine tool is a machine for handling or machining metal or other rigid materials, usually by cutting, boring, grinding, shearing, or other forms of deformation


Context: High pressure, high temperature.

Context: can you mention any of its uses?

Context: what is the first one?

Context: A machine for handling or machining metal or other rigid materials, usually by cutting, boring, grinding, shearing, or other forms of deformation

Question: can you provide me the historical background for such tools?

Answer: Forerunners of machine tools included bow drills and potter's wheels, which had existed in ancient Egypt prior to 2500 BC, and lathes, known to have existed in multiple regions of Europe since at least 1000 to 500 BC.

Explanation: Forerunners of machine tools included bow drills and potter's wheels, which had existed in ancient Egypt prior to 2500 BC, and lathes, known to have existed in multiple regions of Europe since at least 1000 to 500 BC. But it was not until the later Middle Ages and the Age of Enlightenment that the modern concept of a machine tool—a class of machines used as tools in the making of metal parts, and incorporating machine-guided toolpath—began to evolve. Clockmakers of the Middle Ages and renaissance men such as Leonardo da Vinci helped expand humans' technological milieu toward the preconditions for industrial machine tools. During the 18th and 19th centuries, and even in many cases in the 20th, the builders of machine tools tended to be the same people who would then use them to produce the end products (manufactured goods). However, from these roots also evolved an industry of machine tool builders as we define them today, meaning people who specialize in building machine tools for sale

Answer: Forerunners of machine tools included bow drills and potter's wheels, which had existed in ancient Egypt prior to 2500 BC, and lathes, known to have existed in multiple regions of Europe since at least 1000 to 500 BC but But it was not until the later Middle Ages and the Age of Enlightenment that the modern concept of a machine tool—a class of machines used as tools in the making of metal parts, and incorporating machine-guided toolpath—began to evolve

Answer: Forerunners of machine tools included bow drills and potter's wheels, which had existed in ancient Egypt prior to 2500 BC, and lathes, known to have existed in multiple regions of Europe since at least 1000 to 500 BC

Answer: Forerunners of machine tools included bow drills and potter's wheels, which had existed in ancient Egypt prior to 2500 BC, and lathes, known to have existed in multiple regions of Europe since at least 1000 to 500 BC


Context: High pressure, high temperature.

Context: can you mention any of its uses?

Context: what is the first one?

Context: can you provide me the historical background for such tools?

Context: Forerunners of machine tools included bow drills and potter's wheels, which had existed in ancient Egypt prior to 2500 BC, and lathes, known to have existed in multiple regions of Europe since at least 1000 to 500 BC.

Question: can you name any prominent figure involved in this background?

Answer: Leonardo da Vinci

Explanation: But it was not until the later Middle Ages and the Age of Enlightenment that the modern concept of a machine tool—a class of machines used as tools in the making of metal parts, and incorporating machine-guided toolpath—began to evolve. Clockmakers of the Middle Ages and renaissance men such as Leonardo da Vinci helped expand humans' technological milieu toward the preconditions for industrial machine tools.

Answer: Leonardo da Vinci

Explanation: Clockmakers of the Middle Ages and renaissance men such as Leonardo da Vinci helped expand humans' technological milieu toward the preconditions for industrial machine tools. During the 18th and 19th centuries, and even in many cases in the 20th, the builders of machine tools tended to be the same people who would then use them to produce the end products (manufactured goods). However, from these roots also evolved an industry of machine tool builders as we define them today, meaning people who specialize in building machine tools for sale to others.

Answer: Leonardo da Vinci

Answer: Leonardo da Vinci


Context: High pressure, high temperature.

Context: can you mention any of its uses?

Context: what is the first one?

Context: can you name any prominent figure involved in this background?

Context: Leonardo da Vinci

Question: where was he born?

Answer: Tuscan hill town of Vinci, Republic of Florence.

Explanation: Leonardo was born on 14/15 April 1452 in the Tuscan hill town of Vinci, in the lower valley of the Arno river in the territory of the Medici-ruled Republic of Florence

Answer: Tuscan hill town of Vinci, in the lower valley of the Arno river in the territory of the Medici-ruled Republic of Florence

Answer: Tuscan hill town of Vinci, in the lower valley of the Arno river in the territory of the Medici-ruled Republic of Florence

Answer: Tuscan hill town of Vinci, in the lower valley of the Arno river in the territory of the Medici-ruled Republic of Florence


Context: High pressure, high temperature.

Context: can you mention any of its uses?

Context: what is the first one?

Context: Leonardo da Vinci

Context: where was he born?

Context: Tuscan hill town of Vinci, Republic of Florence.

Question: what was his profession?

Answer: Painter, engineer

Answer: Painter

Explanation: Leonardo da Vinci (; 14/15 April 14522 May 1519) was an Italian polymath of the High Renaissance who is widely considered one of the greatest painters of all time. The "Mona Lisa" is the most famous of his works and the most famous portrait ever made. "The Last Supper" is the most reproduced religious painting of all time and his "Vitruvian Man" drawing is also regarded as a cultural icon. He is also known for his notebooks, in which he made drawings and notes on science and invention; these involve a variety of subjects including anatomy, cartography, painting, and palaeontology. Leonardo's collective works compose a contribution to later generations of artists rivalled only by that of his contemporary Michelangelo.

Answer: Italian polymath of the High Renaissance who is widely considered one of the greatest painters of all time

Answer: A polymath and painter


Context: High pressure, high temperature.

Context: can you mention any of its uses?

Context: what is the first one?

Context: Leonardo da Vinci

Context: where was he born?

Context: what was his profession?

Context: Painter, engineer

Question: can you name any such painted work by him?

Answer: Mona Lisa, The Last Supper

Answer: The Last Supper and Mona Lisa

Explanation: Leonardo da Vinci (; 14/15 April 14522 May 1519) was an Italian polymath of the High Renaissance who is widely considered one of the greatest painters of all time. The "Mona Lisa" is the most famous of his works and the most famous portrait ever made. "The Last Supper" is the most reproduced religious painting of all time and his "Vitruvian Man" drawing is also regarded as a cultural icon. He is also known for his notebooks, in which he made drawings and notes on science and invention; these involve a variety of subjects including anatomy, cartography, painting, and palaeontology. Leonardo's collective works compose a contribution to later generations of artists rivalled only by that of his contemporary Michelangelo.

Answer: "Mona Lisa"

Answer: Mona Lisa, The Last Supper and Vitruvian Man


Context: High pressure, high temperature.

Context: can you mention any of its uses?

Context: what is the first one?

Context: Leonardo da Vinci

Context: where was he born?

Context: what was his profession?

Context: Painter, engineer

Context: can you name any such painted work by him?

Context: Mona Lisa, The Last Supper

Question: by whom was the second one commissioned?

Answer: Ludovico Sforza - Duke of Milan

Explanation:
The Last Supper ( or "L'Ultima Cena" ) is a late 15th-century mural painting by Italian artist Leonardo da Vinci housed by the refectory of the Convent of Santa Maria delle Grazie in Milan, Italy. It is one of the Western world's most recognizable paintings.

The work is assumed to have been started around 1495–96 and was commissioned as part of a plan of renovations to the church and its convent buildings by Leonardo's patron Ludovico Sforza, Duke of Milan.

Answer: Ludovico Sforza, Duke of Milan

Answer: Ludovico Sforza

Explanation: Leonardo's patron, Ludovico Sforza, planned that the church should be remodeled as a family mausoleum, and to this end, changes were made, perhaps to plans by Bramante. The entire plan was not carried out. and a smaller mortuary chapel was constructed, adjacent to the cloister.

Answer: Ludovico Sforza, Duke of Milan


Context: High pressure, high temperature.

Context: can you mention any of its uses?

Context: what is the first one?

Context: Leonardo da Vinci

Context: where was he born?

Context: what was his profession?

Context: Painter, engineer

Context: Mona Lisa, The Last Supper

Context: by whom was the second one commissioned?

Context: Ludovico Sforza - Duke of Milan

Question: what media was used for this work?

Answer: Oil painting

Explanation: Leonardo, as a painter, favoured oil painting, a medium which allows the artist to work slowly and make changes with ease. Fresco painting does not facilitate either of these things. Leonardo also sought a greater luminosity and intensity of light and shade (chiaroscuro) than could be achieved with fresco. Instead of painting with water-soluble paints onto wet plaster, laid freshly each day in sections, Leonardo painted "The Last Supper" on a wall sealed with a double layer of gesso, pitch, and mastic. Then, borrowing from panel painting, he added an undercoat of white lead to enhance the brightness of the oil and tempera that was applied on top. This was a method that had been described previously by Cennino Cennini in the 14th century. However, Cennini described the technique as being more risky than fresco painting, and recommended the use of "a secco" painting (on dry plaster) for the final touches alone.

Answer: UNANSWERABLE

Answer: Oil painting

Answer: Oil


Context: High pressure, high temperature.

Context: can you mention any of its uses?

Context: what is the first one?

Context: Leonardo da Vinci

Context: where was he born?

Context: what was his profession?

Context: Painter, engineer

Context: Mona Lisa, The Last Supper

Context: Ludovico Sforza - Duke of Milan

Context: what media was used for this work?

Context: Oil painting

Question: did it needed repairs later?

