BUNNY6472/databricks-dolly-15k huggingface dataset:
The concept of the electric field was introduced by Michael Faraday. An electric field is created by a charged body in the space that surrounds it, and results in a force exerted on any other charges placed within the field. The electric field acts between two charges in a similar manner to the way that the gravitational field acts between two masses, and like it, extends towards infinity and shows an inverse square relationship with distance. However, there is an important difference. Gravity always acts in attraction, drawing two masses together, while the electric field can result in either attraction or repulsion. Since large bodies such as planets generally carry no net charge, the electric field at a distance is usually zero. Thus gravity is the dominant force at distance in the universe, despite being much weaker.
An electric field generally varies in space and its strength at any one point is defined as the force (per unit charge) that would be felt by a stationary, negligible charge if placed at that point. The conceptual charge, termed a 'test charge', must be vanishingly small to prevent its own electric field disturbing the main field and must also be stationary to prevent the effect of magnetic fields. As the electric field is defined in terms of force, and force is a vector, having both magnitude and direction, so it follows that an electric field is a vector field.
The study of electric fields created by stationary charges is called electrostatics. The field may be visualised by a set of imaginary lines whose direction at any point is the same as that of the field. This concept was introduced by Faraday, whose term 'lines of force' still sometimes sees use. The field lines are the paths that a point positive charge would seek to make as it was forced to move within the field; they are however an imaginary concept with no physical existence, and the field permeates all the intervening space between the lines. Field lines emanating from stationary charges have several key properties: first, that they originate at positive charges and terminate at negative charges; second, that they must enter any good conductor at right angles, and third, that they may never cross nor close in on themselves.

Instruction: Based on the following passage what is the more dominant force in the universe?
Response: Gravity is the dominant force at distance in the universe, despite being much weaker.
Betty Branch earned her Bachelor of Arts in Studio Art (1979) and Master of Arts in Liberal Studies (1987) from Hollins University and completed additional studies with artists Denis Knight and Georgiana Mailoff, and at Miles and Generalis Sculptural Services. She lives and works in Roanoke, Virginia. Her first retrospective exhibition, Betty Branch: Through the Crow's Eye, a Retrospective, presented the artist's work in bronze, marble, porcelain, works on paper, and performance pieces.

Instruction: Extract all the names of people that Betty worked with from the text.
Response: Denis Knight, Georgiana Mailoff
Japan (Japanese: 日本, Nippon or Nihon,[nb 1] and formally 日本国, Nihonkoku)[nb 2] is an island country in East Asia. It is situated in the northwest Pacific Ocean and is bordered on the west by the Sea of Japan, extending from the Sea of Okhotsk in the north toward the East China Sea, Philippine Sea, and Taiwan in the south. Japan is a part of the Ring of Fire, and spans an archipelago of 14,125 islands, with the five main islands being Hokkaido, Honshu (the "mainland"), Shikoku, Kyushu, and Okinawa. Tokyo is the nation's capital and largest city, followed by Yokohama, Osaka, Nagoya, Sapporo, Fukuoka, Kobe, and Kyoto.

Instruction: How is Japan written in Japanese?
Response: Japan is written in Japanese as 日本.
Caracas (/kəˈrækəs, -ˈrɑːk-/, Spanish: [kaˈɾakas]), officially Santiago de León de Caracas, abbreviated as CCS, is the capital and largest city of Venezuela, and the center of the Metropolitan Region of Caracas (or Greater Caracas). Caracas is located along the Guaire River in the northern part of the country, within the Caracas Valley of the Venezuelan coastal mountain range (Cordillera de la Costa). The valley is close to the Caribbean Sea, separated from the coast by a steep 2,200-meter-high (7,200 ft) mountain range, Cerro El Ávila; to the south there are more hills and mountains. The Metropolitan Region of Caracas has an estimated population of almost 5 million inhabitants.

Instruction: What is Caracas?
Response: Caracas (/kəˈrækəs, -ˈrɑːk-/, Spanish: [kaˈɾakas]), officially Santiago de León de Caracas, abbreviated as CCS, is the capital and largest city of Venezuela, and the center of the Metropolitan Region of Caracas (or Greater Caracas). Caracas is located along the Guaire River in the northern part of the country, within the Caracas Valley of the Venezuelan coastal mountain range (Cordillera de la Costa). The valley is close to the Caribbean Sea, separated from the coast by a steep 2,200-meter-high (7,200 ft) mountain range, Cerro El Ávila; to the south there are more hills and mountains. The Metropolitan Region of Caracas has an estimated population of almost 5 million inhabitants.

The center of the city is Catedral, located near Bolívar Square, though some consider the center to be Plaza Venezuela, located in the Los Caobos area. Businesses in the city include service companies, banks, and malls. Caracas has a largely service-based economy, apart from some industrial activity in its metropolitan area. The Caracas Stock Exchange and Petróleos de Venezuela (PDVSA) are headquartered in Caracas. Empresas Polar is the largest private company in Venezuela. Caracas is also Venezuela's cultural capital, with many restaurants, theaters, museums, and shopping centers. Caracas has some of the tallest skyscrapers in Latin America, such as the Parque Central Towers. The Museum of Contemporary Art of Caracas is one of the most important in South America.
The sauna in Finland is an old phenomenon and its roots are difficult to trace, but its earliest versions are believed to be from 7000 BC.[citation needed] Bath houses were recorded in Europe during the same time period, but Finnish bathing habits were poorly documented for most of history. One of the first written mentions of what is believed to be the sauna customs of the forefathers of the Finns was written by Nestor the Chronicler in 1112. He told of "hot wooden saunas in which naked bathers beat themselves with branches and finally pour cold water over themselves".

