Felladrin/ChatML-databricks-dolly-15k huggingface dataset:
User: Summarise Bernoulli's principle based on the following paragraphs.

Context:
Bernoulli's principle is a key concept in fluid dynamics that relates pressure, speed and height. Bernoulli's principle states that an increase in the speed of a fluid occurs simultaneously with a decrease in static pressure or a decrease in the fluid's potential energy.  The principle is named after the Swiss mathematician and physicist Daniel Bernoulli, who published it in his book Hydrodynamica in 1738.Although Bernoulli deduced that pressure decreases when the flow speed increases, it was Leonhard Euler in 1752 who derived Bernoulli's equation in its usual form. The principle is only applicable for isentropic flows: when the effects of irreversible processes (like turbulence) and non-adiabatic processes (e.g. thermal radiation) are small and can be neglected.
Bernoulli's principle can be derived from the principle of conservation of energy. This states that, in a steady flow, the sum of all forms of energy in a fluid is the same at all points that are free of viscous forces. This requires that the sum of kinetic energy, potential energy and internal energy remains constant. Thus an increase in the speed of the fluid—implying an increase in its kinetic energy (dynamic pressure)—occurs with a simultaneous decrease in (the sum of) its potential energy (including the static pressure) and internal energy. If the fluid is flowing out of a reservoir, the sum of all forms of energy is the same because in a reservoir the energy per unit volume (the sum of pressure and gravitational potential ρ g h) is the same everywhere.
Bernoulli's principle can also be derived directly from Isaac Newton's second Law of Motion. If a small volume of fluid is flowing horizontally from a region of high pressure to a region of low pressure, then there is more pressure behind than in front. This gives a net force on the volume, accelerating it along the streamline.
Fluid particles are subject only to pressure and their own weight. If a fluid is flowing horizontally and along a section of a streamline, where the speed increases it can only be because the fluid on that section has moved from a region of higher pressure to a region of lower pressure; and if its speed decreases, it can only be because it has moved from a region of lower pressure to a region of higher pressure. Consequently, within a fluid flowing horizontally, the highest speed occurs where the pressure is lowest, and the lowest speed occurs where the pressure is highest.
Assistant: Bernoulli's principle is a key concept in fluid dynamics that relates pressure, speed and height. Bernoulli's principle states that an increase in the speed of a fluid occurs simultaneously with a decrease in static pressure or a decrease in the fluid's potential energy.
User: From the passage provided, list the partners with whom Martina Hingis won the doubles Grand Slam in 1998

Context:
In 1998, Hingis won all four of the Grand Slam women's doubles titles, only the fourth in women's tennis history to do so, (the Australian Open with Mirjana Lučić and the other three events with Novotná), and she became only the third woman to hold the No. 1 ranking in both singles and doubles simultaneously. She also retained her Australian Open singles title by beating Conchita Martínez in straight sets in the final. Hingis, however, lost in the final of the US Open to Lindsay Davenport. Davenport ended an 80-week stretch Hingis had enjoyed as the No. 1 singles player in October 1998, but Hingis finished the year by beating Davenport in the final of the WTA Tour Championships.
Assistant: - Mirjana Lučić
- Jana Novotná
User: Given the reference text below, what problem do Marbled newts' face?

Context:
The marbled newt is typically found in habitats characterized by hilly and forestry terrain, away from open and exposed areas. Marbled newts live in temporary habitats, such as ponds, that are subject to change depending on the climate conditions of the region. When rainfall is high and the temperature is lower, typically in the fall and winter months, adult marbled newts stay in the ponds. However, these shallow ponds are subject to drought in warmer spring and summer months, which forces the marbled newts to remain on land. Due to this constant change in the habitat conditions, marbled newts have the ability to adapt to different climatic conditions and habitat changes.
Assistant: Marbled newt is forced to remain on the land due to droughts.
User: Given this paragraph about Atlantic Hall in Nigeria, how many students does it hold, where is located and when did it open?

Context:
Atlantic Hall is a private coeducational secondary school in Epe, Lagos State, Nigeria which holds about 600 students and is located about 70 kilometres from Lagos. It opened in 1989 in the Maryland area, Ikeja, Lagos State, with dormitories close to Eko Hospital Ikeja, before relocating to Poka Epe in the mid-nineties. Its landmark include Pobuna Junior and Senior High School with close proximity to Araga in Epe.
Assistant: Atlantic Hall can hold 600 students, is located 70 kilometers from Lagos and was opened in 1989.
User: How many counties are there in the San Francisco/San Jose/Oakland Bay Area?

Context:
There are nine Bay Area counties
Assistant: Alameda
Contra Costa
Marin
San Francisco
San Mateo
Santa Clara
Napa
Solano
Sonoma
User: What is the meaning of "Nnedi" in Nnedi Okarafor's name?

