HuggingFaceH4/databricks_dolly_15k huggingface dataset:
Instruction: List all the names of the underground lines in london, in alphabetical order

Context: London Underground's eleven lines total 402 kilometres (250 mi) in length,[1] making it the seventh longest metro system in the world. These are made up of the sub-surface network and the deep-tube lines.[1] The Circle, District, Hammersmith & City, and Metropolitan lines form the sub-surface network, with railway tunnels just below the surface and of a similar size to those on British main lines, converging on a circular bi-directional loop around zone 1. The Hammersmith & City and Circle lines share stations and most of their track with each other, as well as with the Metropolitan and District lines. The Bakerloo, Central, Jubilee, Northern, Piccadilly, Victoria and Waterloo & City lines are deep-level tubes, with smaller trains that run in two circular tunnels (tubes) with a diameter about 11 feet 8 inches (3.56 m). These lines have the exclusive use of a pair of tracks, except for the Uxbridge branch of the Piccadilly line, which shares track with the District line between Acton Town and Hanger Lane Junction and with the Metropolitan line between Rayners Lane and Uxbridge; and the Bakerloo line, which shares track with London Overground's Watford DC Line for its aboveground section north of Queen's Park.[107]

Fifty-five per cent of the system runs on the surface. There are 20 miles (32 km) of cut-and-cover tunnel and 93 miles (150 km) of tube tunnel.[1] Many of the central London underground stations on deep-level tube routes are higher than the running lines to assist deceleration when arriving and acceleration when departing.[108] Trains generally run on the left-hand track. In some places, the tunnels are above each other (for example, the Central line east of St Paul's station), or the running tunnels are on the right (for example on the Victoria line between Warren Street and King's Cross St. Pancras, to allow cross-platform interchange with the Northern line at Euston).[107][109]

The lines are electrified with a four-rail DC system: a conductor rail between the rails is energised at −210 V and a rail outside the running rails at +420 V, giving a potential difference of 630 V. On the sections of line shared with mainline trains, such as the District line from East Putney to Wimbledon and Gunnersbury to Richmond, and the Bakerloo line north of Queen's Park, the centre rail is bonded to the running rails.[110]

The average speed on the Underground is 20.5 mph (33.0 km/h).[11] Outside the tunnels of central London, many lines' trains tend to travel at over 40 mph (64 km/h) in the suburban and countryside areas. The Metropolitan line can reach speeds of 62 mph (100 km/h).[111]

Response: 1. Bakerloo
2. Central
3. Circle
4. District
5. Hammersmit and City  
6. Jubilee
7. London overground
8. Metropolitan
9. Northern
10. Piccadilly
11. Victoria
12. Waterloo and City
Instruction: Which of the followings are Chinese martial arts? Tai chi, Shaolin, Wing chun, Boxing, Taekwondo, Karate


Response: Tai chi, Shaolin, and Wing chun are Chinese martial arts. Notably Bruce Lee was a practitioner of Wing chun.

Boxing, Taekwondo, and Karate are not Chinese martial arts.
Instruction: Extract the names of the Formula One teams Vettel was a part of from the text. Separate them with a comma.

Context: Vettel started his Formula One career as a test driver for BMW Sauber in 2006, making a one-off racing appearance in 2007. As part of the Red Bull Junior Team, Vettel appeared for Toro Rosso later that year and was kept as a full-time driver for 2008, where he scored a victory in the Italian Grand Prix to become the then-youngest race winner. Vettel was promoted to Red Bull in 2009. With Red Bull, Vettel won four consecutive titles from 2010 to 2013, the first of which made him the sport's youngest World Champion. In 2013, he set the record for the most consecutive race wins with nine.[7] Vettel signed for Ferrari for 2015 replacing Fernando Alonso and became Mercedes' and Lewis Hamilton's closest challenger in two title fights in 2017 and 2018, although he finished both years as runner-up. He parted ways with Ferrari at the end of the 2020 season to race with Aston Martin for the 2021 and 2022 seasons, before retiring from Formula One at the end of the 2022 season.

Response: BMW Sauber, Toro Rosso, Red Bull, Ferrari, Aston Martin
Instruction: What is radioactive decay?

Context: Radioactive decay (also known as nuclear decay, radioactivity, radioactive disintegration, or nuclear disintegration) is the process by which an unstable atomic nucleus loses energy by radiation. A material containing unstable nuclei is considered radioactive. Three of the most common types of decay are alpha decay (α-decay), beta decay (β-decay), and gamma decay (γ-decay), all of which involve emitting one or more particles. The weak force is the mechanism that is responsible for beta decay, while the other two are governed by the electromagnetism and nuclear force. A fourth type of common decay is electron capture, in which an unstable nucleus captures an inner electron from one of the electron shells. The loss of that electron from the shell results in a cascade of electrons dropping down to that lower shell resulting in emission of discrete X-rays from the transitions. A common example is iodine-125 commonly used in medical settings.

