dkoterwa/mlqa_filtered huggingface dataset:
Jordan is one of the most marketed sports figures in history. He has been a major spokesman for such brands as Nike, Coca-Cola, Chevrolet, Gatorade, McDonald's, Ball Park Franks, Rayovac, Wheaties, Hanes, and MCI. Jordan has had a long relationship with Gatorade, appearing in over 20 commercials for the company since 1991, including the "Be Like Mike" commercials in which a song was sung by children wishing to be like Jordan.Nike created a signature shoe for him, called the Air Jordan, in 1984. One of Jordan's more popular commercials for the shoe involved Spike Lee playing the part of Mars Blackmon. In the commercials Lee, as Blackmon, attempted to find the source of Jordan's abilities and became convinced that "it's gotta be the shoes". The hype and demand for the shoes even brought on a spate of "shoe-jackings" where people were robbed of their sneakers at gunpoint. Subsequently, Nike spun off the Jordan line into its own division named the "Jordan Brand". The company features an impressive list of athletes and celebrities as endorsers. The brand has also sponsored college sports programs such as those of North Carolina, California, Georgetown, and Marquette.Jordan also has been associated with the Looney Tunes cartoon characters. A Nike commercial shown during 1992's Super Bowl XXVI featured Jordan and Bugs Bunny playing basketball. The Super Bowl commercial inspired the 1996 live action/animated film Space Jam, which starred Jordan and Bugs in a fictional story set during the former's first retirement from basketball. They have subsequently appeared together in several commercials for MCI. Jordan also made an appearance in the music video of Michael Jackson's "Jam" (1992).Jordan's yearly income from the endorsements is estimated to be over forty million dollars. In addition, when Jordan's power at the ticket gates was at its highest point, the Bulls regularly sold out both their home and road games. Due to this, Jordan set records in player salary by signing annual contracts worth in excess of US$30 million per season. An academic study found that Jordan's first NBA comeback resulted in an increase in the market capitalization of his client firms of more than $1 billion.Most of Jordan's endorsement deals, including his first deal with Nike, were engineered by his agent, David Falk. Jordan has described Falk as "the best at what he does" and that "marketing-wise, he's great. He's the one who came up with the concept of 'Air Jordan.'"

Question: What burger restaurant was Jordan a major spokesperson for?
Answer: McDonald's
Jordan married Juanita Vanoy in September 1989, and they had two sons, Jeffrey and Marcus, and a daughter, Jasmine. Jordan and Vanoy filed for divorce on January 4, 2002, citing irreconcilable differences, but reconciled shortly thereafter. They again filed for divorce and were granted a final decree of dissolution of marriage on December 29, 2006, commenting that the decision was made "mutually and amicably". It is reported that Juanita received a $168 million settlement (equivalent to $209 million in 2018), making it the largest celebrity divorce settlement on public record at the time.In 1991, Jordan purchased a lot in Highland Park, Illinois, to build a 56,000 square-foot (5,200 m2) mansion, which was completed four years later. Jordan listed his Highland Park mansion for sale in 2012. His two sons attended Loyola Academy, a private Roman Catholic high school located in Wilmette, Illinois. Jeffrey graduated as a member of the 2007 graduating class and played his first collegiate basketball game on November 11, 2007, for the University of Illinois. After two seasons, Jeffrey left the Illinois basketball team in 2009. He later rejoined the team for a third season, then received a release to transfer to the University of Central Florida, where Marcus was attending. Marcus transferred to Whitney Young High School after his sophomore year at Loyola Academy and graduated in 2009. He began attending UCF in the fall of 2009, and played three seasons of basketball for the school. Jordan's nephew through his brother Larry, Justin Jordan, played Division I basketball at UNC Greensboro.On July 21, 2006, a judge in Cook County, Illinois, determined that Jordan did not owe his alleged former lover Karla Knafel $5 million in a breach of contract claim. Jordan had allegedly paid Knafel $250,000 to keep their relationship a secret. Knafel claimed Jordan promised her $5 million for remaining silent and agreeing not to file a paternity suit after Knafel learned she was pregnant in 1991. A DNA test showed Jordan was not the father of the child.He proposed to his longtime girlfriend, Cuban-American model Yvette Prieto, on Christmas 2011, and they were married on April 27, 2013, at Bethesda-by-the-Sea Episcopal Church. It was announced on November 30, 2013, that the two were expecting their first child together. On February 11, 2014, Prieto gave birth to identical twin daughters named Victoria and Ysabel. Jordan became a grandfather in 2019 when his daughter Jasmine gave birth to a son, whose father is former Indiana Pacer Rakeem Christmas.