During the Reformation in Scandinavia the popularity of saunas expanded to other countries because the European bath houses were being destroyed.

One reason the sauna culture has always flourished in Finland has been because of the versatility of the sauna. When people were moving, the first thing they did was to build a sauna. Finns have used the sauna to live in, eat, address matters of hygiene, and, most importantly, give birth in an almost sterile environment. Unlike many other, more densely populated places in Europe, the availability of wood needed to build and warm the sauna has never been an issue. Another reason for its popularity is that in such a cold climate, the sauna allows people warmth for at least a short period of time. However, it is just as popular in the summer as in the winter.

Instruction: What is one of the first recorded mentions of the sauna in Finnish literature?
Response: Nestor the Chronicler in 1112. He told of "hot wooden saunas in which naked bathers beat themselves with branches and finally pour cold water over themselves"".
Above Suspicion is a 2019 American crime thriller film directed by Phillip Noyce, from a screenplay by Chris Gerolmo, based upon Joe Sharkey's non-fiction book of the same name revolving around the murder of Susan Smith. It stars Emilia Clarke, Jack Huston, Sophie Lowe, Austin Hébert, Karl Glusman, Chris Mulkey, Omar Miller, Kevin Dunn, Thora Birch and Johnny Knoxville.

It was released in the United States on May 7, 2021, by Lionsgate.

Plot
An ambitious rookie agent is assigned to an FBI field office in the run-down town of Pikeville, Kentucky. The married man recruits a local drug-addicted woman as his informant and gets involved with her, thereby setting in motion a downward spiral of jealousy, betrayal and violence.

Instruction: What is the plot of the movie above suspicion
Response: Above Suspicion is a 2019 American crime thriller film directed by Phillip Noyce, from a screenplay by Chris Gerolmo, based upon Joe Sharkey's non-fiction book of the same name revolving around the murder of Susan Smith. It stars Emilia Clarke, Jack Huston, Sophie Lowe, Austin Hébert, Karl Glusman, Chris Mulkey, Omar Miller, Kevin Dunn, Thora Birch and Johnny Knoxville.

It was released in the United States on May 7, 2021, by Lionsgate.

An ambitious rookie agent is assigned to an FBI field office in the run-down town of Pikeville, Kentucky. The married man recruits a local drug-addicted woman as his informant and gets involved with her, thereby setting in motion a downward spiral of jealousy, betrayal and violence.
Flying trapeze refers to a trapeze act where a performer, or "flyer," grabs the trapeze bar and jumps off a high platform, or pedestal board, so that gravity creates the swing. The swing's parts are the "force out" (sometimes called the "cast out") at the far end of the first swing, the beat back and the rise (also known as "seven") as the performer swings back above the pedestal board, and then the trick is thrown at the far end of the second swing. The performer often releases the bar and is caught by another performer, the "catcher," who hangs by their knees on another trapeze, or sometimes on a cradle, which can be either stationary or also swinging. People of any size are able to execute basic trapeze maneuvers. Flying trapeze is generally done over a net, or occasionally over water. However, some smaller rigs, usually created for teaching purposes, use mats instead of a net.

Instruction: What is flying trapeze?
Response: Flying trapeze is a performance act where a "flyer" uses a trapeze bar to swing from a high platform, using gravity to create a swing.  The performer then releases the bar and is caught by another performer who is hanging by their knees (the "catcher") on another trapeze bar.
Iolaus crawshayi, the Crawshay's sapphire, is a butterfly in the family Lycaenidae. It is found in Ethiopia, Somalia, Kenya, Uganda, the Democratic Republic of the Congo and Tanzania. The habitat consists of moist savanna.

The larvae feed on the young leaves of Erianthemum dregei and Phragmanthera usuiensis. They are dull dirty whitish green or brown.

Instruction: What kind of animal is the Iolaus crawshayi
Response: Iolaus crawshayi, the Crawshay's sapphire, is a butterfly in the family Lycaenidae. It is found in Ethiopia, Somalia, Kenya, Uganda, the Democratic Republic of the Congo and Tanzania.
The habitat consists of moist savanna.

The larvae feed on the young leaves of Erianthemum dregei and Phragmanthera usuiensis. They are dull dirty whitish green or brown.
LaVelle Smith Jr is an American choreographer and dancer. Known for his work in the music videos of singers such as En Vogue, Michael Jackson, Janet Jackson and Beyoncé Knowles, Smith has won the MTV Video Music Award for Best Choreography five times.