Context:
Nnedimma Nkemdili Okorafor was born in Cincinnati, Ohio, in 1974 to Igbo Nigerian parents who travelled to America in 1969 to attend school but purportedly could not return to Nigeria due to the Nigerian Civil War. Okorafor is the third child in a family of four children and grew up in Chicago, Illinois, and would often travel to Nigeria to spend her holidays with her extended family. Her first name is Igbo for "mother is good".
Assistant: "Nnedi" is the short form of her full name "Nnedimma" which translates to "mother is good", in Nigerian Igbo language.
User: Give a bulleted list of the amount of money the film "Everything Everywhere All at Once" earned outside of the US in the format {country}-{money earned in millions in USD}

Context:
Outside of the United States, other top-earning territories as of July 31 were the United Kingdom ($6.2 million), Canada ($5.1 million), Australia ($4.5 million), Russia ($2.4 million), Taiwan ($2.3 million), Mexico ($2 million), Hong Kong ($1.7 million), Germany ($1.5 million), and the Netherlands ($1.1 million).
Assistant: United Kingdom-$6.2
Canada-$5.1
Australia-$4.5
Russia-$2.4
Taiwan-$2.4
Mexico-$2
Hong Kong-$1.7
Germany-$1.5
Netherlands-$1.1
User: Create a comma separated list of all countries mentioned in this paragraph on the history of test cricket

Context:
Test cricket is a form of first-class cricket played at international level between teams representing full member countries of the International Cricket Council (ICC). A match consists of four innings (two per team) and is scheduled to last for up to five days. In the past, some Test matches had no time limit and were called Timeless Tests. The term "test match" was originally coined in 1861–62 but in a different context.

Test cricket did not become an officially recognised format until the 1890s, but many international matches since 1877 have been retrospectively awarded Test status. The first such match took place at the Melbourne Cricket Ground (MCG) in March 1877 between teams which were then known as a Combined Australian XI and James Lillywhite's XI, the latter a team of visiting English professionals. Matches between Australia and England were first called "test matches" in 1892. The first definitive list of retrospective Tests was written by South Australian journalist Clarence P. Moody two years later and, by the end of the century, had gained acceptance.

There are now twelve full ICC member countries playing Test cricket. Day/night Tests were permitted by the ICC in 2012 and the first day/night match was between Australia and New Zealand at the Adelaide Oval in November 2015.
Assistant: Australia, England, New Zealand
User: What is an API endpoint?

Context:
Endpoints are important aspects of interacting with server-side web APIs, as they specify where resources lie that can be accessed by third party software. Usually the access is via a URI to which HTTP requests are posted, and from which the response is thus expected. Web APIs may be public or private, the latter of which requires an access token.

Endpoints need to be static, otherwise the correct functioning of software that interacts with it cannot be guaranteed. If the location of a resource changes (and with it the endpoint) then previously written software will break, as the required resource can no longer be found at the same place. As API providers still want to update their web APIs, many have introduced a versioning system in the URI that points to an endpoint.
Assistant: Endpoints specify where resources lie that can be accessed by third party software. Clients use endpoints to interact with server-side web APIs.
User: Where is Tesla, Inc. headquarters?

Context:
Tesla, Inc. is an American multinational automotive and clean energy company headquartered in Austin, Texas. Tesla designs and manufactures electric vehicles (electric cars and trucks), battery energy storage from home to grid-scale, solar panels and solar roof tiles, and related products and services. Tesla is one of the world's most valuable companies and is, as of 2023, the world's most valuable automaker. In 2021, the company had the most worldwide sales of battery electric vehicles and plug-in electric vehicles, capturing 21% of the battery-electric (purely electric) market and 14% of the plug-in market (which includes plug-in hybrids). Through its subsidiary Tesla Energy, the company develops and is a major installer of photovoltaic systems in the United States. Tesla Energy is also one of the largest global suppliers of battery energy storage systems, with 3.99 gigawatt-hours (GWh) installed in 2021.
Assistant: Austin, Texas
User: In which year did the Seattle SuperSonics win the NBA championship?

Context:
Seattle SuperSonics won the NBA championship in 1979. The franchise won Western Conference titles in 1978, 1979 and 1996; and six divisional titles—their last being in 2005—five in the Pacific Division and one in the Northwest Division. The franchise attained a 1,745–1,585 (.524) regular season win–loss record, as well as a 107–110 (.493) playoff win–loss record during its time in Seattle.[citation needed] Both marks would rank in the top half of the NBA's all-time standings. Settlement terms of a lawsuit between the city of Seattle and Clay Bennett's ownership group stipulated SuperSonics' banners, trophies and retired jerseys remain in Seattle; the nickname, logo and color scheme are available to any subsequent NBA team that plays at KeyArena subject to NBA approval. The SuperSonics' franchise history, however, would be shared with Thunder.
Assistant: 1979
User: If the year is 2020, is the Samsung E1200 still in production?

Context:
The Samsung E1200 (also known as Samsung Pusha and Samsung Keystone 2) is a mobile phone made by Samsung. This phone was released in 2012 through Tesco in the UK. It was discontinued in 2015 when the Samsung Guru FM E1202 was released as its successor.
Assistant: No, the phone was discontinued in 2015.
User: Given this paragraph about triathlon, who founded ironman

Context:
On Wednesday, September 25, 1974, the race started. It began with a run of a 4.8 km (3 mi) loop, followed by biking twice around Fiesta Island for a total of 8.0 km (5 mi). Entrants would then get off the bikes, take their shoes off and run into the water to swim to the mainland. That was followed by running in bare feet, then swimming again along the bay, then one last swim up to the entrance of Fiesta Island, and a final crawl up a steep dirt bank to finish. Most participants were not skilled swimmers, so Johnstone recruited his 13-year-old son to float on his surfboard and act as lifeguard. Some participants took longer than expected, and it began to get dark as they finished their swims. Shanahan recalls they pulled up a few cars and turned on the headlights so the athletes could see. Johnstone and Shanahan were surprised by the large number of entrants (46), mainly coming from local running clubs. Two notable entrants, Judy and John Collins, would four years later found the event which brought international attention to the new sport: the Hawaii Ironman
Assistant: Ironman was founded by Judy and John Collins four years after the first known modern day triathlon on Wednesday, September 25th, 1974.
User: What are the three types of mobile app described in the passage.