Question: What was the name of the daughter of Jordan and Juanita?
Answer: Jasmine
According to the 2011 census, 79.8% of the population of India practice Hinduism. Islam (14.2%), Christianity (2.3%), Sikhism (1.7%), Buddhism (0.7%) and Jainism (0.4%) are the other major religions followed by the people of India. Many tribal religions, such as Sarnaism, are found in India, though these have been affected by major religions such as Hinduism, Buddhism, Islam and Christianity. Jainism, Zoroastrianism, Judaism, and the Bahá'í Faith are also influential but their numbers are smaller. Atheism and agnostics also have visible influence in India, along with a self-ascribed tolerance to other faiths. According to a study conducted by the Pew Research Centre, India will have world's largest populations of Hindus and Muslims by 2050. India is expected to have about 311 million Muslims making up around 19–20% of the population and yet about 1.3 billion Hindus are projected to live in India comprising around 76% of the population.

Question: What percentage is Hinduism practiced by the inhabitants of India?
Answer: 79.8%
Arranged marriages have long been the norm in Indian society. Even today, the majority of Indians have their marriages planned by their parents and other respected family-members. In the past, the age of marriage was young. The average age of marriage for women in India has increased to 21 years, according to 2011 Census of India. In 2009, about 7% of women got married before the age of 18.In most of the marriages the bride's family provide a dowry to the bridegroom. Traditionally, the dowry was considered a woman's share of the family wealth, since a daughter had no legal claim on her natal family's real estate. It also typically included portable valuables such as jewellery and household goods that a bride could control throughout her life. Historically, in most families the inheritance of family estates passed down the male line. Since 1956, Indian laws treat males and females as equal in matters of inheritance without a legal will. Indians are increasingly using a legal will for inheritance and property succession, with about 20 percent using a legal will by 2004.In India, the divorce rate is low — 1% compared with about 40% in the United States. These statistics do not reflect a complete picture, though. There is a dearth of scientific surveys or studies on Indian marriages where the perspectives of both husbands and wives were solicited in-depth. Sample surveys suggest the issues with marriages in India are similar to trends observed elsewhere in the world. The divorce rates are rising in India. Urban divorce rates are much higher. Women initiate about 80 percent of divorces in India.

Question: What percentage of Indians used a legal will by 2004?
Answer: 20 percent
Greetings include Namaste (Hindi and Sanskrit), Namaskar (Hindi), Namaskaara/juhaara in Odia, Namaskar (Marathi), Namaskara (Kannada), Namaskaram (Telugu, Malayalam), Vanakkam (Tamil), Nomoshkaar (Bengali), Nomoskar (Assamese), Aadab (Urdu), and Sat Shri Akal (Punjabi). All these are common spoken greetings or salutations when people meet, and are forms of farewell when they depart. Namaskar is considered slightly more formal than Namaste but both express deep respect. Namaskar is commonly used in India and Nepal by Hindus, Jains and Buddhists, and many continue to use this outside the Indian subcontinent. In Indian and Nepali culture, the word is spoken at the beginning of written or verbal communication. However, the same hands folded gesture may be made wordlessly or said without the folded hand gesture. The word is derived from Sanskrit (namah): to bow, reverential salutation, and respect, and (te): "to you". Taken literally, it means "I bow to you". In Hinduism it means "I bow to the divine in you." In most Indian families, younger men and women are taught to seek the blessing of their elders by reverentially bowing to their elders. This custom is known as Pranāma.

Question: What spoken lexical unit is used frequently by those of Hindu and Buddhist adherents in India and Nepal?
Answer: Namaskar

Question: What language does the word come from?
Answer: Sanskrit
ENIAC could be programmed to perform complex sequences of operations, including loops, branches, and subroutines. However, instead of the stored-program computers that exist today, ENIAC was just a large collection of arithmetic machines, which originally had programs set up into the machine by a combination of plugboard wiring and three portable function tables (containing 1200 ten-way switches each). The task of taking a problem and mapping it onto the machine was complex, and usually took weeks. Due to the complexity of mapping programs onto the machine, programs were only changed after huge numbers of tests of the current program. After the program was figured out on paper, the process of getting the program into ENIAC by manipulating its switches and cables could take days. This was followed by a period of verification and debugging, aided by the ability to execute the program step by step. A programming tutorial for the modulo function using an ENIAC simulator gives an impression of what a program on the ENIAC looked like.ENIAC's six primary programmers, Kay McNulty, Betty Jennings, Betty Snyder, Marlyn Wescoff, Fran Bilas and Ruth Lichterman, not only determined how to input ENIAC programs, but also developed an understanding of ENIAC's inner workings. The programmers were often able to narrow bugs down to an individual failed tube which could be pointed to for replacement by a technician.