Instruction: Who is LaVelle Smith Jr.?
Response: LaVelle Smith Jr is an American choreographer and dancer. Known for his work in the music videos of singers such as En Vogue, Michael Jackson, Janet Jackson and Beyoncé Knowles, Smith has won the MTV Video Music Award for Best Choreography five times.
Smith had originally wanted to pursue a career in drama, auditioning at the Youth Performing Arts School in Louisville, Kentucky. Upon failing the audition, Smith was given the option to study dance. Graduating from YPAS in 1983, Smith moved to Chicago and was employed by Gus Giordano in the dance troupe Giordano Jazz Dance Chicago. Unhappy with the level of pay, Smith auditioned for numerous dancing roles, while facing racial prejudice. "When that happens, you realize that you have to be even better or move to L.A. where it doesn't matter," he said later.

Noticed by singer Michael Jackson, Smith landed a job as a dancer before becoming his choreographer. Smith worked on three of Jackson's world tours; Bad, Dangerous and HIStory. He also worked as a choreographer in Michael Jackson's Ghosts, and for the musical Thriller - Live.

Smith appeared on the concert tours of The Rolling Stones, Diana Ross and Janet Jackson's Rhythm Nation 1814 Tour. Smith also worked for Victoria Beckham after the Spice Girl made a return as a solo artist.

Smith was awarded four MTV Video awards for co-choreographing En Vogue's music videos "My Lovin'" (1992), "Free Your Mind" (1993), "Whatta Man" (1994) and Michael Jackson's duet with sister Janet, "Scream" (1995). The music video for Beyoncé's "Crazy in Love" won Smith his fifth MTV Video Music Award for Best Choreography in 2003.

His other awards include a SSDC Bob Fosse award and an Emmy award. Smith was also the youngest inductee into the Millers Gallery of Greats.

Smith has choreographed Invincible: A Glorious Tribute To Michael Jackson featuring Jeffrey Perez and Pete Carter.

Smith's work with Michael Jackson is the subject of the 2019 documentary film The Man Behind The Dance.
The Spanish Civil War broke out in 1936: on 17 and 18 July, part of the military carried out a coup d'état that triumphed in only part of the country. The situation led to a civil war, in which the territory was divided into two zones: one under the authority of the Republican government, that counted on outside support from the Soviet Union and Mexico (and from International Brigades), and the other controlled by the putschists (the Nationalist or rebel faction), most critically supported by Nazi Germany and Fascist Italy. The Republic was not supported by the Western powers due to the British-led policy of non-intervention. General Francisco Franco was sworn in as the supreme leader of the rebels on 1 October 1936. An uneasy relationship between the Republican government and the grassroots anarchists who had initiated a partial Social revolution also ensued.


Republican volunteers at Teruel, 1936
The civil war was viciously fought and there were many atrocities committed by all sides. The war claimed the lives of over 500,000 people and caused the flight of up to a half-million citizens from the country. On 1 April 1939, five months before the beginning of World War II, the rebel side led by Franco emerged victorious, imposing a dictatorship over the whole country. Thousands of men and women were imprisoned after the civil war in Francoist concentration camps, with approximately 367,000 to 500,000 prisoners being held in 50 camps or prisons.

Instruction: Give me a brief summary of the spanish civil war
Response: The Spanish Civil War started on the 17th and 18th of July 1936 due to a coup d'etat by the military that divided the country into two zones, one side led by the republican government, the other controlled by the putschists (nationalists). The war claimed 500,000 lives and caused a mass exodus of up to 500,000 more. It ended on the 1st of April 1939 with the nationalists taking control of the country, imposing a dictatorship led by General Franco.
The Class 15E 4-8-2 Mountain type mixed traffic steam locomotive was a refinement of the Classes 15C and 15CA. It was designed by A.G. Watson, Chief Mechanical Engineer (CME) of the South African Railways (SAR) from 1929 to 1936, and incorporated many of the improvements which had been developed by him, some of which were a vastly enlarged standardised boiler, a large and wide fire grate and a Watson cab.

Instruction: Who designed the South African Class 15E 4-8-2 locomotive?
Response: The designer of the South African Class 15E 4-8-2 locomotive was A.G. Watson, Chief Mechanical Engineer of the South African Railways.
Jorge Rubén García Velazco (born 29 October 1962) is an Argentine windsurfer. He competed at the 1984 Summer Olympics and the 1988 Summer Olympics.

Instruction: How many times did Jorge compete in the Olympics?
Response: Two times
Tina Turner (born Anna Mae Bullock; November 26, 1939) is an American-born and naturalized Swiss retired singer, dancer and actress. Widely referred to as the "Queen of Rock 'n' Roll", she rose to prominence as the lead singer of the Ike & Tina Turner Revue before launching a successful career as a solo performer.

Turner began her career with Ike Turner's Kings of Rhythm in 1957. Under the name Little Ann, she appeared on her first record, "Boxtop", in 1958. In 1960, she debuted as Tina Turner with the hit duet single "A Fool in Love". The duo Ike & Tina Turner became "one of the most formidable live acts in history". They released hits such as "It's Gonna Work Out Fine", "River Deep – Mountain High", "Proud Mary", and "Nutbush City Limits" before disbanding in 1976.