Answer: Yes -  Between 1946 and 1954, undertook a clean-and-stabilise restoration, which Brera director was involved in. Pellicioli reattached paint to the wall using a clear shellac, making it relatively darker and more colorful, and removed some of the overpainting. However, as of 1972, the repainting done in various restorations had made the heads of saints Peter, Andrew, and James differ significantly from the original design.

Explanation:
Between 1946 and 1954, undertook a clean-and-stabilise restoration, which Brera director was involved in. Pellicioli reattached paint to the wall using a clear shellac, making it relatively darker and more colorful, and removed some of the overpainting.
However, as of 1972, the repainting done in various restorations had made the heads of saints Peter, Andrew, and James differ significantly from the original design.

Answer: Yes, he painting's appearance by the late 1970s had become badly deteriorated. From 1978 to 1999, Pinin Brambilla Barcilon guided a major restoration project which undertook to stabilize the painting, and reverse the damage caused by dirt and pollution

Explanation: The painting's appearance by the late 1970s had become badly deteriorated. From 1978 to 1999, Pinin Brambilla Barcilon guided a major restoration project which undertook to stabilize the painting, and reverse the damage caused by dirt and pollution

Answer: UNANSWERABLE

Answer: Yes. In 1726

Explanation: A first restoration was attempted in 1726 by Michelangelo Bellotti,


Context: High pressure, high temperature.

Context: can you mention any of its uses?

Context: what is the first one?

Context: Leonardo da Vinci

Context: where was he born?

Context: what was his profession?

Context: Painter, engineer

Context: Mona Lisa, The Last Supper

Context: Ludovico Sforza - Duke of Milan

Context: what media was used for this work?

Context: Oil painting

Context: did it needed repairs later?

Context: Yes -  Between 1946 and 1954, undertook a clean-and-stabilise restoration, which Brera director was involved in. Pellicioli reattached paint to the wall using a clear shellac, making it relatively darker and more colorful, and removed some of the overpainting. However, as of 1972, the repainting done in various restorations had made the heads of saints Peter, Andrew, and James differ significantly from the original design.

Question: what is the cultural significance of this painted piece?

Answer: It has frequently been referenced, reproduced, or parodied in Western culture.

Explanation: "The Last Supper" has frequently been referenced, reproduced, or parodied in Western culture.

Answer: It has frequently been referenced, reproduced, or parodied in Western culture

Answer: Referenced, reproduced, or parodied in Western culture

Answer: It has frequently been referenced, reproduced, or parodied in Western culture


Context: High pressure, high temperature.

Context: can you mention any of its uses?

Context: what is the first one?

Context: Leonardo da Vinci

Context: where was he born?

Context: what was his profession?

Context: Painter, engineer

Context: Mona Lisa, The Last Supper

Context: Ludovico Sforza - Duke of Milan

Context: what media was used for this work?

Context: Oil painting

Context: did it needed repairs later?

Context: what is the cultural significance of this painted piece?

Context: It has frequently been referenced, reproduced, or parodied in Western culture.

Question: has it been referred to in any movies as well?

Answer: Yes - Viridiana, MASH, Jesus Christ Superstar

Explanation: In Luis Buñuel's 1961 Spanish film "Viridiana", a "tableau vivant" of Leonardo's painting is staged with beggars. Another beggar "photographs" the scene by flashing them. This scene contributed to its refusal by the Vatican who called it "blasphemous." The painting is parodied in the original 1970 movie "MASH", in the scene where Hawkeye Pierce stages a "last supper" for Walt (Painless) Waldowski before his planned suicide. The various doctors, all in surgical scrubs, pose in imitation of the painting. In Norman Jewison's 1973 film version of "Jesus Christ Superstar", in the Last Supper sequence, Jesus and the 12 apostles briefly mimic the posture of each character in Da Vinci's painting. The painting is also parodied in Mel Brooks's 1981 movie "History of the World, Part I", making Leonardo a contemporary of Jesus.

Answer: Yes, Viridiana

Answer: Yes,  "Viridiana"

Answer: Yes. Viridiana, MASH and Jesus Christ Superstar


Question: where is rubidium found on the periodic table

Answer: It is the 37th element.

Answer: It is on number 37 the alkali metal group.

Explanation: Rubidium is the chemical element with the symbol Rb and atomic number 37. Rubidium is a very soft, silvery-white metal in the alkali metal group.

Answer: 37th position

Answer: In Group I called the Alkali metals

Explanation: The alkali metals consist of the chemical elements lithium (Li), sodium (Na), potassium (K), rubidium (Rb), caesium (Cs), and francium (Fr). Together with hydrogen they constitute group 1, which lies in the s-block of the periodic table. All alkali metals have their outermost electron in an s-orbital: this shared electron configuration results in their having very similar characteristic properties.


Context: where is rubidium found on the periodic table

Context: It is the 37th element.

Question: what letters are used to represent it?

Answer: Rb

Answer: Rb

Explanation: Rubidium is the chemical element with the symbol Rb and atomic number 37.

Answer: Rb

Answer: Rb


Context: It is the 37th element.

Context: what letters are used to represent it?

Context: Rb

Question: who discovered it?

Answer: Robert Bunsen and Gustav Kirchhoff

Explanation: German chemists Robert Bunsen and Gustav Kirchhoff discovered rubidium in 1861 by the newly developed technique, flame spectroscopy.

Answer: Robert Bunsen and Gustav Kirchhoff

Explanation: Rubidium was discovered in 1861 by Robert Bunsen and Gustav Kirchhoff, in Heidelberg, Germany, in the mineral lepidolite through flame spectroscopy.

Answer: Robert Bunsen and Gustav Kirchhoff

Answer: Robert Bunsen , Gustav Kirchhoff


Context: It is the 37th element.

Context: what letters are used to represent it?

Context: Rb

Context: who discovered it?

Context: Robert Bunsen and Gustav Kirchhoff

Question: who is the former?

Answer: German chemist

Explanation:
Robert Wilhelm Eberhard Bunsen (; ;
30 March 1811
– 16 August 1899) was a German chemist.

Answer: German chemist

Answer: German chemist

Answer: a German chemist.


Context: It is the 37th element.

Context: what letters are used to represent it?

Context: Rb

Context: who discovered it?

Context: Robert Bunsen and Gustav Kirchhoff

Context: who is the former?

Context: German chemist

Question: which university did he attend?

Answer: UNANSWERABLE

Answer: UNANSWERABLE

Answer: University of Göttingen

Explanation: After attending school in Holzminden, Bunsen matriculated at Göttingen in 1828

Answer: Göttingen

Explanation: fter attending school in Holzminden, Bunsen matriculated at Göttingen in 1828 and studied chemistry with Friedrich Stromeyer as well as mineralogy with Johann Friedrich Ludwig Hausmann and mathematics with Carl Friedrich Gauss.


Context: It is the 37th element.

Context: what letters are used to represent it?

Context: Rb

Context: who discovered it?

Context: Robert Bunsen and Gustav Kirchhoff

Context: who is the former?

Context: German chemist

Context: which university did he attend?

Context: UNANSWERABLE

Question: what scientific law did the latter introduce?

Answer: Kirchhoff's circuit laws, laws of spectroscopy and law of thermochemistry.

Explanation: German physicist who contributed to the fundamental understanding of electrical circuits, spectroscopy, and the emission of black-body radiation by heated objects.

Answer: Kirchhoff's circuit law, Kirchhoff's three laws of spectroscopy and Kirchhoff's law of thermochemistry

Explanation: Kirchhoff's first law is that the algebraic sum of currents in a network of conductors meeting at a point (or node) is zero. The second law is that in a closed circuit, the directed sums of the voltages in a closed system is zero.

Answer: Kirchhoff's circuit laws

Answer: Kirchhoff's circuit laws.


Context: It is the 37th element.

Context: what letters are used to represent it?

Context: Rb

Context: who discovered it?

Context: Robert Bunsen and Gustav Kirchhoff

Context: who is the former?

Context: German chemist

Context: which university did he attend?

Context: UNANSWERABLE

Context: what scientific law did the latter introduce?

Context: Kirchhoff's circuit laws, laws of spectroscopy and law of thermochemistry.

Question: can you briefly describe the first one?

Answer: His  first law is that the algebraic sum of currents in a network of conductors meeting at a point (or node) is zero. The second law is that in a closed circuit, the directed sums of the voltages in a closed system is zero.

Explanation: Kirchhoff's first law is that the algebraic sum of currents in a network of conductors meeting at a point (or node) is zero. The second law is that in a closed circuit, the directed sums of the voltages in a closed system is zero.

Answer: Kirchhoff's first law is that the algebraic sum of currents in a network of conductors meeting at a point (or node) is zero. The second law is that in a closed circuit, the directed sums of the voltages in a closed system is zero.

Answer: The algebraic sum of currents in a network of conductors meeting at a point is zero and in a closed circuit, the directed sums of the voltages in a closed system is zero

Answer: The algebraic sum of currents in a network of conductors meeting at a point is zero. In a closed circuit, the directed sums of the voltages in a closed system is zero.


Context: It is the 37th element.

Context: what letters are used to represent it?

Context: Rb

Context: who discovered it?

Context: Robert Bunsen and Gustav Kirchhoff

Context: who is the former?

Context: German chemist

Context: which university did he attend?

Context: UNANSWERABLE

Context: can you briefly describe the first one?

Context: His  first law is that the algebraic sum of currents in a network of conductors meeting at a point (or node) is zero. The second law is that in a closed circuit, the directed sums of the voltages in a closed system is zero.