Question: What are the programmed ENIAC can perform
Answer: complex sequences of operations, including loops, branches, and subroutines
ENIAC was a modular computer, composed of individual panels to perform different functions. Twenty of these modules were accumulators that could not only add and subtract, but hold a ten-digit decimal number in memory. Numbers were passed between these units across several general-purpose buses (or trays, as they were called). In order to achieve its high speed, the panels had to send and receive numbers, compute, save the answer and trigger the next operation, all without any moving parts. Key to its versatility was the ability to branch; it could trigger different operations, depending on the sign of a computed result.

Question: What type of equipment was ENIAC?
Answer: modular computer
In 1954, the longest continuous period of operation without a failure was 116 hours—close to five days.

Question: How many days is 116 hours approximately?
Answer: five
In March 1948 the converter unit was installed, which made possible programming through the reader from standard IBM cards. The "first production run" of the new coding techniques on the Monte Carlo problem followed in April.  After ENIAC's move to Aberdeen, a register panel for memory was also constructed, but it did not work.  A small master control unit to turn the machine on and off was also added.The programming of the stored program for ENIAC was done by Betty Jennings, Clippinger, Adele Goldstine and others. It was first demonstrated as a stored-program computer in April 1948, running a program by Adele Goldstine for John von Neumann. This modification reduced the speed of ENIAC by a factor of 6 and eliminated the ability of parallel computation, but as it also reduced the reprogramming time to hours instead of days, it was considered well worth the loss of performance. Also analysis had shown that due to differences between the electronic speed of computation and the electromechanical speed of input/output, almost any real-world problem was completely I/O bound, even without making use of the original machine's parallelism. Most computations would still be I/O bound, even after the speed reduction imposed by this modification.

Question: What did the modification eliminate the ability of?
Answer: parallel computation
Several tubes burned out almost every day, leaving ENIAC nonfunctional about half the time. Special high-reliability tubes were not available until 1948. Most of these failures, however, occurred during the warm-up and cool-down periods, when the tube heaters and cathodes were under the most thermal stress. Engineers reduced ENIAC's tube failures to the more acceptable rate of one tube every two days. According to an interview in 1989 with Eckert, "We had a tube fail about every two days and we could locate the problem within 15 minutes."

Question: How often did ENIAC's tubes stop working?
Answer: every two days

Question: How many tubes are more sustainable very two days?
Answer: one
The Bessemer process was the first inexpensive industrial process for the mass production of steel from molten pig iron before the development of the open hearth furnace. The key principle is removal of impurities from the iron by oxidation with air being blown through the molten iron. The oxidation also raises the temperature of the iron mass and keeps it molten.

Question: Prior to the use of open furnaces what allowed steel to be made without high costs?
Answer: The Bessemer process
Around 125 BC, the south of France is conquered by the Romans who called this region Provincia Romana ("Roman Province"), which evolved into the name Provence in French. Brennus' sack of Rome was still remembered by Romans, when Julius Caesar conquered the remainder of Gaul. Initially Caesar met with little Gallic resistance: the 60 or so tribes that made up Gaul were unable to unite and defeat the Roman army, something Caesar exploited by pitting one tribe against another. In 58 BC, Caesar defeated the Germanic tribe of the Suebi, which was led by Ariovistus. The following year he conquered the Belgian Gauls after claiming that they were conspiring against Rome. The string of victories continued in a naval triumph against the Veneti in 56 BC. In 53 BC, a united Gallic resistance movement under Vercingetorix emerged for the first time. Caesar laid siege to the fortified city of Avaricum (Bourges) and broke through the defenses after 25 days, with only 800 out of the 40,000 inhabitants managing to escape.[9] He then besieged Gergovia, Vercingetorix's home town, and suffered one of the worst defeats in his career when he had to retreat to suppress a revolt in another part of Gaul. After returning, Caesar surrounded Vercingetorix at Alesia in 52 BC. The townspeople were starved into submission and Caesar's unique defensive earthworks, protruding towards the city and away from it in order to stop a massive Gallic relief force,[10] eventually forced Vercingetorix to surrender. The Gallic Wars were over.