Instruction: Who is Tina Turner
Response: Tina Turner was born as Anna Mae Bullock on November 26, 1939 and is an American-born and naturalized Swiss retired singer, dancer and actress. Widely referred to as the Queen of Rock 'n' Roll, she rose to prominence as the lead singer of the Ike & Tina Turner Revue before launching a successful career as a solo performer.
Anime differs from other forms of animation by its art styles, methods of animation, its production, and its process. Visually, anime works exhibit a wide variety of art styles, differing between creators, artists, and studios. While no single art style predominates anime as a whole, they do share some similar attributes in terms of animation technique and character design.

Anime is fundamentally characterized by the use of limited animation, flat expression, the suspension of time, its thematic range, the presence of historical figures, its complex narrative line and, above all, a peculiar drawing style, with characters characterized by large and oval eyes, with very defined lines, bright colors and reduced movement of the lips

The cinematic effects of anime differentiates itself from the stage plays found in American animation. Anime is cinematically shot as if by camera, including panning, zooming, distance and angle shots to more complex dynamic shots that would be difficult to produce in reality. In anime, the animation is produced before the voice acting, contrary to American animation which does the voice acting first.

Instruction: Given this passage from wikipedia about the attributes of Japanese Anime, summarize the key differences between Japanese anime and other forms of animation
Response: Anime separates itself from other forms of animation through its depiction of characters, as well as portrayal of cinematic effects. Characters in anime are often drawn with very well defined features, highlighted by bold lines and bright colors, along with large oval eyes. Cinematic effects are often highlighted by dynamic shots, including panning, zooming, angle shots, as if the scene was shot on a camera.
As of 2021, the power and capacity of the largest individual battery storage power plants is an order of magnitude less than that of the largest pumped storage power plants, the most common form of grid energy storage. For example, the Bath County Pumped Storage Station, the second largest in the world, can store 24GWh of electricity and dispatch 3GW while the first phase of Vistra Energy's Moss Landing Energy Storage Facility can store 1.2GWh and dispatch 300MW. Grid batteries do not however have to be large, and smaller ones can be deployed widely across a grid for greater redundancy.

As of 2019, battery power storage is cheaper than open cycle gas turbine power for use up to two hours, and there was around 365 GWh of battery storage deployed worldwide, growing extremely rapidly. Levelized cost of electricity from battery storage has fallen rapidly, halving in two years to US$150 per MWh as of 2020.

Instruction: Given these paragraphs about battery storage power stations, what was the levelized cost of electricity from battery storage as of 2020?
Response: US$150 per MWh.
Johannes Vermeer (/vərˈmɪər, vərˈmɛər/ vər-MEER, vər-MAIR, Dutch: [vərˈmeːr], see below; also known as Jan Vermeer; October 1632 – 15 December 1675) was a Dutch Baroque Period painter who specialized in domestic interior scenes of middle-class life. During his lifetime, he was a moderately successful provincial genre painter, recognized in Delft and The Hague. Nonetheless, he produced relatively few paintings and evidently was not wealthy, leaving his wife and children in debt at his death.

Vermeer worked slowly and with great care, and frequently used very expensive pigments. He is particularly renowned for his masterly treatment and use of light in his work.

"Almost all his paintings", Hans Koningsberger wrote, "are apparently set in two smallish rooms in his house in Delft; they show the same furniture and decorations in various arrangements and they often portray the same people, mostly women."

His modest celebrity gave way to obscurity after his death. He was barely mentioned in Arnold Houbraken's major source book on 17th-century Dutch painting (Grand Theatre of Dutch Painters and Women Artists) and was thus omitted from subsequent surveys of Dutch art for nearly two centuries. In the 19th century, Vermeer was rediscovered by Gustav Friedrich Waagen and Théophile Thoré-Bürger, who published an essay attributing 66 pictures to him, although only 34 paintings are universally attributed to him today. Since that time, Vermeer's reputation has grown, and he is now acknowledged as one of the greatest painters of the Dutch Golden Age.

Similar to other major Dutch Golden Age artists such as Frans Hals and Rembrandt, Vermeer never went abroad. Also, like Rembrandt, he was an avid art collector and dealer.

Instruction: Where are Vermeer's paintings set
Response: Most paintings by Johannes Vermeer are set in Delft in the Netherlands.
Summer is traditionally associated with hot or warm weather. In Mediterranean climates, it is also associated with dry weather, while in other places (particularly in Eastern Asia because of the monsoon) it is associated with rainy weather. The wet season is the main period of vegetation growth within the savanna climate regime. Where the wet season is associated with a seasonal shift in the prevailing winds, it is known as a monsoon.
In the northern Atlantic Ocean, a distinct tropical cyclone season occurs from 1 June to 30 November. The statistical peak of the Atlantic hurricane season is 10 September. The Northeast Pacific Ocean has a broader period of activity, but in a similar timeframe to the Atlantic. The Northwest Pacific sees tropical cyclones year-round, with a minimum in February and March and a peak in early September. In the North Indian basin, storms are most common from April to December, with peaks in May and November. In the Southern Hemisphere, the tropical cyclone season runs from the start of November until the end of April with peaks in mid-February to early March.
Thunderstorm season in the United States and Canada runs in the spring through summer but sometimes can run as late as October or even November in the fall. These storms can produce hail, strong winds and tornadoes, usually during the afternoon and evening.