Question: what is the role of any scientist in the same field as the former?

Answer: They study the composition of matter and its properties, carefully describe the properties they study in terms of quantities, with detail on the level of molecules and their component atoms, etc.

Explanation: Chemists study the composition of matter and its properties. Chemists carefully describe the properties they study in terms of quantities, with detail on the level of molecules and their component atoms.

Answer: In 1836, Bunsen succeeded Friedrich Wöhler at the Polytechnic School of Kassel.

Explanation: This interdisciplinary research was carried on and published in conjunction with the physician Arnold Adolph Berthold. In 1836, Bunsen succeeded Friedrich Wöhler at the Polytechnic School of Kassel ().

Answer: A scientist trained in the study of chemistry

Explanation: A chemist (from Greek "chēm(ía)" alchemy; replacing "chymist" from Medieval Latin "alchimista") is a scientist trained in the study of chemistry

Answer: UNANSWERABLE


Context: It is the 37th element.

Context: what letters are used to represent it?

Context: Rb

Context: who discovered it?

Context: Robert Bunsen and Gustav Kirchhoff

Context: who is the former?

Context: German chemist

Context: which university did he attend?

Context: UNANSWERABLE

Context: can you briefly describe the first one?

Context: what is the role of any scientist in the same field as the former?

Context: They study the composition of matter and its properties, carefully describe the properties they study in terms of quantities, with detail on the level of molecules and their component atoms, etc.

Question: name some pioneers in this field.

Answer: UNANSWERABLE

Answer: Antoine Lavoisier and Dmitri Mendeleev.

Explanation: . Chemistry as we know it today, was invented by Antoine Lavoisier with his law of conservation of mass in 1783. The discoveries of the chemical elements has a long history culminating in the creation of the periodic table by Dmitri Mendeleev.

Answer: Antoine Lavoisier and Dmitri Mendeleev

Answer: UNANSWERABLE


Context: It is the 37th element.

Context: what letters are used to represent it?

Context: Rb

Context: who discovered it?

Context: Robert Bunsen and Gustav Kirchhoff

Context: who is the former?

Context: German chemist

Context: which university did he attend?

Context: UNANSWERABLE

Context: can you briefly describe the first one?

Context: name some pioneers in this field.

Context: UNANSWERABLE

Question: what are some recognitions given to scientists in this field?

Answer: Nobel Prize in Chemistry

Answer: Nobel Prize in Chemistry

Explanation: The highest honor awarded to chemists is the Nobel Prize in Chemistry, awarded since 1901, by the Royal Swedish Academy of Sciences.

Answer: Nobel Prize in Chemistry

Answer: UNANSWERABLE


Context: It is the 37th element.

Context: what letters are used to represent it?

Context: Rb

Context: who discovered it?

Context: Robert Bunsen and Gustav Kirchhoff

Context: who is the former?

Context: German chemist

Context: which university did he attend?

Context: UNANSWERABLE

Context: can you briefly describe the first one?

Context: name some pioneers in this field.

Context: UNANSWERABLE

Context: what are some recognitions given to scientists in this field?

Context: Nobel Prize in Chemistry

Question: when was this prize instituted?

Answer: 1901

Explanation: The highest honor awarded to chemists is the Nobel Prize in Chemistry, awarded since 1901, by the Royal Swedish Academy of Sciences.

Answer: 1895

Answer: 1895

Answer: 1895

Explanation: The Nobel Prize in Chemistry is awarded annually by the Royal Swedish Academy of Sciences to scientists in the various fields of chemistry. It is one of the five Nobel Prizes established by the will of Alfred Nobel in 1895, awarded for outstanding contributions in chemistry, physics, literature, peace, and physiology or medicine.


Context: It is the 37th element.

Context: what letters are used to represent it?

Context: Rb

Context: who discovered it?

Context: Robert Bunsen and Gustav Kirchhoff

Context: who is the former?

Context: German chemist

Context: which university did he attend?

Context: UNANSWERABLE

Context: can you briefly describe the first one?

Context: name some pioneers in this field.

Context: UNANSWERABLE

Context: Nobel Prize in Chemistry

Context: when was this prize instituted?

Question: where does it get its name from?

Answer: From Alfred Nobel

Explanation: It is one of the five Nobel Prizes established by the will of Alfred Nobel in 1895, awarded for outstanding contributions in chemistry, physics, literature, peace, and physiology or medicine.

Answer: It is named after Alfred Nobel.

Explanation: Alfred Nobel stipulated in his last will and testament that his money be used to create a series of prizes for those who confer the "greatest benefit on mankind" in physics, chemistry, peace, physiology or medicine, and literature.

Answer: Alfred Nobel

Answer: Alfred Nobel


Question: what is into the groove?

Answer: "Into the Groove" is a song

Explanation: "Into the Groove" is a song

Answer: A song

Explanation: "Into the Groove" is a song recorded by American singer Madonna for the 1985 film "Desperately Seeking Susan".

Answer: A song

Answer: It is a song recorded by American singer Madonna


Context:
what is into the groove?
"Into the Groove" is a song

Question: who sang it?

Answer: American singer Madonna

Explanation: American singer Madonna

Answer: Madonna

Explanation: "Into the Groove" is a song recorded by American singer Madonna for the 1985 film "Desperately Seeking Susan".

Answer: Madonna

Answer: Madonna


Context:
what is into the groove?
"Into the Groove" is a song
who sang it?
American singer Madonna

Question: who composed it?

Answer: Stephen Bray

Explanation: Stephen Bray.

Answer: UNANSWERABLE

Answer: Madonna

Explanation: A dance-pop song, "Into the Groove" begins with a spoken introduction by Madonna, and the sound of drums and synth bassline being heard.

Answer: UNANSWERABLE


Context:
what is into the groove?
"Into the Groove" is a song
who sang it?
American singer Madonna
who composed it?
Stephen Bray

Question: was it ever performed live?

Answer: It was performed during The Virgin Tour in 1985

Answer: Yes, during The Virgin Tour, in the Who's That Girl World Tour, the Blond Ambition World Tour

Explanation: "Into the Groove" was performed as the third song during The Virgin Tour in 1985. Madonna wore a blue see-through crop-top, revealing her characteristic black bra. She had lacy leggings and crucifixes around her ear and her neck.

Answer: Yes, the Virgin Tour, Live Aid concert, etc.

Explanation: Into the Groove" was performed as the third song during The Virgin Tour in 1985. Madonna wore a blue see-through crop-top, revealing her characteristic black bra. She had lacy leggings and crucifixes around her ear and her neck. Her hair was tied at the top and fell in unkempt manner around her ears. She had a tambourine in her hand like her two male dancers, and together they sang the song while standing in front of a microphone, in tandem. The performance was included on the video release titled "", shot in Detroit. She also performed it on her Live Aid concert on July 13, 1985.

Answer: It  was performed as the third song during The Virgin Tour.


Context: what is into the groove?

Context: "Into the Groove" is a song

Context: who sang it?

Context: American singer Madonna

Context: who composed it?

Context: Stephen Bray

Context: was it ever performed live?

Context: It was performed during The Virgin Tour in 1985

Question: how was this tour received by the critics?

Answer: The tour received generally mixed reviews from critics

Explanation: The tour received generally mixed reviews from critics.

Answer: The tour received generally mixed reviews from critics.

Answer: The tour received generally mixed reviews from critics.

Answer: It received generally mixed reviews.


Context: what is into the groove?

Context: "Into the Groove" is a song

Context: who sang it?

Context: American singer Madonna

Context: who composed it?

Context: Stephen Bray

Context: was it ever performed live?

Context: how was this tour received by the critics?

Context: The tour received generally mixed reviews from critics

Question: can you name a place that this tour covered?

Answer: Tampa and Orlando, Florida

Explanation: Tampa and Orlando, Fla.,

Answer: UNANSWERABLE

Answer: United States and Canada.

Explanation: Although initially planned for an international audience, the tour was restricted to the United States and Canada.

Answer: United States and Canada.


Context: what is into the groove?

Context: "Into the Groove" is a song

Context: who sang it?

Context: American singer Madonna

Context: who composed it?

Context: Stephen Bray

Context: was it ever performed live?

Context: can you name a place that this tour covered?

Context: Tampa and Orlando, Florida

Question: who performed in it?

Answer: Beastie Boys, DJ Rick Rubin

Explanation: DJ, Rick Rubin,

Answer: Madonna

Explanation: The Virgin Tour was the debut concert tour by American singer-songwriter Madonna.

Answer: Beastie Boys

Explanation: Beastie Boys were signed as the opening act, while record producer Patrick Leonard was the music director.

Answer: Beastie Boys


Context: what is into the groove?

Context: "Into the Groove" is a song

Context: who sang it?

Context: American singer Madonna

Context: who composed it?

Context: Stephen Bray

Context: was it ever performed live?

Context: Tampa and Orlando, Florida

Context: who performed in it?

Context: Beastie Boys, DJ Rick Rubin

Question: was the latter part of any band?

Answer: Rick" Rubin is a DJ and American record producer and former co-president of Columbia Records.

Explanation: Rick" Rubin (; born March 10, 1963) is an American record producer and former co-president of Columbia Records.

Answer: Yes, The Pricks

Explanation: He then played in a band with childhood friends, performing at garage and school shows for town friends until a teacher helped him create a punk band called The Pricks.