Context:
Mobile Apps are broadly classified into three types: native apps, hybrid and web apps. Native applications are designed specifically for a mobile operating system, typically iOS or Android. Web apps are written in HTML5 or CSS and typically run through a browser. Hybrid apps are built using web technologies such as JavaScript, CSS, and HTML5 and function like web apps disguised in a native container.
Assistant: Native, Hybrid, Web
User: What's the population of Mattim Birta?

Context:
Mattim Birta is a town and Village Development Committee in Khotang District in the Sagarmatha Zone of eastern Nepal. At the time of the 1991 Nepal census it had a population of 5,021 persons residing in 899 individual households.
Assistant: The population of Mattim Birta in Nepal is 5,021 people.
User: Given this paragraph, what method of scientific study did Edmund Selous champion?

Context:
Edmund Selous started as a conventional naturalist, but developed a hatred of the killing of animals for scientific study and was a pioneer of bird-watching as a method of scientific study. He was a strong proponent of non-destructive bird-study as opposed to the collection of skins and eggs.
Assistant: Edmund Selous was a pioneer of bird-watching as a method of scientific study.
User: Who designed the St. John the Baptist, Blackrock church?

Context:
St. John the Baptist, Blackrock is a Roman Catholic church in the parish of Blackrock, Ireland. The church is still in use and named after the Saint John the Baptist. It is located on Temple Road, Blackrock, County Dublin.

The church was designed by the architect Patrick Byrne, who was educated at the Dublin Society Schools. It is one of the finest examples of the Gothic revival style in Ireland and was the first to be built in the Dublin Archdiocese. It is said to be inspired by the ideas of Augustus Welby Pugin (1812-1852).

The initial building consisted of the nave, chancel and bell tower. To the rear of the church, two carved heads can be seen up high on either side of the rose window. The head on the left depicts St. John the Baptist, while the head on the right depicts the Archbishop Daniel Murray.
Assistant: Patrick Byrne
User: From the passage provided, extract the well-known superheroes from Marvel comic books.

Context:
Marvel Comics is an American comic book publisher and the flagship property of Marvel Entertainment, a division of The Walt Disney Company since September 1, 2009. Evolving from Timely Comics in 1939, Magazine Management/Atlas Comics in 1951 and its predecessor, Marvel Mystery Comics, the Marvel Comics title/name/brand was first used in June 1961.

Marvel was started in 1939 by Martin Goodman as Timely Comics, and by 1951 had generally become known as Atlas Comics. The Marvel era began in June 1961 with the launch of The Fantastic Four and other superhero titles created by Stan Lee, Jack Kirby, Steve Ditko and many others. The Marvel brand, which had been used over the years and decades, was solidified as the company's primary brand.

Marvel counts among its characters such well-known superheroes as Spider-Man, Iron Man, Captain America, Thor, Doctor Strange, Hulk, Daredevil, Wolverine, Black Panther and Captain Marvel, as well as popular superhero teams such as the Avengers, X-Men, Fantastic Four, and Guardians of the Galaxy. Its stable of well-known supervillains includes the likes of Doctor Doom, Magneto, Ultron, Thanos, Kang the Conqueror, Green Goblin, Galactus, Loki, and Kingpin. Most of Marvel's fictional characters operate in a single reality known as the Marvel Universe, with most locations mirroring real-life places; many major characters are based in New York City, New York, United States. Additionally, Marvel has published several licensed properties from other companies. This includes Star Wars comics twice from 1977 to 1986 and again since 2015.
Assistant: Well-known superheroes from Marvel include Spider-Man, Iron Man, Captain America, Thor, Doctor Strange, Hulk, Daredevil, Wolverine, Black Panther, and Captain Marvel.  Many Marvel superheroes also are part of teams such as the Avengers, X-Men, Fantastic Four, and Guardians of the Galaxy.
User: Extract all the years from the following text.

Context:
Jim Robson OBC (born January 17, 1935) is a former radio and television broadcaster who was the play-by-play announcer of the Vancouver Canucks' games from 1970 to 1999.
Assistant: 1935, 1970, 1999
User: Can you list down some points about Jo-Anne Polak from the given text?

Context:
Jo-Anne Polak (born 1959) was the general manager of the Ottawa Rough Riders from 1989 to 1991. Upon her appointment, Polak became the first woman executive in the Canadian Football League and the first woman general manager to lead a North American sports team. After leaving the Rough Riders, Polak primarily worked at Hill & Knowlton Canada as their vice president between the 1990s to 2000s. After becoming a general manager for Canada Post in 2008, she was named Vice President of Communications in 2011.
Assistant: 1. From 1989 to 1991, Jo-Anne Polak served as the general manager of the Ottawa Rough Riders.
2. Her birth year was 1959.
3. In the Canadian Football League, Polak was the league's first female executive.
4. Polak was the first female general manager of a professional sports organisation in North America.
5. From the 1990s until the 2000s, after her time with Rough Riders, Polak worked as vice president of Hill & Knowlton Canada.
6. After joining Canada Post as a manager in 2008, she was named vice president of communications in 2011.
User: What is the biggest planet from the solar system?