Instruction: Based on the following passage in which months of the year are storms most common in the North Indian basin?
Response: In the North Indian basin, storms are most common from April to December, with peaks in May and November.
The geologic time scale is a way of representing deep time based on events that have occurred throughout Earth's history, a time span of about 4.54 ± 0.05 Ga (4.54 billion years). It chronologically organizes strata, and subsequently time, by observing fundamental changes in stratigraphy that correspond to major geological or paleontological events. For example, the Cretaceous–Paleogene extinction event, marks the lower boundary of the Paleogene System/Period and thus the boundary between the Cretaceous and Paleogene Systems/Periods. For divisions prior to the Cryogenian, arbitrary numeric boundary definitions (Global Standard Stratigraphic Ages, GSSAs) are used to divide geologic time. Proposals have been made to better reconcile these divisions with the rock record.

Instruction: How old is the Earth?
Response: Earth is about 4.54 billion years old.
In the mathematical area of graph theory, a clique is a subset of vertices of an undirected graph such that every two distinct vertices in the clique are adjacent. That is, a clique of a graph  G is an induced subgraph of  G that is complete. Cliques are one of the basic concepts of graph theory and are used in many other mathematical problems and constructions on graphs. Cliques have also been studied in computer science: the task of finding whether there is a clique of a given size in a graph (the clique problem) is NP-complete, but despite this hardness result, many algorithms for finding cliques have been studied.

Although the study of complete subgraphs goes back at least to the graph-theoretic reformulation of Ramsey theory by Erdős & Szekeres (1935), the term clique comes from Luce & Perry (1949), who used complete subgraphs in social networks to model cliques of people; that is, groups of people all of whom know each other. Cliques have many other applications in the sciences and particularly in bioinformatics.

Instruction: What is a clique in graph theory?
Response: In graph theory, a clique is a subset of vertices of an undirected graph such that every two distinct vertices in the clique are adjacent.
Several factors of the GPU's construction enter into the performance of the card for real-time rendering. Common factors can include the size of the connector pathways in the semiconductor device fabrication, the clock signal frequency, and the number and size of various on-chip memory caches. Additionally, the number of Streaming Multiprocessors (SM) for NVidia GPUs, or Compute Units (CU) for AMD GPUs, which describe the number of core on-silicon processor units within the GPU chip that perform the core calculations, typically working in parallel with other SM/CUs on the GPU. Performance of GPUs are typically measured in floating point operations per second or FLOPS, with GPUs in the 2010s and 2020s typically delivering performance measured in teraflops (TFLOPS). This is an estimated performance measure as other factors can impact the actual display rate.

Instruction: Based on this passage, please extract a bulleted list of the factors of GPU's constructions that enter into the performance of the card for real-time rendering.
Response: -The size of the connector pathways in the semiconductor device fabrication
-The clock signal frequency
-The number/size of various on-chip memory caches
-Number of SM or CU GPUs
The nene (Branta sandvicensis), also known as the nēnē or the Hawaiian goose, is a species of bird endemic to the Hawaiian Islands. The nene is exclusively found in the wild on the islands of Oahu, Maui, Kauaʻi, Molokai, and Hawaiʻi. In 1957, it was designated as the official state bird of the state of Hawaiʻi.

Instruction: What is the official bird of the State of Hawaii?
Response: The nene, also know as the Hawaiian goose is the official bird of the state of Hawaii.
"Dona nobis pacem" (Ecclesiastical Latin: [ˈdona ˈnobis ˈpatʃem], "Give us peace") is a round for three parts to a short Latin text from the Agnus Dei. The melody has been passed orally. The round is part of many hymnals and songbooks. Beyond use at church, the round has been popular for secular quests for peace, such as the reunification of Germany.

Instruction: Given the following paragraph about Latin Text, what does "Dona nobis pacem" mean in English?
Response: "Give us peace"
Göbekli Tepe (Turkish: [ɟœbecˈli teˈpe], "Potbelly Hill"; known as Girê Mirazan or Xirabreşkê in Kurdish) is a Neolithic archaeological site in the Southeastern Anatolia Region of Turkey. Dated to the Pre-Pottery Neolithic, between c. 9500 and 8000 BCE, the site comprises a number of large circular structures supported by massive stone pillars – the world's oldest known megaliths. Many of these pillars are richly decorated with figurative anthropomorphic details, clothing, and reliefs of wild animals, providing archaeologists rare insights into prehistoric religion and the particular iconography of the period. The 15 m (50 ft)-high, 8 ha (20-acre) tell also includes many smaller buildings, quarries, and stone-cut cisterns from the Neolithic, as well as some traces of activity from later periods.

Instruction: What is Gobekli Tepe?
Response: Gobekli Tepe is a neolithic archaeological site located in the Anatolia region of Turkey. It is the world's oldest known megalith, dating as far back as 12000 years.
Age of Empires II: The Age of Kings is a real-time strategy video game developed by Ensemble Studios and published by Microsoft. Released in 1999 for Microsoft Windows and Macintosh, it is the second game in the Age of Empires series. The Age of Kings is set in the Middle Ages and contains thirteen playable civilizations. Players aim to gather resources, which they use to build towns, create armies, and defeat their enemies. There are five historically based campaigns, which conscript the player to specialized and story-backed conditions, as well as three additional single-player game modes; multiplayer is also supported.