Answer: Yes, Beastie Boys

Explanation: With the Beastie Boys

Answer: UNANSWERABLE


Context: what is into the groove?

Context: "Into the Groove" is a song

Context: who sang it?

Context: American singer Madonna

Context: who composed it?

Context: Stephen Bray

Context: was it ever performed live?

Context: Tampa and Orlando, Florida

Context: who performed in it?

Context: Beastie Boys, DJ Rick Rubin

Context: was the latter part of any band?

Context: Rick" Rubin is a DJ and American record producer and former co-president of Columbia Records.

Question: where was he born?

Answer: In Long Beach, New York

Explanation: in Long Beach, New York

Answer: Long Beach, New York

Explanation: Frederick Jay Rubin was born in Long Beach, New York and grew up in Lido Beach, New York.

Answer: Long Beach, New York

Answer: Long Beach, New York


Context: what is into the groove?

Context: "Into the Groove" is a song

Context: who sang it?

Context: American singer Madonna

Context: who composed it?

Context: Stephen Bray

Context: was it ever performed live?

Context: Tampa and Orlando, Florida

Context: who performed in it?

Context: Beastie Boys, DJ Rick Rubin

Context: was the latter part of any band?

Context: where was he born?

Context: In Long Beach, New York

Question: what criticisms did he have to face?

Answer: Matt Bellamy of Muse criticized Rubin stating that the band would "like to thank Rick Rubin for teaching us how not to produce."

Answer: In 2010 at the Music Producers Guild awards, Matt Bellamy of Muse criticized Rubin while accepting the award for UK single of the year, stating that the band would "like to thank Rick Rubin for teaching us how not to produce."

Explanation: In 2010 at the Music Producers Guild (MPG) awards, Matt Bellamy of Muse criticized Rubin while accepting the award for UK single of the year, stating that the band would "like to thank Rick Rubin for teaching us how not to produce."

Answer: Matt Bellamy of Muse criticized Rubin stating that the band would "like to thank Rick Rubin for teaching us how not to produce."

Answer: Matt Bellamy of Muse criticized Rubin while accepting the award for UK single of the year, stating that the band would "like to thank Rick Rubin for teaching us how not to produce."


Context: what is into the groove?

Context: "Into the Groove" is a song

Context: who sang it?

Context: American singer Madonna

Context: who composed it?

Context: Stephen Bray

Context: was it ever performed live?

Context: Tampa and Orlando, Florida

Context: who performed in it?

Context: Beastie Boys, DJ Rick Rubin

Context: was the latter part of any band?

Context: where was he born?

Context: In Long Beach, New York

Context: what criticisms did he have to face?

Context: Matt Bellamy of Muse criticized Rubin stating that the band would "like to thank Rick Rubin for teaching us how not to produce."

Question: did he also receive praise?

Answer: He shows them how to make it better, and he gets more honest and exciting performances out of people than anyone.

Explanation: He shows them how to make it better, and he gets more honest and exciting performances out of people than anyone."

Answer: Yes, Natalie Maines of the The Chicks has praised his production methods, saying, "He has the ability and the patience to let music be discovered, not manufactured. Come to think of it, maybe he is a guru."

Explanation: Natalie Maines of the The Chicks has praised his production methods, saying, "He has the ability and the patience to let music be discovered, not manufactured. Come to think of it, maybe he is a guru."

Answer: Yes, his "stripped-down" sound was praised

Explanation: Rubin's biggest trademark as a producer has been a "stripped-down" sound, which involves eliminating production elements such as string sections, backup vocals, and reverb, and instead having naked vocals and bare instrumentation. However, by the 2000s, Rubin's style had been known to include such elements, as noted in "The Washington Post": "As the track reaches a crescendo and [Neil] Diamond's portentous baritone soars over a swelling string arrangement, Rubin leans back, as though floored by the emotional power of the song."

Answer: Dan Charnas said that Rubin is fantastic with sound and arrangements, and he's tremendous with artists.

Explanation: On the subject of his production methods, Dan Charnas, a music journalist who worked as vice president of A&R and marketing at Rubin's American Recordings label in the 1990s, said, "He's fantastic with sound and arrangements, and he's tremendous with artists.


Question: the general surface wind circulation associated with the high-pressure center (h) is most likely

Answer: A high-pressure area, high ,or anticyclone.

Explanation: A high-pressure area, high, or anticyclone, is a region where the atmospheric pressure at the surface of the planet is greater than its surrounding environment.

Answer: High-pressure systems rotate clockwise in the northern Hemisphere.

Wind circulation in the northern and southern hemispheres

Explanation:
The direction of wind flow around an atmospheric high-pressure area and a low-pressure area, as seen from above, depends on the hemisphere. High-pressure systems rotate clockwise in the northern Hemisphere; low-pressure systems rotate clockwise in the southern hemisphere.

The scientific terms in English used to describe the weather systems generated by highs and lows were introduced in the mid-1800s, mostly by the British. The scientific theories which explain the general phenomena originated about two centuries earlier.

Answer: UNANSWERABLE

Answer: Referred as anticyclones

Explanation: High-pressure systems are alternatively referred to as anticyclones. On English-language weather maps, high-pressure centers are identified by the letter H in English, within the isobar with the highest pressure value. On constant pressure upper level charts, it is located within the highest height line contour.


Context: the general surface wind circulation associated with the high-pressure center (h) is most likely

Context: A high-pressure area, high ,or anticyclone.

Question: how is it formed?

Answer: Winds within high-pressure areas flow outward from the higher pressure areas near their centers towards the lower pressure areas further from their centers. Gravity adds to the forces. The winds are further twisted due to Coriolis effect.

Explanation:
Winds within high-pressure areas flow outward from the higher pressure areas near their centers towards the lower pressure areas further from their centers. Gravity adds to the forces causing this general movement, because the higher pressure compresses the column of air near the center of the area into greater density – and so greater weight compared to lower pressure, lower density, and lower weight of the air outside the center.

However, because the planet is rotating, the air flow from center to periphery is not direct, but is twisted due to the Coriolis effect. This is an apparent, but fictitious, force that arises when an observer is in a rotating reference frame, due to the conservation of angular momentum of the air as it moves towards or away from the Earth's axis of rotation. Viewed from above this twist in wind direction is in the opposite direction as the rotation of the planet.

Answer: High-pressure areas form due to downward motion through the troposphere, the atmospheric layer where weather occurs.

Explanation:
High-pressure areas form due to downward motion through the troposphere, the atmospheric layer where weather occurs. Preferred areas within a synoptic flow pattern in higher levels of the troposphere are beneath the western side of troughs.

On weather maps, these areas show converging winds (isotachs), also known as convergence, near or above the level of non-divergence, which is near the 500 hPa pressure surface about midway up through the troposphere, and about half the atmospheric pressure at the surface.

High-pressure systems are alternatively referred to as anticyclones. On English-language weather maps, high-pressure centers are identified by the letter H in English, within the isobar with the highest pressure value. On constant pressure upper level charts, it is located within the highest height line contour.

Answer: By the downward motion through the troposphere, the atmospheric layer where weather occurs.

Answer: High-pressure areas form due to downward motion through the troposphere, the atmospheric layer where weather occurs.


Context: how is it formed?

Context: Winds within high-pressure areas flow outward from the higher pressure areas near their centers towards the lower pressure areas further from their centers. Gravity adds to the forces. The winds are further twisted due to Coriolis effect.

Question: could i know more about the effect mentioned above?

Answer: This is an apparent, but fictitious, force that arises when an observer is in a rotating reference frame, due to the conservation of angular momentum of the air as it moves towards or away from the Earth's axis of rotation.

Explanation: However, because the planet is rotating, the air flow from center to periphery is not direct, but is twisted due to the Coriolis effect. This is an apparent, but fictitious, force that arises when an observer is in a rotating reference frame, due to the conservation of angular momentum of the air as it moves towards or away from the Earth's axis of rotation. Viewed from above this twist in wind direction is in the opposite direction as the rotation of the planet.

Answer: It  is an apparent, but fictitious, force that arises when an observer is in a rotating reference frame, due to the conservation of angular momentum of the air as it moves towards or away from the Earth's axis of rotation.

Answer: UNANSWERABLE

Answer: It  is a region where the atmospheric pressure at the surface of the planet is greater than its surrounding environment.

Explanation: A high-pressure area, high, or anticyclone, is a region where the atmospheric pressure at the surface of the planet is greater than its surrounding environment.


Context: how is it formed?

Context: could i know more about the effect mentioned above?

Question: how is it related to the wind conditions?

Answer: They are associated with light winds at the surface and subsidence through the lower portion of the troposphere.

Explanation: Highs are frequently associated with light winds at the surface and subsidence through the lower portion of the troposphere.

Answer: In the wind direction it is in the opposite direction as the rotation of the planet.

Explanation: However, because the planet is rotating, the air flow from center to periphery is not direct, but is twisted due to the Coriolis effect. This is an apparent, but fictitious, force that arises when an observer is in a rotating reference frame, due to the conservation of angular momentum of the air as it moves towards or away from the Earth's axis of rotation. Viewed from above this twist in wind direction is in the opposite direction as the rotation of the planet.

Answer: UNANSWERABLE

Answer: Wind flows from areas of high pressure to areas of low pressure, this  is due to density differences between the two air masses

Explanation: Wind flows from areas of high pressure to areas of low pressure. This is due to density differences between the two air masses.