Context:
Jupiter is the fifth planet from the Sun and the largest in the Solar System. It is a gas giant with a mass more than two and a half times that of all the other planets in the Solar System combined, and slightly less than one one-thousandth the mass of the Sun. Jupiter is the third brightest natural object in the Earth's night sky after the Moon and Venus, and it has been observed since prehistoric times. It was named after Jupiter, the chief deity of ancient Roman religion.
Assistant: Jupiter is the largest plant in the Solar system with a surface of 120 times the earth
User: Summarize Romania's history and founding.

Context:
Settlement in what is now Romania began in the Lower Paleolithic followed by written records attesting the kingdom of Dacia, its conquest, and subsequent Romanization by the Roman Empire during late antiquity. The modern Romanian state was formed in 1859 through a personal union of the Danubian Principalities of Moldavia and Wallachia. The new state, officially named Romania since 1866, gained independence from the Ottoman Empire in 1877. During World War I, after declaring its neutrality in 1914, Romania fought together with the Allied Powers from 1916. In the aftermath of the war, Bukovina, Bessarabia, Transylvania, and parts of Banat, Crișana, and Maramureș became part of the Kingdom of Romania. In June–August 1940, as a consequence of the Molotov–Ribbentrop Pact and Second Vienna Award, Romania was compelled to cede Bessarabia and Northern Bukovina to the Soviet Union and Northern Transylvania to Hungary. In November 1940, Romania signed the Tripartite Pact and, consequently, in June 1941 entered World War II on the Axis side, fighting against the Soviet Union until August 1944, when it joined the Allies and recovered Northern Transylvania. Following the war and occupation by the Red Army, Romania became a socialist republic and a member of the Warsaw Pact. After the 1989 Revolution, Romania began a transition towards democracy and a market economy.
Assistant: Romania began as Dacia and then was conquered by the Roman Empire in late antiquity. Modern Romania formed in 1859. After World War I because they joined the Allies Romania gained extra territories and the Kingdom of Romania formed. In World War II Romania was forced to cede some of it's areas. Following that Romania became a socialist republic until the 1989 Revolution when it transitioned to democracy.
User: What are remarkable provinces in the Netherlands?

Context:
There are twelve provinces of the Netherlands (Dutch: provincies van Nederland), representing the administrative layer between the national government and the local municipalities, with responsibility for matters of subnational or regional importance.

The most populous province is South Holland, with just over 3.7 million inhabitants as of January 2020, and also the most densely populated province with 1,374/km2 (3,559/sq mi). With 383,488 inhabitants, Zeeland has the smallest population. However Drenthe is the least densely populated province with 188/km2 (487/sq mi). In terms of area, Friesland is the largest province with a total area of 5,749 km2 (2,220 sq mi). If water is excluded, Gelderland is the largest province by land area at 4,964 km2 (1,916 sq mi). The province of Utrecht is the smallest with a total area of 1,560 km2 (602 sq mi), while Flevoland is the smallest by land area at 1,412 km2 (545 sq mi). In total about 10,000 people were employed by the provincial administrations in 2018.
Assistant: - South Holland
- Zeeland
- Drenthe
- Friesland
- Gelderland
- Utrecht
- Flevoland
User: Extract the names of the team involved to perform inception on Robert. Separate them with a comma.

Context:
Cobb, Arthur, Saito, Eames, Yusuf, Ariadne
Assistant: Cobb and Arthur are "extractors"; they perform corporate espionage using experimental dream-sharing technology to infiltrate their targets' subconscious and extract information. Their latest target, Saito, is impressed with Cobb's ability to layer multiple dreams within each other. He offers to hire Cobb for the supposedly impossible job of implanting an idea into a person's subconscious; performing "inception" on Robert, the son of Saito's competitor Maurice Fischer, with the idea to dissolve his father's company. Saito promises to clear Cobb's criminal status, allowing him to return home to his children.

Cobb accepts the offer and assembles his team: a forger named Eames, a chemist named Yusuf, and a college student named Ariadne. Ariadne is tasked with designing the dream's architecture, something Cobb himself cannot do for fear of being sabotaged by a projection of his late wife Mal. Maurice dies, and the team sedates Robert into a three-layer shared dream on an airplane to America. Time on each layer runs slower than the layer above, with one member staying behind on each to perform a music-synchronized "kick" to awaken dreamers on all three levels simultaneously.
User: How old was Dominik Volek when he made his Czech Extraliga debut?

Context:
Dominik Volek (born January 12, 1994) is a Czech professional ice hockey player. He is currently playing for HC Sparta Praha of the Czech Extraliga.

Volek made his Czech Extraliga debut playing with HC Sparta Praha during the 2014–15 Czech Extraliga season. Volek is the son of former New York Islanders forward David Volek.
Assistant: Dominik Volek was 20 years old. He debuted in 2014 and was born in 1994, so 2014-1994 = 20.
User: From the passage provided, extract information about the new proposed airport in Mumbai

Context:
The Chhatrapati Shivaji Maharaj International Airport (formerly Sahar International Airport) is the main aviation hub in the city and the second busiest airport in India in terms of passenger traffic. It handled 36.6 million (3.66 crore) passengers and 694,300 tonnes of cargo during FY 2014–2015. An upgrade plan was initiated in 2006, targeted at increasing the capacity of the airport to handle up to 40 million (4 crore) passengers annually and the new terminal T2 was opened in February 2014.