Instruction: Extract who developed Age of Empires 2 and the year it was released from the following text and separate them with a comma
Response: Ensemble Studios, 1999
Electronics deals with electrical circuits that involve active electrical components such as vacuum tubes, transistors, diodes, sensors and integrated circuits, and associated passive interconnection technologies. The nonlinear behaviour of active components and their ability to control electron flows makes digital switching possible, and electronics is widely used in information processing, telecommunications, and signal processing. Interconnection technologies such as circuit boards, electronics packaging technology, and other varied forms of communication infrastructure complete circuit functionality and transform the mixed components into a regular working system.
Today, most electronic devices use semiconductor components to perform electron control. The underlying principles that explain how semiconductors work are studied in solid state physics, whereas the design and construction of electronic circuits to solve practical problems are part of electronics engineering.

Instruction: Extract 3 areas based on the following passage where electronics is widely used.
Response: Electronics is widely used in 
1. information processing, 
2. telecommunications, and 
3. signal processing.
The population of Puerto Rico according to the 2020 census was 3,285,874, an 11.8% decrease since the 2010 United States Census. The commonwealth's population peaked in 2000, when it was 3,808,610, before declining (for the first time in census history) to 3,725,789 in 2010. Emigration due to economic difficulties and natural disasters, coupled with a low birth rate, have caused the population decline to continue in recent years.

Instruction: How much has the population of Puerto Rico been growing?
Response: The population of Puerto Rico decreased 11.8% between 2010 and 2020, from 3,725,789 in 2010 to 3,285,874 in 2020, according to the United States Census. Emigration due to economic difficulties and natural disasters, coupled with a low birth rate, have caused the population decline to continue in recent years.
Danny Cohen introduced the terms big-endian and little-endian into computer science for data ordering in an Internet Experiment Note published in 1980.

The adjective endian has its origin in the writings of 18th century Anglo-Irish writer Jonathan Swift. In the 1726 novel Gulliver's Travels, he portrays the conflict between sects of Lilliputians divided into those breaking the shell of a boiled egg from the big end or from the little end. Because the emperor's son had cut his finger while opening an egg from the big end, doing so was prohibited by an imperial edict; those who rebelled and did so were called "Big-Endians" (Swift did not use the term Little-Endians in the work). Cohen makes the connection to Gulliver's Travels explicit in the appendix to his 1980 note.

Instruction: In computer science, where did the term big-endian originate?
Response: Danny Cohen introduced the terms big-endian in an Internet Experiment Note published in 1980. In the appendix to the 1980 note he connected the idea to Gulliver's Travels.
Barbacoa is a form of cooking meat that originated in the Caribbean with the Taíno people, who called it by the Arawak word barbaca, from which the term "barbacoa" derives, and ultimately, the word 'barbecue". In contemporary Mexico, it generally refers to meats or whole sheep or whole goats slow-cooked over an open fire or, more traditionally, in a hole dug in the ground covered with agave (maguey) leaves, although the interpretation is loose, and in the present day (and in some cases) may refer to meat steamed until tender. This meat is known for its high fat content and strong flavor, often accompanied with onions and cilantro (coriander leaf).

Instruction: What is Barbacoa?
Response: Barbacoa is a style of slow-cooking meat from the Caribbean area. In Mexico, it's generally used on sheep or goats that are buried in the ground and covered with leaves after roasting. Typical seasonings included onions and cilantro.
In the season-opener against the Philadelphia Eagles, Goff threw for 215 yards and two touchdowns, but threw an interception returned for a touchdown as the Lions narrowly lost by a score of 38–35. In the next game against the Washington Commanders, he threw for 256 yards and four touchdowns in a 36–27 victory. In the Week 2 game against Washington, Goff produced his sixth straight home game with two or more passing touchdowns, establishing a Lions franchise record. On October 2, Goff again threw four touchdowns passes, and this time added a tenure-high 378 passing yards during a 48–45 loss to the Seattle Seahawks. Goff finished his second season with the Lions with 4,438 yards, 29 touchdowns, and seven interceptions, starting in all 17 games. Goff was named to his third Pro Bowl as an alternative, replacing Super Bowl bound Jalen Hurts.

Instruction: What was Goff's best game mentioned in the text?
Response: Goff's best game mentioned in the text was on October 2 when he threw four touchdowns passes, and added a tenure-high 378 passing yards during a 48–45 loss to the Seattle Seahawks.

Goff played another good game against the Washington Commanders, when he threw for 256 yards and four touchdowns in a 36–27 victory, but this performance wasn't as good as the game against the Seahawks because he threw for fewer yards even though he threw for the same amount of touchdowns.

Note that the text is also missing information that would be useful in judging Goff's performance such as QBR, completion percentage, etc.
"Sunshine, Lollipops and Rainbows" is a popular song sung by Lesley Gore. It was originally released on Gore's 1963 album Lesley Gore Sings of Mixed-Up Hearts. Composed by Marvin Hamlisch.

It was arranged by Claus Ogerman and produced by Quincy Jones.