Context: how is it formed?

Context: how is it related to the wind conditions?

Context: They are associated with light winds at the surface and subsidence through the lower portion of the troposphere.

Question: what is the last term used above?

Answer: It is the lowest layer of earth's atmosphere.

Answer: It is the lowest layer of Earth's atmosphere, and is also where nearly all weather conditions take place.

Explanation: The troposphere is the lowest layer of Earth's atmosphere, and is also where nearly all weather conditions take place. It contains 75% of the atmosphere's mass and 99% of the total mass of water vapour and aerosols. The average height of the troposphere is in the tropics, in the middle latitudes, and in the polar regions in winter.

Answer: It is the lowest layer of Earth's atmosphere, and is also where nearly all weather conditions take place.

Answer: The troposphere is the lowest layer of Earth's atmosphere, and is also where nearly all weather conditions take place.


Context: how is it formed?

Context: what is the last term used above?

Context: It is the lowest layer of earth's atmosphere.

Question: what does it consist of?

Answer: Nitrogrn, oxygen, argon, carbon dioxide and small amounts of other gases.

Explanation: By volume, dry air contains 78.08% nitrogen, 20.95% oxygen, 0.93% argon, 0.04% carbon dioxide, and small amounts of other gases.

Answer: t contains 75% of the atmosphere's mass and 99% of the total mass of water vapour and aerosols.

Explanation: It contains 75% of the atmosphere's mass and 99% of the total mass of water vapour and aerosols. The average height of the troposphere is in the tropics, in the middle latitudes, and in the polar regions in winter.

Answer: It contains 75% of the atmosphere's mass and 99% of the total mass of water vapour and aerosols.

Answer: It contains 75% of the atmosphere's mass and 99% of the total mass of water vapour and aerosols

Explanation: . It contains 75% of the atmosphere's mass and 99% of the total mass of water vapour and aerosols.


Context: how is it formed?

Context: what is the last term used above?

Context: what does it consist of?

Context: Nitrogrn, oxygen, argon, carbon dioxide and small amounts of other gases.

Question: who discovered the former from the list above?

Answer: Daniel Rutherford.

Answer: Scottish physician Daniel Rutherford.

Explanation: Nitrogen is the chemical element with the symbol N and atomic number 7. It was first discovered and isolated by Scottish physician Daniel Rutherford in 1772. Although Carl Wilhelm Scheele and Henry Cavendish had independently done so at about the same time, Rutherford is generally accorded the credit because his work was published first. The name "nitrogène" was suggested by French chemist Jean-Antoine-Claude Chaptal in 1790 when it was found that nitrogen was present in nitric acid and nitrates. Antoine Lavoisier suggested instead the name "azote", from the Greek ἀζωτικός "no life", as it is an asphyxiant gas; this name is instead used in many languages, such as French, Italian, Russian, Romanian and Turkish, and appears in the English names of some nitrogen compounds such as hydrazine, azides and azo compounds.

Answer: Daniel Rutherford.

Answer: Daniel Rutherford


Context: how is it formed?

Context: what is the last term used above?

Context: what does it consist of?

Context: who discovered the former from the list above?

Context: Daniel Rutherford.

Question: what are its properties?

Answer: It has seven electrons and one of the highest electronegativities among the elements.

Explanation: A nitrogen atom has seven electrons. In the ground state, they are arranged in the electron configuration 1s2s2p2p2p. It therefore has five valence electrons in the 2s and 2p orbitals, three of which (the p-electrons) are unpaired. It has one of the highest electronegativities among the elements (

Answer: It is a colourless and odorless diatomic gas.

Explanation: Nitrogen is the lightest member of group 15 of the periodic table, often called the pnictogens. It is a common element in the universe, estimated at about seventh in total abundance in the Milky Way and the Solar System. At standard temperature and pressure, two atoms of the element bind to form dinitrogen, a colourless and odorless diatomic gas with the formula N. Dinitrogen forms about 78% of Earth's atmosphere, making it the most abundant uncombined element. Nitrogen occurs in all organisms, primarily in amino acids (and thus proteins), in the nucleic acids (DNA and RNA) and in the energy transfer molecule adenosine triphosphate. The human body contains about 3% nitrogen by mass, the fourth most abundant element in the body after oxygen, carbon, and hydrogen. The nitrogen cycle describes movement of the element from the air, into the biosphere and organic compounds, then back into the atmosphere.

Answer: It is the lightest member of group 15 of the periodic table and is a common element in the universe.

Answer: Colourless and odorless


Context: how is it formed?

Context: what is the last term used above?

Context: what does it consist of?

Context: Daniel Rutherford.

Context: what are its properties?

Context: It has seven electrons and one of the highest electronegativities among the elements.

Question: what are its uses?

Answer: Synthetically produced nitrogenous compounds like ammonia and nitrates are key industrial fertilisers, and fertiliser nitrates are key pollutants in the eutrophication of water systems.

Answer: Synthetically produced ammonia and nitrates are key industrial fertilisers, and fertiliser nitrates are key pollutants in the eutrophication of water systems.

Explanation: Many industrially important compounds, such as ammonia, nitric acid, organic nitrates (propellants and explosives), and cyanides, contain nitrogen. The extremely strong triple bond in elemental nitrogen (N≡N), the second strongest bond in any diatomic molecule after carbon monoxide (CO), dominates nitrogen chemistry. This causes difficulty for both organisms and industry in converting N into useful compounds, but at the same time means that burning, exploding, or decomposing nitrogen compounds to form nitrogen gas releases large amounts of often useful energy. Synthetically produced ammonia and nitrates are key industrial fertilisers, and fertiliser nitrates are key pollutants in the eutrophication of water systems.

Answer: Synthetically produced ammonia and nitrates are key industrial fertilisers, and fertiliser nitrates are key pollutants in the eutrophication of water systems.

Answer: : Many industrially important compounds, such as ammonia, nitric acid, organic nitrates,  and cyanides, contain nitrogen, synthetically  produced ammonia and nitrates are key industrial fertilisers, and fertiliser nitrates are key pollutants in the eutrophication of water systems.


Context: how is it formed?

Context: what is the last term used above?

Context: what does it consist of?

Context: Daniel Rutherford.

Context: what are its properties?

Context: what are its uses?

Context: Synthetically produced nitrogenous compounds like ammonia and nitrates are key industrial fertilisers, and fertiliser nitrates are key pollutants in the eutrophication of water systems.

Question: regarding, the water systems process mentioned by you, is it a natural process?

Answer: It is mostly caused by phosphate and nitrogen from various human sources.

Explanation:
According to Ullmann's Encyclopedia, "the primary limiting factor for eutrophication is phosphate." The availability of phosphorus generally promotes excessive plant growth and decay, favouring simple algae and plankton over other more complicated plants, and causes a severe reduction in water quality. Phosphorus is a necessary nutrient for plants to live, and is the limiting factor for plant growth in many freshwater ecosystems. Phosphate adheres tightly to soil, so it is mainly transported by erosion. Once translocated to lakes, the extraction of phosphate into water is slow, hence the difficulty of reversing the effects of eutrophication. However, numerous literature reports that nitrogen is the primary limiting nutrient for the accumulation of algal biomass.

The sources of these excess phosphates are phosphates in detergent, industrial/domestic run-offs, and fertilizers. With the phasing out of phosphate-containing detergents in the 1970s, industrial/domestic run-off and agricultu

Answer: Yes, it can also be a natural process, particularly in lakes.

Explanation: Although eutrophication is commonly caused by human activities, it can also be a natural process, particularly in lakes. Eutrophy occurs in many lakes in temperate grasslands, for instance. Paleolimnologists now recognise that climate change, geology, and other external influences are critical in regulating the natural productivity of lakes. Some lakes also demonstrate the reverse process (meiotrophication), becoming less nutrient rich with time. The main difference between natural and anthropogenic eutrophication is that the natural process is very slow, occurring on geological time scales.

Answer: Yes.

Explanation: Eutrophication (from Greek "eutrophos", "well-nourished"), dystrophication or hypertrophication, is when a body of water becomes overly enriched with minerals and nutrients which induce excessive growth of algae. This process may result in oxygen depletion of the water body after the bacterial degradation of the algae. One example is an "algal bloom" or great increase of phytoplankton in a pond, lake, river or coastal zone as a response to increased levels of nutrients. Eutrophication is often induced by the discharge of nitrate or phosphate-containing detergents, fertilizers, or sewage into an aquatic system. Lake eutrophication has become a global problem of water pollution. Chlorophyll-a, total nitrogen, total phosphorus, biological or chemical oxygen demand and secchi depth are the main indicators to evaluate lake eutrophication level. Target 14.1 of Sustainable development goal 14 preventing all kinds of marine pollution including nutrient pollution which is eutrophication.

Answer: Yes


Context: how is it formed?

Context: what is the last term used above?

Context: what does it consist of?

Context: Daniel Rutherford.

Context: what are its properties?

Context: what are its uses?

Context: regarding, the water systems process mentioned by you, is it a natural process?

Context: It is mostly caused by phosphate and nitrogen from various human sources.

Question: where is the scientist mentioned above from?

Answer: Scotland.

Explanation: Daniel Rutherford (3 November 1749 – 15 December 1819) was a Scottish physician, chemist and botanist who is known for the isolation of nitrogen in 1772.