The proposed Navi Mumbai International airport to be built in the Kopra-Panvel area has been sanctioned by the Indian Government and will help relieve the increasing traffic burden on the existing airport.

The Juhu Aerodrome was India's first airport, and now hosts the Bombay Flying Club and a heliport operated by state-owned Pawan Hans.
Assistant: The proposed Navi Mumbai International airport to be built in the Kopra-Panvel area has been sanctioned by the Indian Government
User: What is a Maiestas trifasciatus

Context:
Maiestas trifasciatus (formerly Recilia trifasciatus) is a species of bug from the Cicadellidae family that can be found on Canary Islands and countries including Iran and Burkina Faso. It was formerly placed within Recilia, but a 2009 revision moved it to Maiestas.
Assistant: Maiestas trifasciatus (formerly Recilia trifasciatus) is a species of bug from the Cicadellidae family that can be found on Canary Islands and countries including Iran and Burkina Faso.

It was formerly placed within Recilia, but a 2009 revision moved it to Maiestas.
User: Given this paragraph about Zoom, where is the company based and when was the Zoom software released?

Context:
Zoom Video Communications, Inc. (commonly shortened to Zoom, and stylized as zoom) is a communications technology company headquartered in San Jose, California. It provides videotelephony and online chat services through a cloud-based peer-to-peer software platform used for video communications (Meetings), messaging (Chat), voice calls (Phone), conference rooms for video meetings (Rooms), virtual events (Events) and contact centers (Contact Center), and offers an open platform allowing third-party developers to build custom applications on its unified communications platform (Developer Platform). The company was founded in 2011 by Eric Yuan, a former Cisco engineer and executive. It launched its software in 2013.
Assistant: Zoom Video Communications, Inc is based in San Jose, California. The software launched by the company was released in 2013.
User: Which martial art or arts did Brazilian jiu-jitsu derive from?

Context:
Brazilian jiu-jitsu was initially developed in 1925 by Brazilian brothers Carlos, Oswaldo, Gastão Jr., George, and Hélio Gracie, after Carlos was taught jiu-jitsu by a travelling Japanese judoka, Mitsuyo Maeda, who himself mastered his ground fighting while interacting with Taro Miyake (Tanabe student), Sadakazu Uyenishi (Handa, Tanabe) and Yukio Tani (Tenjin Shinyo-ryu) and catch wrestlers in Europe. Later on, the Gracie family developed their own self-defense system, and published Gracie Jiu-Jitsu.
Assistant: Brazilian jiu-jitsu was derived from judo and catch wrestling.
User: What was the estimated Gini coefficient of South Africa during 2008-2009?

Context:
In economics, the Gini coefficient, also known as the Gini index or Gini ratio, is a measure of statistical dispersion intended to represent the income inequality or the wealth inequality or the consumption inequality within a nation or a social group. It was developed by statistician and sociologist Corrado Gini.
The Gini coefficient measures the inequality among values of a frequency distribution, such as levels of income. A Gini coefficient of 0 reflects perfect equality, where all income or wealth values are the same, while a Gini coefficient of 1 (or 100%) reflects maximal inequality among values. For example, if everyone has the same income, the Gini coefficient will be 0. In contrast, a Gini coefficient of 1 indicates that within a group of people, a single individual has all the income or consumption, while all others have none.
The Gini coefficient was proposed by Corrado Gini as a measure of inequality of income or wealth.  For OECD countries, in the late 20th century, considering the effect of taxes and transfer payments, the income Gini coefficient ranged between 0.24 and 0.49, with Slovenia being the lowest and Mexico the highest. African countries had the highest pre-tax Gini coefficients in 2008–2009, with South Africa having the world's highest, estimated to be 0.63 to 0.7, although this figure drops to 0.52 after social assistance is taken into account, and drops again to 0.47 after taxation. The global income Gini coefficient in 2005 has been estimated to be between 0.61 and 0.68 by various sources.
Assistant: In 2008–2009, the Gini coefficient for South Africa was estimated estimated to be 0.63 to 0.7.
User: What is Chiropractic treatment?

Context:
Spinal manipulation, which chiropractors call "spinal adjustment" or "chiropractic adjustment", is the most common treatment used in chiropractic care. Spinal manipulation is a passive manual maneuver during which a three-joint complex is taken past the normal range of movement, but not so far as to dislocate or damage the joint.
Assistant: Chiropractic treatment includes spinal adjustment or chiropractic adjustment which is a process in which manual and light adjustments are made to the spinal joints past the normal movement range, avoiding joint damage
User: Given a reference text about the Queen Isabella Memorial Bridge, tell me how long it is and when it opened.

Context:
Queen Isabella Memorial Bridge was developed as a concrete pier-and-beam bridge with a steel cantilever main beam span. The memorial bridge has a travel distance of 2.5 miles (4.0 km) and sustains the continuation of Texas Park Road 100. The watercourse thoroughfare is located in southern Cameron County, Texas and is the only road connecting South Padre Island to the geography of Texas.