Instruction: From the given text, Write some important points about song "Sunshine, Lollipops and Rainbows"
Response: 1. Lesley Gore is the singer of the well-known song "Sunshine, Lollipops and Rainbows." It first appeared on Lesley Gore Sings of Mixed-Up Hearts, Gore's 1963 album by Marvin Hamlisch, the composer.
2. It was created by Quincy Jones and produced by Claus Ogerman.
Apart from its main base of operations in Hsinchu in Northern Taiwan, where several of its fab facilities are located, it also has leading-edge fabs in Southern Taiwan and Central Taiwan, with other fabs located at its subsidiaries TSMC China in Shanghai, China, WaferTech in Washington state, United States, and SSMC in Singapore, and it has offices in China, Europe, India, Japan, North America, and South Korea.

Instruction: Based on this passage, please extract the names of the countries where TSMC has semiconductor fabrication (or "fab") facilities and separate them by commas.
Response: Taiwan, China, United States, Singapore
Set theory is the branch of mathematical logic that studies sets, which can be informally described as collections of objects. Although objects of any kind can be collected into a set, set theory, as a branch of mathematics, is mostly concerned with those that are relevant to mathematics as a whole.

The modern study of set theory was initiated by the German mathematicians Richard Dedekind and Georg Cantor in the 1870s. In particular, Georg Cantor is commonly considered the founder of set theory. The non-formalized systems investigated during this early stage go under the name of naive set theory. After the discovery of paradoxes within naive set theory (such as Russell's paradox, Cantor's paradox and the Burali-Forti paradox) various axiomatic systems were proposed in the early twentieth century, of which Zermelo–Fraenkel set theory (with or without the axiom of choice) is still the best-known and most studied.

Set theory is commonly employed as a foundational system for the whole of mathematics, particularly in the form of Zermelo–Fraenkel set theory with the axiom of choice. Besides its foundational role, set theory also provides the framework to develop a mathematical theory of infinity, and has various applications in computer science (such as in the theory of relational algebra), philosophy and formal semantics. Its foundational appeal, together with its paradoxes, its implications for the concept of infinity and its multiple applications, have made set theory an area of major interest for logicians and philosophers of mathematics. Contemporary research into set theory covers a vast array of topics, ranging from the structure of the real number line to the study of the consistency of large cardinals.

Instruction: Where can set theory be applied?
Response: Sets can be applied to virtually any application, given that the application can be represented via a logical set of mathematical objects.
The 98th General Assembly enacted a total of 1,175 bills into law. Notable among these was the Illinois Religious Freedom and Marriage Fairness Act, which removed legal barriers to same-sex marriage in Illinois. The House of Representatives passed the bill by a 61–54 vote on November 5, 2013, and the Senate passed it by a 32–21 vote. The governor signed the bill into law on November 20, and the law took effect on June 1, 2014.

The General Assembly also passed the Illinois Bill of Rights for the Homeless, which made Illinois the second state to ban discrimination against the homeless.

The General Assembly also passed the Firearm Concealed Carry Act (FCCA), a change to Illinois gun law that made Illinois the last state in the country to enact concealed carry. Passed over the governor's veto, the FCCA took effect "mere hours before the seventh circuit's deadline" in Moore v. Madigan.

Late in the legislative session, the General Assembly passed a bill that changes the original Illinois wiretapping law adding that in order to commit a criminal offense, a person must be recording "in a surreptitious manner". On December 30, 2014, Governor Quinn signed the bill into law as Public Act 098-1142. The bill's sponsors, Elaine Nekritz and Kwame Raoul, claimed the law upholds the rights of citizens to record in public.

The General Assembly approved five ballot measures for the 2014 Illinois general election, an unusually large number for the state, including three advisory referendums and two constitutional amendments. The constitutional amendments, Marsy's Law and the Illinois Right to Vote Amendment, both passed with the required 60% majority of the popular vote.

Instruction: here is a blurb about the 98th Illinois General Assembly, what were the notable laws that were passed?
Response: removing the legal barriers to same-sex marriage, banning discrimination against homeless people, conceal and carry firearms, and revising the wiretapping laws so that citizens can record in public.
Separation anxiety in dogs describes a condition in which a dog exhibits distress and behavior problems when separated from its handler. Separation anxiety typically manifests within minutes of departure of the handler. It is not fully understood why some dogs suffer from separation anxiety and others do not. The diagnosis process often leads to a misdiagnosis as it is difficult to differentiate from other medical and behavioral problems. The behavior may be secondary to an underlying medical condition. With chronic stress, impairments to physiological health can manifest. Increased stress in the dog alters hormone levels, thus decreasing natural immunity to various health problems.

Signs and symptoms
Dogs suffering from separation anxiety typically exhibit these behaviors:

Following handler excessively
Pacing
Excessive salivating
Excessive shaking (usually seen in smaller breeds like the Chihuahua and Yorkshire Terrier)
Vomiting
Destructive chewing
Barking, howling, whining
Urination, defecation in the house
Coprophagia
Self harm
Digging and scratching at doors or windows in an attempt to reunite with the handler
Escaping
Anorexia
Overactivity (excessive greeting, restlessness)
Cause

The cause of dog separation anxiety is unknown, but may be triggered by:

a traumatic event
a change in routine
major life change (e.g., new home, new baby, death of a family member, abandonment to a shelter)
extreme attachment or dependency on the owner

Instruction: What is separation anxiety in dogs?
Response: Separation anxiety in dogs describes a condition in which a dog exhibits distress and behavior problems when separated from its handler. It can be triggered by traumatic events such as being bitten by other dogs, being mistreated, changes in routes, and major life changes such as new pets or children being added to the family.