Answer: Edinburgh.

Explanation: Rutherford was born on 3 November 1749, the son of Anne Mackay and Professor John Rutherford (1695–1779). He began college at the age of 16 at Mundell's School on the West Bow close to his family home, and then studied medicine under William Cullen and Joseph Black at the University of Edinburgh, graduating with a doctorate (MD) in 1772. From 1775 to 1786 he practiced as a physician in Edinburgh.

Answer: UNANSWERABLE

Answer: UNANSWERABLE


Context: how is it formed?

Context: what is the last term used above?

Context: what does it consist of?

Context: Daniel Rutherford.

Context: what are its properties?

Context: what are its uses?

Context: where is the scientist mentioned above from?

Context: Scotland.

Question: how did he discover the gas?

Answer: By the isolation of the particle.

Answer: He discovered nitrogen by the isolation of the particle in 1772. When Joseph Black was studying the properties of carbon dioxide, he found that a candle would not burn in it.

Explanation: Rutherford discovered nitrogen by the isolation of the particle in 1772. When Joseph Black was studying the properties of carbon dioxide, he found that a candle would not burn in it. Black turned this problem over to his student at the time, Rutherford. Rutherford kept a mouse in a space with a confined quantity of air until it died. Then, he burned a candle in the remaining air until it went out. Afterwards, he burned phosphorus in that, until it would not burn. Then the air was passed through a carbon dioxide absorbing solution. The remaining component of the air did not support combustion, and a mouse could not live in it.

Answer: By the isolation of the particle.

Answer: He discovered nitrogen by the isolation of the particle, when  Joseph Black was studying the properties of carbon dioxide, he found that a candle would not burn in it. Black turned this problem over to his student at the time


Question: what tissue types form the wall of the ureter

Answer: urothelial cells

Answer: The ureter is lined by urothelial cells, a type of transitional epithelium, and has an additional smooth muscle layer in third closest to the bladder that assists with peristalsis.

Explanation: The ureters are tubes made of smooth muscle that propel urine from the kidneys to the urinary bladder. In the human adult, the ureters are usually long and around in diameter. The ureter is lined by urothelial cells, a type of transitional epithelium, and has an additional smooth muscle layer in third closest to the bladder that assists with peristalsis.

Answer: Urothelial cells, smooth muscle

Answer: UNANSWERABLE


Context: what tissue types form the wall of the ureter

Context: urothelial cells

Question: what is ureter?

Answer: The ureters are tubes made of smooth muscle that propel urine from the kidneys to the urinary bladder.

Explanation: The ureters are tubes made of smooth muscle that propel urine from the kidneys to the urinary bladder.

Answer: Tubes made to propel urine from the kidneys to the urinary bladder.

Answer: The ureters are tubes made of smooth muscle that propel urine from the kidneys to the urinary bladder

Answer: They are tubes made of smooth muscle that propel urine from the kidneys to the urinary bladder


Context: urothelial cells

Context: what is ureter?

Context: The ureters are tubes made of smooth muscle that propel urine from the kidneys to the urinary bladder.

Question: what is the size of this tube?

Answer: The ureters are between 1.5 - 6 mm in diameter, and surrounded by a layer of smooth muscle for 1 - 2 cm near their ends just before they enter the bladder.

Explanation: The ureters are between 1.5 - 6 mm in diameter, and surrounded by a layer of smooth muscle for 1 - 2 cm near their ends just before they enter the bladder.

Answer: The ureters are between 1.5 - 6 mm in diameter, and surrounded by a layer of smooth muscle for 1 - 2 cm near their ends just before they enter the bladder.

Answer: They are  between 1.5 - 6 mm in diameter, and surrounded by a layer of smooth muscle for 1 - 2 cm near their ends

Answer: It is between 1.5 - 6 mm in diameter and surrounded by a layer of smooth muscle for 1 - 2 cm


Context: urothelial cells

Context: what is ureter?

Context: what is the size of this tube?

Context: The ureters are between 1.5 - 6 mm in diameter, and surrounded by a layer of smooth muscle for 1 - 2 cm near their ends just before they enter the bladder.

Question: can you name one function of this bladder?

Answer: Urine, excreted by the kidneys, collects in the bladder

Answer: Urine, produced by the kidneys, travels along the ureters to the bladder.

Explanation: The ureters are a component of the urinary system. Urine, produced by the kidneys, travels along the ureters to the bladder. It does this through regular contractions called peristalsis.

Answer: Excretion of urine, urge to release urine

Explanation:
Urine, excreted by the kidneys, collects in the bladder because of drainage from two ureters, before disposal by urination (micturition). Urine leaves the bladder via the urethra, a single muscular tube ending in an opening called the urinary meatus, where it exits the body. Urination involves coordinated muscle changes involving a reflex based in the spine, with higher inputs from the brain. During urination, the destrusor muscle contracts, and the external urinary sphincter and muscles of the perineum relax, allowing urine to pass through the urethra and out of the body.

The urge to pass urine stems from stretch receptors that activate when between 300 - 400 mL urine is held within the bladder. As urine accumulates, the rugae flatten and the wall of the bladder thins as it stretches, allowing the bladder to store larger amounts of urine without a significant rise in internal pressure. Urination is controlled by the pontine micturition center in the brainstem.

Stretch receptors in t

Answer: Urine, produced by the kidneys, travels along the ureters to the bladder


Context: urothelial cells

Context: what is ureter?

Context: what is the size of this tube?

Context: can you name one function of this bladder?

Context: Urine, excreted by the kidneys, collects in the bladder

Question: do mammals also have this bladder?

Answer: Yes, all mammals have a urinary bladder

Explanation: All mammals have a urinary bladder

Answer: Yes. All mammals have a urinary bladder.

Answer: Yes. The mammalian bladder is an organ that regularly stores a hyperosmotic concentration of urine

Explanation:
All mammals have a urinary bladder. This structure begins as an embryonic cloaca. In the vast majority, this eventually becomes differentiated into a dorsal part connected to the intestine and a ventral part which becomes associated with the urinogenital passage and urinary bladder. The only mammals in which this does not take place are the platypus and the spiny anteater both of which retain the cloaca into adulthood.

The mammalian bladder is an organ that regularly stores a hyperosmotic concentration of urine. It therefore is relatively impermeable and has multiple epithelial layers. The urinary bladder of the cetaceans (whales and dolphins) is proportionally smaller than that of land-dwelling mammals.

Answer: Yes

Explanation: All mammals have a urinary bladder.


Context: urothelial cells

Context: what is ureter?

Context: what is the size of this tube?

Context: do mammals also have this bladder?

Context: Yes, all mammals have a urinary bladder

Question: is it also prone to any deadly disease?

Answer: Yes, bladder cancer

Answer: Yes. Cancer of the Bladder.

Explanation: Cancer of the bladder is known as bladder cancer. It is usually due to cancer of the urothelium, the cells that line the surface of the bladder. Bladder cancer is more common after the age of 40, and more common in men than women; other risk factors include smoking and exposure to dyes such as aromatic amines and aldehydes.

Answer: Yes.Bladder cancer

Answer: Yes, Cystitis

Explanation: Cystitis refers to infection or inflammation of the bladder. It commonly occurs as part of a urinary tract infection.


Context: urothelial cells

Context: what is ureter?

Context: what is the size of this tube?

Context: do mammals also have this bladder?

Context: Yes, all mammals have a urinary bladder

Context: is it also prone to any deadly disease?

Context: Yes, bladder cancer

Question: does the tube also have anything to do with the supply of blood?

Answer: Yes, the arteries which supply the ureter vary along its course

Answer: Yes.

Explanation:
The arteries which supply the ureter vary along its course. The upper third of the ureter, closest to the kidney, is supplied by the renal arteries. The middle part of the ureter is supplied by the common iliac arteries, direct branches from the abdominal aorta, and gonadal arteries; the gonadal arteries being the testicular artery in men and the ovarian artery in women. The lower third of the ureter, closest to the bladder, is supplied by branches from the internal iliac arteries, mainly the superior and inferior vesical arteries. The arterial supply can be variable, with arteries that contribute include the middle rectal artery, branches directly from the aorta, and, in women, the uterine and vaginal arteries.

The arteries that supply the ureters end in a network of vessels within the adventitia of the ureters. There are many connections () between the arteries of the ureter, particularly in the adventitia, which means damage to a single vessel does not compromise the blood supply o

Answer: UNANSWERABLE

Answer: Yes, there are arteries which supply the ureter like renal arteries


Context: urothelial cells

Context: what is ureter?

Context: what is the size of this tube?

Context: do mammals also have this bladder?

Context: Yes, all mammals have a urinary bladder

Context: is it also prone to any deadly disease?

Context: Yes, bladder cancer

Context: does the tube also have anything to do with the supply of blood?

Context: Yes, the arteries which supply the ureter vary along its course

Question: do stones also form here?

Answer: Yes, a kidney stone can move from the kidney and become lodged inside the ureter

Explanation: A kidney stone can move from the kidney and become lodged inside the ureter, which can block the flow of urine, as well as cause a sharp cramp in the back, side, or lower abdomen.

Answer: No. But Kidney Stones move from the kidney and become lodged inside the ureter, which can block the flow of urine.

Answer: Yes. A kidney stone can move from the kidney and become lodged inside the ureter.