The Causeway opened in 1974 and replaced the previous bridge, which had also been named Queen Isabella Causeway. A central section of the original causeway was removed and renamed the Queen Isabella State Fishing Pier. The Causeway is the second-longest bridge in Texas, stretching 2.37 miles (3.81 km) across the Laguna Madre. It is named after Queen Isabella of Castile
Assistant: The Queen Isabella Memorial Bridge opened in 1974 and is 2.5 miles long.
User: From the passage provided, extract the name of the last song recorded by Kishore Kumar

Context:
By September 1987, Kishore Kumar had decided to retire as he was unhappy with kind of songs and tunes being made by music directors and was planning to return to his birthplace Khandwa.

On 13 October 1987, his brother Ashok Kumar's 76th birthday, he died of a heart attack in Bombay at 4:45 pm. His body was taken to Khandwa for cremation. Kishore had recorded his last song, "Guru Guru", a duet with Asha Bhosle for the film Waqt Ki Awaz (1988) composed by Bappi Lahiri for Mithun Chakraborty and Sridevi, the day before he died.

Recalling the day of Kishore Kumar's death and his last lines before he took his last breath, his wife Leena Chandavarkar was quoted as saying: "On the morning of October 13 (the day Kishore Kumar passed away in 1987), he looked pale and as though in deep sleep. As I went near him, he woke up and asked, ‘Did you get scared? Today is my holiday’.” That day he had several meetings at home. During lunch he told me that we’d watch the film River of No Return in the evening. A little later, I heard him move furniture in the next room. When I went to see what was happening, I saw him lying on the bed. Nervously he said, ‘I’m feeling weak’. I ran to call the doctor. He got angry and said, ‘If you call the doctor, I’ll get a heart-attack’. Those were his last lines. His eyes were wide open and he was breathing out. I thought he was fooling as usual but that was the end."
Assistant: Guru Guru
User: Why is the sun more intense at high altitude

Context:
The amount of heat energy received at any location on the globe is a direct effect of Sun angle on climate, as the angle at which sunlight strikes Earth varies by location, time of day, and season due to Earth's orbit around the Sun and Earth's rotation around its tilted axis. Seasonal change in the angle of sunlight, caused by the tilt of Earth's axis, is the basic mechanism that results in warmer weather in summer than in winter.Change in day length is another factor.

Presents a case when sunlight shines on Earth at a lower angle (Sun closer to the horizon), the energy of the sunlight is spread over a larger area, and is therefore weaker than if the Sun is higher overhead and the energy is concentrated on a smaller area.
Assistant: It's commonly known that the sun is more intense at higher altitudes. However, contrary to popular belief, the sun is not more intense due to being closer to the sun, but the angle of incidence of the sun. The angle of incidence is steeper, and therefore the density of the sun's  radiant energy is concentrated to a high density in a smaller area. This makes the sun's energy more intense
User: By what other name does Bunnie DeFord go by?

Context:
Jelly Roll is married to Bunnie DeFord aka Bunnie XO and has two children from a previous relationship.
Assistant: Bunnie XO
User: Provide a bulleted list of the results of the 1968 United States elections.

Context:
The 1968 United States elections were held on November 5, and elected members of the 91st United States Congress. The election took place during the Vietnam War, in the same year as the Tet Offensive, the assassination of Martin Luther King, Jr., the assassination of Robert F. Kennedy, and the protests of 1968. The Republican Party won control of the presidency, and picked up seats in the House and Senate, although the Democratic Party retained control of Congress.

In the presidential election, Republican former Vice President Richard Nixon defeated Democratic incumbent Vice President Hubert Humphrey. Nixon won the popular vote by less than one point, but took most states outside the Northeast, and comfortably won the electoral vote. Former Alabama Governor George Wallace, of the American Independent Party, took 13.5% of the popular vote, and won the electoral votes of the Deep South. After incumbent Democratic President Lyndon B. Johnson declined to seek re-election, Humphrey won the Democratic nomination over Minnesota Senator Eugene McCarthy and South Dakota Senator George McGovern at the tumultuous 1968 Democratic National Convention. Nixon won the Republican nomination over New York Governor Nelson Rockefeller and California Governor Ronald Reagan. As of 2022, Wallace is the most recent third-party candidate to win a state's entire share of electoral votes. Nixon became the first former (non-sitting) vice president to win a presidential election; he was the only person to achieve that until former Vice President Joe Biden won the 2020 Presidential election.

The Republican Party won a net gain of five seats in both the House and the Senate. However, the Democratic Party retained strong majorities in both houses of Congress. In the gubernatorial elections, the Republican Party picked up a net gain of five governorships. This was the second consecutive election where the winning presidential party had coattails in both houses of Congress and the first for Republicans since 1952.

This was the first of two times since 1889 that a newly elected President's party failed to control either house of Congress.
Assistant: The following were the results of the 1968 United States elections:
- Richard Nixon defeated Hubert Humphrey in the presidential election
- The Republican party gained five seats in both the House and Senate
- The Democratic Party maintained majority in both the House and Senate
User: Using this definition, can you summarize why hyperventilation is considered dangerous?