It it is not fully understood why some dogs suffer from separation anxiety. The diagnosis process often leads to a misdiagnosis as it is difficult to differentiate from other medical and behavioral problems. The behavior may be secondary to an underlying medical condition. With chronic stress, impairments to physiological health can manifest. Increased stress in the dog alters hormone levels, thus decreasing natural immunity to various health problems.
Neumann University is a member of the Atlantic East Conference as well as the United Collegiate Hockey Conference (UCHC). It competes in the National Collegiate Athletic Association (NCAA), Division III. In 2009 Neumann University's men's ice hockey team won the NCAA Division III National Championship. In the summer of 2012, Neumann University constructed the Mirenda Center, a 72,000 square foot athletic complex which houses an indoor track, NCAA Division III regulation basketball court, dance studios, student lounges, a classroom, weight and cardio rooms as well as the Center for Sport Spirituality and Character Development.

Neumann sponsors 12 women's athletic teams and 10 men's teams. In addition the 22 varsity teams, Neumann University also has a very active club sports roster which includes baseball, basketball, cheer leading, a dance team, ice hockey, roller hockey as well as men's and women's rugby. Most recently, Neumann University won back to back national championships (2015 and 2016) as part of the National Collegiate Roller Hockey Association (NCHRA).

Instruction: List the club sports teams that Neumann University has
Response: Based off of the shared information, Neumann University has the following club sports teams:

* baseball
* basketball
* cheer leading
* a dance team
* ice hockey
* roller hockey
* men's rugby
* women's rugby

Note that this may not be a fully exhaustive list.
McDonald's Corporation is an American multinational fast food chain, founded in 1940 as a restaurant operated by Richard and Maurice McDonald, in San Bernardino, California, United States. They rechristened their business as a hamburger stand, and later turned the company into a franchise, with the Golden Arches logo being introduced in 1953 at a location in Phoenix, Arizona. In 1955, Ray Kroc, a businessman, joined the company as a franchise agent and proceeded to purchase the chain from the McDonald brothers. McDonald's had its previous headquarters in Oak Brook, Illinois, but moved its global headquarters to Chicago in June 2018.

McDonald's is the world's largest fast food restaurant chain, serving over 69 million customers daily in over 100 countries in more than 40,000 outlets as of 2021. McDonald's is best known for its hamburgers, cheeseburgers and french fries, although their menu also includes other items like chicken, fish, fruit, and salads. Their best-selling licensed item are their french fries, followed by the Big Mac. The McDonald's Corporation revenues come from the rent, royalties, and fees paid by the franchisees, as well as sales in company-operated restaurants. McDonald's is the world's second-largest private employer with 1.7 million employees (behind Walmart with 2.3 million employees). As of 2022, McDonald's has the sixth-highest global brand valuation.

McDonald's has been subject to criticism over the health effects of its products, its treatment of employees, and other business practices.

Instruction: Based on the reference text about McDonalds, tell me what year it was founded, how many daily customers they have, and their best selling product.
Response: McDonalds was founded in 1940 and serves over 69 million customers a day as of 2021. It's best selling product are their french fries.
Formula One cars are the fastest regulated road-course racing cars in the world, owing to very high cornering speeds achieved through the generation of large amounts of aerodynamic downforce. Much of this downforce is generated by front and rear wings, which have the side effect of causing severe turbulence behind each car. The turbulence reduces the downforce generated by the cars following directly behind, making it hard to overtake. Major changes made to the cars for the 2022 season has seen greater use of ground effect aerodynamics and modified wings to reduce the turbulence behind the cars, with the goal of making overtaking easier. The cars are dependent on electronics, aerodynamics, suspension and tyres. Traction control, launch control, and automatic shifting, plus other electronic driving aids, were first banned in 1994. They were briefly reintroduced in 2001, and have more recently been banned since 2004 and 2008, respectively.

Instruction: How do formula one cars generate downforce?
Response: Formula one cars generate downforce mainly using front and rear wings.
When I addressed the Congress on the 26th of February last, I thought that it would suffice to assert our neutral rights with arms, our right to use the seas against unlawful interference, our right to keep our people safe against unlawful violence. But armed neutrality, it now appears, is impracticable... Armed neutrality is ineffectual enough at best; in such circumstances and in the face of such pretensions it is worse than ineffectual: it is likely only to produce what it was meant to prevent; it is practically certain to draw us into the war without either the rights or the effectiveness of belligerents. There is one choice we cannot make, we are incapable of making: we will not choose the path of submission and suffer the most sacred rights of our nation and our people to be ignored or violated. The wrongs against which we now array ourselves are no common wrongs; they cut to the very roots of human life.

Instruction: Please summarize the main argument of this paragraph from Woodrow Wilson's speech to Congress asking them to declare war on Germany.
Response: Wilson thought neutrality was impractical, and would actually lead into America more likely being attacked by Germany because what they were doing threatened all of Western civilization. He thought the United States should enter the war on its own terms.