Answer: Yes, kidney stone can move from the kidney and become lodged inside the ureter


Context: urothelial cells

Context: what is ureter?

Context: what is the size of this tube?

Context: do mammals also have this bladder?

Context: Yes, all mammals have a urinary bladder

Context: is it also prone to any deadly disease?

Context: Yes, bladder cancer

Context: do stones also form here?

Context: Yes, a kidney stone can move from the kidney and become lodged inside the ureter

Question: and what causes this stone to form in this tube?

Answer: UNANSWERABLE

Answer: UNANSWERABLE

Answer: Calcium oxalate and calcium phosphate

Explanation: Most stones are compounds containing calcium such as calcium oxalate and calcium phosphate.

Answer: A kidney stone can move from the kidney and become lodged inside the ureter

Explanation: A kidney stone can move from the kidney and become lodged inside the ureter, which can block the flow of urine, as well as cause a sharp cramp in the back, side, or lower abdomen.


Context: urothelial cells

Context: what is ureter?

Context: what is the size of this tube?

Context: do mammals also have this bladder?

Context: Yes, all mammals have a urinary bladder

Context: is it also prone to any deadly disease?

Context: Yes, bladder cancer

Context: do stones also form here?

Context: and what causes this stone to form in this tube?

Context: UNANSWERABLE

Question: can these tubes also get damaged?

Answer: Yes, Injuries to the ureter can occur after penetrating abdominal injuries, and injuries at high speeds followed by an abrupt stop

Answer: Yes. The ureters can be affected by a number of diseases; including urinary tract infections and kidney stone.

Explanation: The ureters can be affected by a number of diseases; including urinary tract infections and kidney stone. is when a ureter is narrowed, due to for example chronic inflammation. Congenital abnormalities that affect the ureters can include the development of two ureters on the same side, or abnormally placed ureters. Additionally, reflux of urine from the bladder back up the ureters is a condition commonly seen in children.

Answer: Yes. penetrating abdominal injuries,High speed car accident, surgery to nearby structures

Explanation: Injuries to the ureter can occur after penetrating abdominal injuries, and injuries at high speeds followed by an abrupt stop (such as a high speed car accident). The ureter can be injured during surgery to nearby structures. It is injured in 2 per 10,000 cases of vaginal hysterectomies and 13 per 10,000 cases of abdominal hysterectomies, usually near the suspensory ligament of the ovary or near the cardinal ligament, where the ureter runs close to the blood vessels of the uterus.

Answer: Yes, injuries can occur after penetrating abdominal injuries


Context: urothelial cells

Context: what is ureter?

Context: what is the size of this tube?

Context: do mammals also have this bladder?

Context: Yes, all mammals have a urinary bladder

Context: is it also prone to any deadly disease?

Context: Yes, bladder cancer

Context: do stones also form here?

Context: UNANSWERABLE

Context: can these tubes also get damaged?

Context: Yes, Injuries to the ureter can occur after penetrating abdominal injuries, and injuries at high speeds followed by an abrupt stop

Question: what is the function of the abdomen?

Answer: Functionally, the human abdomen is where most of the digestive tract is placed and so most of the absorption and digestion of food occurs here

Answer: The Abdomen is where most of the absorption and digestion of food occurs.

Explanation: Functionally, the human abdomen is where most of the digestive tract is placed and so most of the absorption and digestion of food occurs here.

Answer: Absorption and digestion of food

Answer: It is where most of the digestive tract is placed and so most of the absorption and digestion of food occurs here


Context: urothelial cells

Context: what is ureter?

Context: what is the size of this tube?

Context: do mammals also have this bladder?

Context: Yes, all mammals have a urinary bladder

Context: is it also prone to any deadly disease?

Context: Yes, bladder cancer

Context: do stones also form here?

Context: UNANSWERABLE

Context: can these tubes also get damaged?

Context: what is the function of the abdomen?

Context: Functionally, the human abdomen is where most of the digestive tract is placed and so most of the absorption and digestion of food occurs here

Question: are there any type of exercises for this part of the body?

Answer: Pilates, yoga, T'ai chi, and jogging

Answer: Yes. Pilates, yoga, T'ai chi, and jogging.

Answer: Yes, Pilates, yoga, T'ai chi, and jogging.

Explanation: The abdominal muscles can be worked by practicing disciplines of general body strength such as Pilates, yoga, T'ai chi, and jogging. There are also specific routines which target each of these muscles.

Answer: Yes, Pilates, yoga, T'ai chi, and jogging


Context: urothelial cells

Context: what is ureter?

Context: what is the size of this tube?

Context: do mammals also have this bladder?

Context: Yes, all mammals have a urinary bladder

Context: is it also prone to any deadly disease?

Context: Yes, bladder cancer

Context: do stones also form here?

Context: UNANSWERABLE

Context: can these tubes also get damaged?

Context: what is the function of the abdomen?

Context: are there any type of exercises for this part of the body?

Context: Pilates, yoga, T'ai chi, and jogging

Question: is this part also present in other animals?

Answer: Yes

Answer: Yes.

Explanation:
In arthropods the abdomen is built up of a series of upper plates known as tergites and lower plates known as sternites, the whole being held together by a tough yet stretchable membrane.

The abdomen contains the insect's digestive tract and reproductive organs, it consists of eleven segments in most orders of insects though the eleventh segment is absent in the adult of most higher orders. The number of these segments does vary from species to species with the number of segments visible reduced to only seven in the common honeybee. In the Collembola (Springtails) the abdomen has only six segments.

The abdomen is sometimes highly modified. In Apocrita (bees, ants and wasps), the first segment of the abdomen is fused to the thorax and is called the propodeum. In ants the second segment forms the narrow petiole. Some ants have an additional postpetiole segment, and the remaining segments form the bulbous gaster. The petiole and gaster (abdominal segments 2 and onward) are collectively

Answer: Yes, honeybee, ants

Answer: Yes, in arthropods, Collembola are some


Question: movie about a boy who falls in love with his teacher

Answer: The Boy Next Door.

Explanation: The Boy Next Door is a 2015 American erotic psychological horror thriller film directed by Rob Cohen and written by Isabelle Nuru Dayne and Barbara Curry. The film stars Jennifer Lopez, Ryan Guzman, and Ian Nelson, with John Corbett and Kristin Chenoweth playing supporting roles. Lopez plays a high school teacher named Claire who, in the midst of being separated from her husband (Corbett), has a one-night stand with a younger neighbor (Guzman), who develops a dangerous obsession with her.

Answer: The Boy Next Door

Answer: The Boy Next Door

Answer: The Boy Next Door


Context: movie about a boy who falls in love with his teacher

Context: The Boy Next Door.

Question: were the audience receptive on this film?

Answer: No, it generally negative reviews from film critics.

Explanation: "The Boy Next Door" received generally negative reviews from film critics, who felt that it promised "campy thrills" but did not deliver.

Answer: It received generally negative reviews.

Answer: It received generally negative reviews from film critics, who felt that it promised "campy thrills" but did not deliver.

Answer: No, it eived generally negative reviews from film critics, who felt that it promised "campy thrills" but did not deliver


Context: The Boy Next Door.

Context: were the audience receptive on this film?

Context: No, it generally negative reviews from film critics.

Question: who was the writer?

Answer: Isabelle Nuru Dayne and Barbara Curry.

Answer: Isabelle Nuru Dayne and Barbara Curry.

Answer: Isabelle Nuru Dayne and Barbara Curry.

Answer: Isabelle Nuru Dayne and Barbara Curry

Explanation: The Boy Next Door is a 2015 American erotic psychological horror thriller film directed by Rob Cohen and written by Isabelle Nuru Dayne and Barbara Curry. T


Context: The Boy Next Door.

Context: who was the writer?

Context: Isabelle Nuru Dayne and Barbara Curry.

Question: can you name a few actors who were cast in it?

Answer: Jennifer Lopez, Ryan Guzman, and Ian Nelson, with John Corbett and Kristin Chenoweth.

Answer: Jennifer Lopez, Ryan Guzman, Ian Nelson, John Corbett and Kristin Chenoweth.

Explanation: . The film stars Jennifer Lopez, Ryan Guzman, and Ian Nelson, with John Corbett and Kristin Chenoweth playing supporting roles.

Answer: Jennifer Lopez, Ryan Guzman, and Ian Nelson.

Explanation: The film stars Jennifer Lopez, Ryan Guzman, and Ian Nelson, with John Corbett and Kristin Chenoweth playing supporting roles. Lopez plays a high school teacher named Claire who, in the midst of being separated from her husband (Corbett), has a one-night stand with a younger neighbor (Guzman), who develops a dangerous obsession with her.

Answer: Jennifer Lopez, Ryan Guzman, and Ian Nelson, with John Corbett and Kristin Chenoweth


Context: The Boy Next Door.

Context: who was the writer?

Context: Isabelle Nuru Dayne and Barbara Curry.

Context: can you name a few actors who were cast in it?

Context: Jennifer Lopez, Ryan Guzman, and Ian Nelson, with John Corbett and Kristin Chenoweth.

Question: has the first actor mentioned above, worked in other films?

Answer: Yes, "Maid in Manhattan" and "Gigli", to name a few.

Explanation:
ox office number-one "Maid in Manhattan".

After starring in "Gigli" (2003), a critical and commercial failure

Answer: Gigli, Shall We Dance?, and Monster-in-Law.