Context:
Voluntary hyperventilation before beginning voluntary apnea is commonly believed to allow the person involved to safely hold their breath for a longer period. In reality, it will give the impression that one does not need to breathe, while the body is actually experiencing a blood-oxygen level that would normally, and indirectly, invoke a strong dyspnea and eventually involuntary breathing. Some have incorrectly attributed the effect of hyperventilation to increased oxygen in the blood, not realizing that it is actually due to a decrease in CO2 in the blood and lungs. Blood leaving the lungs is normally fully saturated with oxygen, so hyperventilation of normal air cannot increase the amount of oxygen available, as oxygen in blood is the direct factor. Lowering the CO2 concentration increases the pH of the blood, thus increasing the time before blood becomes acidic enough so the respiratory center becomes stimulated, as described above. 
The primary urge to breathe is triggered by rising carbon dioxide (CO2) levels in the bloodstream. Carbon dioxide builds up in the bloodstream when oxygen is metabolized and it needs to be expelled as a waste product. The body detects carbon dioxide levels very accurately and relies on this as the primary trigger to control breathing. Hyperventilation artificially depletes the resting concentration of carbon dioxide causing a low blood carbon dioxide condition called hypocapnia. Hypocapnia reduces the reflexive respiratory drive, allowing the delay of breathing and leaving the diver susceptible to loss of consciousness from hypoxia. For most healthy people, the first sign of low oxygen levels is a greyout or unconsciousness: there is no bodily sensation that warns a diver of an impending blackout.
If a person loses consciousness underwater, there is considerable danger that they will drown. An alert diving partner or nearby lifeguard would be in the best position to rescue such a person. Static apnea blackout occurs at the surface when a motionless diver holds their breath long enough for the circulating oxygen in blood to fall below that required for the brain to maintain consciousness. It involves no pressure changes in the body and is usually performed to enhance breath-hold time. It should never be practiced alone, but under strict safety protocols with a safety guard or equipment beside the diver.
Assistant: Hyperventilation does not increase the amount of oxygen available but artificially decreases carbon dioxide (CO2) levels in blood and lungs. 
Because the primary urge to breathe is triggered by rising carbon dioxide levels, it gives false impression that one does not need to breath. This can lead to sudden lost of consciousness. If this happens underwater, there is a considerable risk of drowning. 
This is why hyperventilation is considered as dangerous and should be avoided.
User: Based on the text provided, what does a minimum spanning tree optimize?

Context:
A minimum spanning tree (MST) or minimum weight spanning tree is a subset of the edges of a connected, edge-weighted undirected graph that connects all the vertices together, without any cycles and with the minimum possible total edge weight. That is, it is a spanning tree whose sum of edge weights is as small as possible. More generally, any edge-weighted undirected graph (not necessarily connected) has a minimum spanning forest, which is a union of the minimum spanning trees for its connected components.

There are many use cases for minimum spanning trees. One example is a telecommunications company trying to lay cable in a new neighborhood. If it is constrained to bury the cable only along certain paths (e.g. roads), then there would be a graph containing the points (e.g. houses) connected by those paths. Some of the paths might be more expensive, because they are longer, or require the cable to be buried deeper; these paths would be represented by edges with larger weights. Currency is an acceptable unit for edge weight – there is no requirement for edge lengths to obey normal rules of geometry such as the triangle inequality. A spanning tree for that graph would be a subset of those paths that has no cycles but still connects every house; there might be several spanning trees possible. A minimum spanning tree would be one with the lowest total cost, representing the least expensive path for laying the cable.
Assistant: A minimum spanning tree optimizes the a graph in a way that minimizes the sum of all the weights of the edges
User: Who is Germain Damar?

Context:
Germaine Damar (born August 31, 1929) is a Luxembourger actress and dancer. Sometimes she used the stage name Ria Poncelet. She started her career as an acrobat and played in nearly 30 German films, including three films in which she was the partner of Peter Alexander. In 1964, Damar retired and two years later her son Roman Martin Toporow was born. Her husband died in 1993, and Damar has since then lived with her son in Fort Lauderdale, Florida.

In June 2011 the documentary Germaine Damar – Der tanzende Stern (Germaine Damar, the dancing star) by Michael Wenk was presented at the Luxembourg cinema Ciné Utopia. The former dancing star herself was present and even sang one of her old songs. The audience gave her a standing ovation.
Assistant: Germaine Damar was born on August 31, 1929 and is a Luxembourger actress and dancer. She's been in nearly 30 German films and started her career as an acrobat. In 1964, she retired from the film industry.
User: who is Haile Sellassie?

Context:
Haile Selassie I (Ge'ez: ቀዳማዊ ኀይለ ሥላሴ, romanized: Qädamawi Häylä Səllasé,[nb 2] Amharic pronunciation: [ˈhaɪlə sɨlˈlase] (listen);[nb 3] born Tafari Makonnen; 23 July 1892 – 27 August 1975) was Emperor of Ethiopia from 1930 to 1974. He rose to power as Regent Plenipotentiary of Ethiopia (Enderase) for Empress Zewditu from 1916. Haile Selassie is widely considered a defining figure in modern Ethiopian history, and the key figure of Rastafari, a religious movement in Jamaica that emerged shortly after he became emperor in the 1930s. He was a member of the Solomonic dynasty, which claims to trace lineage to Emperor Menelik I, believed to be the son of King Solomon and Makeda the Queen of Sheba.
Assistant: Haile Selassie (Amharic: ቀዳማዊ ኀይለ ሥላሴ) was a former Emperor of Ethiopia. He ruled the country from 1930 to 1974.  His first name before he became emperor was Ras Teferi Mekonnen. The religion movement, Rastafari, after the name of Ras Teferi Mekonnen, emerged in Jamaica shortly after Haile Selassie became emperor.  His root is from an extended Solomon and Queen of Sheba(Makeda).
User: per this reference of Itsunen Shoyu, who did he convince to bring Zen Buddhism to Japan?