Question: What type of force had continual triumphs?
Answer: naval
In the last few centuries, French strategic thinking has sometimes been driven by the need to attain or preserve the so-called "natural frontiers," which are the Pyrenees to the southwest, the Alps to the southeast, and the Rhine River to the east.[2] Starting with Clovis, 1,500 years of warfare and diplomacy has witnessed the accomplishment of most of these objectives. Warfare with other European powers was not always determined by these considerations, and often rulers of France extended their continental authority far beyond these barriers, most notably under Charlemagne, Louis XIV, and Napoleon.[3] These periods of incessant conflict were characterized by their own standards and conventions, but all required strong central leadership in order to permit the extension of French rule.[4] Important military rivalries in human history have come about as a result of conflict between French peoples and other European powers. Anglo-French rivalry, for prestige in Europe and around the world, continued for centuries, while the more recent Franco-German rivalry required two world wars to stabilize.[5]

Question: For approximately how long did the Anglo-French rivalry last?
Answer: centuries
Starting in the early 16th century, much of France's military efforts were dedicated to securing its overseas possessions and putting down dissent among both French colonists and native populations. French troops were spread all across its empire, primarily to deal with the local population. The French colonial empire ultimately disintegrated after the failed attempt to subdue Algerian nationalists in the late 1950s, a failure that led to the collapse of the Fourth Republic.[6]  Since World War II, France's efforts have been directed at maintaining its status as a great power and its influence on the UN Security Council. France has also been instrumental in attempting to unite the armed forces of Europe for their own defense in order to both balance the power of Russia and to lessen European military dependence on the United States. For example, France withdrew from NATO in 1966 over complaints that its role in the organization was being subordinated to the demands of the United States.[7] French objectives in this era have undergone major shifts. Unencumbered by continental wars or intricate alliances, France now deploys its military forces as part of international peacekeeping operations, security enforcers in former colonies, or maintains them combat ready and mobilized to respond to threats from rogue states. France is a nuclear power with the largest nuclear arsenal in Europe, and its nuclear capabilities, just like its conventional forces, have been restructured to rapidly deal with emerging threats.[8]

Question: Which country has taken great strides to decrease the dependence of Europe on the United States when it comes to military functions?
Answer: France
Under Charlemagne the Franks reached the height of their power. After campaigns against Lombards, Avars, Saxons, and Basques, the resulting Carolingian Empire stretched from the Pyrenees to Central Germany, from the North Sea to the Adriatic. In 800 the Pope made Charlemagne Emperor of the West in return for protection of the Church. The Carolingian Empire was a conscious effort to recreate a central administration modeled on that of the Roman Empire,[13] but the motivations behind military expansion differed. Charlemagne hoped to provide his nobles an incentive to fight by encouraging looting on campaign. Plunder and spoils of war were stronger temptations than imperial expansion, and several regions were invaded over and over in order to bolster the coffers of Frankish nobility.[14] Cavalry dominated the battlefields, and while the high costs associated with equipping horses and horse-riders helped limit their numbers, Carolingian armies maintained an average size of 20,000 by recruiting infantry from imperial territories near theaters of operation.[15] The Empire lasted from 800 to 843, when, following Frankish tradition, it was split between the sons of Louis the Pious by the Treaty of Verdun.

Question: what year did the pope make Charlemagne emperor?
Answer: 800

Question: What area was encompassed by the Carolingian Empire?
Answer: Pyrenees to Central Germany, from the North Sea to the Adriatic

Question: What government was the Carolingian Empire inspired by?
Answer: the Roman Empire
2016, Online MBA ranked number 1 for global online rankings. MBA and EMBA programs were elected as top tier European programs.

Question: What organization was given the rank of 1 in global online rankings?
Answer: Online MBA

Question: Which programs are considered the best in Europe?
Answer: MBA and EMBA
In control engineering, a state-space representation is a mathematical model of a physical system as a set of input, output and state variables related by first-order differential equations or difference equations. State variables are variables whose values evolve through time in a way that depends on the values they have at any given time and also depends on the externally imposed values of input variables. Output variables’ values depend on the values of the state variables.

Question: What is a state-space representation in control engineering?
Answer: mathematical model of a physical system as a set of input, output and state variables related by first-order differential equations or difference equations
An accompanying music video for the song was directed by Henry Scholfield and premiered through Lipa's YouTube account on 7 July 2017. It shows the artist staying in a hotel room with her friends, who prevent her from getting back together with her former boyfriend. The visual gained the attention of many music critics, who commended its themes of female empowerment. It was nominated for Song of the Year and Best Choreography at the 2018 MTV Video Music Awards. The track's commercial success has been attributed to the popularity of the music video. Lipa has performed "New Rules" during awards ceremonies such as the BBC Radio 1 Teen Awards and the 2018 Brit Awards, and also included it on the set list of her tour, The Self-Titled Tour (2017–18).

Question: What is the roles of the artist's friends in the video?
Answer: prevent her from getting back together with her former boyfriend

Question: Who directed the music video?
Answer: Henry Scholfield