Explanation: After starring in "Gigli" (2003), a critical and commercial failure, Lopez subsequently starred in the successful romantic comedies "Shall We Dance?" (2004) and "Monster-in-Law" (2005). Her fifth studio album, "Como Ama una Mujer" (2007), received the highest first-week sales for a debut Spanish album in the United S

Answer: Yes, "Anaconda".

Explanation: . For her first leading role in the 1997 Selena biopic of the same name, Lopez became the first Latin actress to earn over US$1 million for a film. She went on to star in "Anaconda" (1997) and "Out of Sight" (1998), later establishing herself as the highest-paid Latin actress in Hollywood.

Answer: Yes, "Anaconda" (1997) and "Out of Sight" (1998)


Context: The Boy Next Door.

Context: who was the writer?

Context: Isabelle Nuru Dayne and Barbara Curry.

Context: has the first actor mentioned above, worked in other films?

Context: Yes, "Maid in Manhattan" and "Gigli", to name a few.

Question: apart from acting, does this person have another career?

Answer: Yes, she is a singer, dancer, fashion designer, producer, and businesswoman.

Answer: She is also a singer, dancer, fashion designer, producer, and businesswoman.

Explanation: Jennifer Lynn Lopez (born July 24, 1969), also known by her nickname J.Lo, is an American actress, singer, dancer, fashion designer, producer, and businesswoman.

Answer: She was a singer, dancer, fashion designer, producer, and businesswoman.

Answer: Yes, she is a singer, dancer, fashion designer, producer, and businesswoman.


Context: The Boy Next Door.

Context: who was the writer?

Context: Isabelle Nuru Dayne and Barbara Curry.

Context: apart from acting, does this person have another career?

Context: Yes, she is a singer, dancer, fashion designer, producer, and businesswoman.

Question: how was the above movie, "the boy...", promoted?

Answer: Lopez made her largest Hispanic press tour to date in Miami in promotion of "The Boy Next Door". She hoped that the film would appeal to Hispanic markets, due to featuring two Hispanic leads.

Explanation: Lopez made her largest Hispanic press tour to date in Miami in promotion of "The Boy Next Door". She hoped that the film would appeal to Hispanic markets, due to featuring two Hispanic leads, which she stated might not have been possible if a big studio had produced it.

Answer: The theatrical trailer for "The Boy Next Door" was released on September 8, 2014.

Explanation: The theatrical trailer for "The Boy Next Door" was released on September 8, 2014.

Answer: Lopez made her largest Hispanic press tour to date in Miami in promotion of "The Boy Next Door".

Answer: The film's main demographic is women and Latinos. Lopez made her largest Hispanic press tour to date in Miami in promotion

Explanation: The film's main demographic is women and Latinos. Lopez made her largest Hispanic press tour to date in Miami in promotion of "The Boy Next Door".


Context: The Boy Next Door.

Context: who was the writer?

Context: Isabelle Nuru Dayne and Barbara Curry.

Context: how was the above movie, "the boy...", promoted?

Context: Lopez made her largest Hispanic press tour to date in Miami in promotion of "The Boy Next Door". She hoped that the film would appeal to Hispanic markets, due to featuring two Hispanic leads.

Question: who has been her inspiration?

Answer: She was influenced by Tina Turner, James Brown, Michael Jackson, Madonna, Barbra Streisand, and Lady Gaga.

Explanation: Lopez has been influenced by artists such as Tina Turner, James Brown, Michael Jackson, Madonna, Barbra Streisand, and Lady Gaga.

Answer: UNANSWERABLE

Answer: Tina Turner, James Brown, Michael Jackson, Madonna, Barbra Streisand, and Lady Gaga.

Answer: Tina Turner, James Brown, Michael Jackson, Madonna, Barbra Streisand, and Lady Gaga


Context: The Boy Next Door.

Context: who was the writer?

Context: Isabelle Nuru Dayne and Barbara Curry.

Context: who has been her inspiration?

Context: She was influenced by Tina Turner, James Brown, Michael Jackson, Madonna, Barbra Streisand, and Lady Gaga.

Question: what was the start of "kristin's" career?

Answer: She competed in beauty pageants, winning the title of Miss OCU and was the second runner-up in the Miss Oklahoma pageant in 1991.

Explanation: Chenoweth competed in beauty pageants, winning the title of Miss OCU and was the second runner-up in the Miss Oklahoma pageant in 1991.

Answer: In 1997, she made her Broadway debut in "Steel Pier", winning a Theatre World Award, before appearing in "You're a Good Man, Charlie Brown" and "Wicked".

Explanation: In 1997, she made her Broadway debut in "Steel Pier", winning a Theatre World Award, before appearing in "You're a Good Man, Charlie Brown" and "Wicked".

Answer: UNANSWERABLE

Answer: In 1999, she won a Tony Award for her performance as Sally Brown in "You're a Good Man, Charlie Brown" on Broadway.

Explanation: In 1999, she won a Tony Award for her performance as Sally Brown in "You're a Good Man, Charlie Brown" on Broadway.


Context: The Boy Next Door.

Context: who was the writer?

Context: Isabelle Nuru Dayne and Barbara Curry.

Context: who has been her inspiration?

Context: what was the start of "kristin's" career?

Context: She competed in beauty pageants, winning the title of Miss OCU and was the second runner-up in the Miss Oklahoma pageant in 1991.

Question: is she married?

Answer: UNANSWERABLE

Answer: UNANSWERABLE

Answer: UNANSWERABLE

Answer: UNANSWERABLE


Context: The Boy Next Door.

Context: who was the writer?

Context: Isabelle Nuru Dayne and Barbara Curry.

Context: who has been her inspiration?

Context: is she married?

Context: UNANSWERABLE

Question: has she received any accolades for her movies?

Answer: Yes, she received a star on the Hollywood Walk of Fame.

Explanation: Chenoweth received a star on the Hollywood Walk of Fame in 2015. In 2015,

Answer: In 2015, she was inducted as an honorary member of the Sigma Alpha Iota music fraternity's Sigma Theta chapter at Eastman School of Music.

Explanation: In 2015, she was inducted as an honorary member of the Sigma Alpha Iota music fraternity's Sigma Theta chapter at Eastman School of Music.

Answer: She was awarded an honorary doctorate in Performing Arts from the University of North Carolina School of the Arts in 2009.

Explanation: Chenoweth was awarded an honorary doctorate in Performing Arts from the University of North Carolina School of the Arts in 2009,

Answer: Yes, she won a Tony Award,  Emmy Award for Outstanding Supporting Actress in a Comedy Series, etc

Explanation: In 1999, she won a Tony Award for her performance as Sally Brown in "You're a Good Man, Charlie Brown" on Broadway. In 2003, Chenoweth received wide notice for originating the role of Glinda in the musical "Wicked", including a nomination for another Tony. Her television roles have included Annabeth Schott in NBC's "The West Wing" and Olive Snook on the ABC comedy-drama "Pushing Daisies", for which she won a 2009 Emmy Award for Outstanding Supporting Actress in a Comedy Series. She also starred in the ABC TV series "GCB" in 2012.


Context: The Boy Next Door.

Context: who was the writer?

Context: Isabelle Nuru Dayne and Barbara Curry.

Context: who has been her inspiration?

Context: is she married?

Context: UNANSWERABLE

Context: has she received any accolades for her movies?

Context: Yes, she received a star on the Hollywood Walk of Fame.

Question: has the any participant of the above pageant won the national title?

Answer: Yes, 5 participants.

Explanation: Miss Oklahoma has won the Miss America crown on five occasions.

Answer: Addison Price of Edmond

Explanation: Addison Price of Edmond was crowned Miss Oklahoma 2019 on June 8, 2019 at the Hard Rock Hotel and Casino in Tulsa, Oklahoma.

Answer: UNANSWERABLE

Answer: Gene Autry, Bob Hope, Mickey Rooney, Roy Rogers, and Tony Martin

Explanation: The original selection committees chose to recognize some entertainers' contributions in multiple categories with multiple stars. Gene Autry is the only honoree with stars in all five categories. Bob Hope, Mickey Rooney, Roy Rogers, and Tony Martin each have stars in four categories; Rooney has three of his own and a fourth with his eighth wife, Jan, while Rogers also has three of his own, and a fourth with his band, Sons of the Pioneers. Thirty-three people, including Bing Crosby, Frank Sinatra, Jo Stafford, Dean Martin, Dinah Shore, Gale Storm, Danny Kaye, Douglas Fairbanks Jr., and Jack Benny, have stars in three categories.


Context: The Boy Next Door.

Context: who was the writer?

Context: Isabelle Nuru Dayne and Barbara Curry.

Context: who has been her inspiration?

Context: is she married?

Context: UNANSWERABLE

Context: has the any participant of the above pageant won the national title?

Context: Yes, 5 participants.

Question: do you know the years?

Answer: No,

Explanation: The Miss Oklahoma competition selects a winner to compete on behalf of Oklahoma in the Miss America pageant. Miss Oklahoma has won the Miss America crown on five occasions. Also, in the years when city representatives were common, Norma Smallwood won, competing as Miss Tulsa, giving the state of Oklahoma a total of six crowns. Oklahoma is also one of three states to win the Miss America title back to back for two years.

Answer: UNANSWERABLE

Answer: UNANSWERABLE

Answer: 2015

Explanation: . Chenoweth received a star on the Hollywood Walk of Fame in 2015.