Context:
In 1642 he travelled to Nagasaki as a trader in Chinese medicine, and in 1644 entered Kofukuji Temple, becoming its 3rd abbot in 1645. Established by monks immigrated from China, the temple was then a base of the Ōbaku school of Zen Buddhism in Japan. In 1654 after multiple requests he succeeded in persuading Yinyuan Longqi (Ingen Ryuki), the 33rd abbot of Wanfu Temple (Mount Huangbo, Fujian) to emigrate to Japan, where he founded Ōbaku, the third and final major Japanese Zen sect.
Assistant: Yinyuan Longqi (Ingen Ryuki) the 33rd abbot of Wanfu Temple
User: Where does the country of Japan get its name from?

Context:
The name for Japan in Japanese is written using the kanji 日本 and is pronounced Nippon or Nihon. Before 日本 was adopted in the early 8th century, the country was known in China as Wa (倭, changed in Japan around 757 to 和) and in Japan by the endonym Yamato. Nippon, the original Sino-Japanese reading of the characters, is favored for official uses, including on banknotes and postage stamps. Nihon is typically used in everyday speech and reflects shifts in Japanese phonology during the Edo period. The characters 日本 mean "sun origin", which is the source of the popular Western epithet "Land of the Rising Sun". The name "Japan" is based on Chinese pronunciations of 日本 and was introduced to European languages through early trade. In the 13th century, Marco Polo recorded the early Mandarin or Wu Chinese pronunciation of the characters 日本國 as Cipangu. The old Malay name for Japan, Japang or Japun, was borrowed from a southern coastal Chinese dialect and encountered by Portuguese traders in Southeast Asia, who brought the word to Europe in the early 16th century. The first version of the name in English appears in a book published in 1577, which spelled the name as Giapan in a translation of a 1565 Portuguese letter.
Assistant: The English term "Japan" dates back to a 16th century English translation of a Portuguese book which named the country using an old Malaysian name borrowed from a southern coastal Chinese dialect. The explorer Marco Polo wrote the name as Cipangu in the 13th century based on early Chinese pronunciation. Interestingly, Japanese refer to their own nation as "Nihon" or in official government uses as "Nippon" which is written on banknotes or postage stamps. Both terms are is derived from the Chinese pronunciation of two characters which mean "sun origin" which was adopted in 8th century Japanese literature.
User: Given the following summary of the book "Human Compatible" by Stuart Russell, what is the author's proposal to overcome the limitations of the standard approach for developing AI?

Context:
Russell begins by asserting that the standard model of AI research, in which the primary definition of success is getting better and better at achieving rigid human-specified goals, is dangerously misguided. Such goals may not actually reflect what human designers intend, such as by failing to take into account any human values not included in the goals. If an AI developed according to the standard model were to become superintelligent, it would likely not fully reflect human values and could be catastrophic to humanity. Russell asserts that precisely because the timeline for developing human-level or superintelligent AI is highly uncertain, safety research should be begun as soon as possible, as it is also highly uncertain how long it would take to complete such research.

Russell argues that continuing progress in AI capability is inevitable because of economic pressures. Such pressures can already be seen in the development of existing AI technologies such as self-driving cars and personal assistant software. Moreover, human-level AI could be worth many trillions of dollars. Russell then examines the current debate surrounding AI risk. He offers refutations to a number of common arguments dismissing AI risk and attributes much of their persistence to tribalism—AI researchers may see AI risk concerns as an "attack" on their field. Russell reiterates that there are legitimate reasons to take AI risk concerns seriously and that economic pressures make continued innovation in AI inevitable.

Russell then proposes an approach to developing provably beneficial machines that focuses on deference to humans. Unlike in the standard model of AI, where the objective is rigid and certain, this approach would have the AI's true objective remain uncertain, with the AI only approaching certainty about it as it gains more information about humans and the world. This uncertainty would, ideally, prevent catastrophic misunderstandings of human preferences and encourage cooperation and communication with humans. Russell concludes by calling for tighter governance of AI research and development as well as cultural introspection about the appropriate amount of autonomy to retain in an AI-dominated world.
Assistant: Russell suggests that the AIs should be trained in a way that makes them gradually gain knowledge of what is truly beneficial to humans. AIs developed in this fashion would cooperate with humans while leaving them with a high enough level of autonomy.
User: Given the paragraph about the Colnago C40, in which year was a Colnago-branded bicycle first ridden by the overall classification winner in the Tour de France?

Context:
The C40 went on to win 5 editions of Paris-Roubaix in 6 years. Surpringly, the victory of Tadej Pogačar in the 2020 edition of the Tour de France marked the first time a Colnago-branded bicycle was ridden by the overall classification winner, since Merckx's victories were aboard re-branded bikes.
Assistant: 2020 was the first year a Colnago-branded bicycle was first ridden by the overall classification winner in the Tour de France.