Response: Radioactive decay is the process by which an unstable atomic nucleus loses energy by radiation.  It is also known by terms such as nuclear decay, radioactivity, radioactive disintegration, or nuclear disintegration.
Instruction: What happens at a track meet?


Response: Coaches, athletes, fans, and volunteers gather around a flat oval surface that is usually 160 to 400 meters in length.  A track meet is a competition held on a day where people compete to win or improve their abilities as measured against a clock or measuring tape.  Events at a track meet are categorized as running and field where athletes compete head to head against one another.  Field events might consist of throwing a heavy ball, called shot put or jumping from a line, called long jump.  Running events range from 50meters to many kilometers done by running laps around the oval.  Usually athletes compete in heats or waves of 4-8 runners with the fastest overall winning the event.  Families and friends gather to cheer on their athletes while coaches measure their performance while also giving advice during the track meet.
Instruction: What nationality and percentage were forced into internment camps?


Response: Japanese Americans ethnic group were forced into internment camps. Around 70% of Japanese Americans were impacted by this.
Instruction: Clarence Albert Pierce, Jr., tell me where he was born and what college he went attended.

Context: Clarence Albert Pierce, Jr. (born October 1, 1928) is an American politician in the state of Mississippi. He served in the Mississippi House of Representatives from 1952 to 1984. He was a teacher and farmer.[1][2] He attended the University of Mississippi, graduating in 1950. Pierce served as an assistant to Senator James Eastland when the Mississippi House was not in session.

Response: Clarence Albert Pierce, Jr. was born on October 1, 1928 and attended the University of Mississippi.
Instruction: What modern city used to be known as New Amsterdam?


Response: The modern city used to be known as New Amsterdam was founded in 1626, when the Dutch West India Company established a trading post at the tip of Manhattan Island. The city was renamed New York in 1664.
Instruction: What is the Internet of Things (IoT)?


Response: The Internet of Things (IoT) is a collection of physical objects (with sensors) that send and receive data via the internet or a private network. Over the past few years we have seen IoT becoming more relevant as more internet-enabled devices have been released to the market. Companies in different industries can use device sensors and IoT to, for example, predict equipment failures, increase productivity and efficiency of business operations, monitor human health via wearable devices, optimize track delivery routes, etc. IoT and IoT analytics applications are expected to continue to grow over the next few years as hardware becomes cheaper and more ML/AI services are developed to process the data generated by those devices.
Instruction: Would you rather be Tom Brady or a Dragon?


Response: Because of my nature I do not have a personal opinion. 

Tom Brady is a human football player. He is famous and rich which are typically very sought after traits. He is also athletic and many view him as an attractive person. He has 7 super bowl rings. 

Dragon's are large mythical creatures that can fly, breath fire, and perform other magical tasks. There are different depictions of dragons across variations of literatures but those are the most common traits. However, there are slight variations across popular stories such as Harry Potter, GOT, and Lord of the Rings. 

Some might say the comparison between Tom Brady and a typical Dragon is like comparing apples to oranges. Two fruits that can be compared. The original question, while fun to think about, is a matter of preference and very objective.
Instruction: Why killing is sin?


Response: Killing is sin because you can not kill human being.,
Instruction: Identify which instrument is string or percussion: Naqareh, Liuqin


Response: Liuqin is string, Nagareh is percussion.
Instruction: Given the following paragraph on water resources, in what percentage is freshwater stored in the different storage forms?

Context: Water resources are natural resources of water that are potentially useful for humans,[68] for example as a source of drinking water supply or irrigation water. Water occurs as both "stocks" and "flows". Water can be stored as lakes, water vapor, groundwater or aquifers, and ice and snow. Of the total volume of global freshwater, an estimated 69 percent is stored in glaciers and permanent snow cover; 30 percent is in groundwater; and the remaining 1 percent in lakes, rivers, the atmosphere, and biota.[69] The length of time water remains in storage is highly variable: some aquifers consist of water stored over thousands of years but lake volumes may fluctuate on a seasonal basis, decreasing during dry periods and increasing during wet ones. A substantial fraction of the water supply for some regions consists of water extracted from water stored in stocks, and when withdrawals exceed recharge, stocks decrease. By some estimates, as much as 30 percent of total water used for irrigation comes from unsustainable withdrawals of groundwater, causing groundwater depletion.

Response: It is estimated that 69 percent of freshwater is stored in glaciers and permanent snow cover, 30 percent in groundwater, and the remaining 1 percent is stored in lakes, rivers, the atmosphere, and biota.
Instruction: Is the mascot for the University of Colorado a real buffalo?


Response: Indeed, Ralphie is a real buffalo. She is the fifth live Buffalo mascot for the University of Colorado in Boulder, CO. She lives in an undisclosed location and makes an appearance at every home football game, running a horseshoe shape from one side of the endzone around the perimeter of the field into a trailer on the other side of the same endzone. She is managed by a team of student handlers who go through a rigorous tryout program to join her team.
Instruction: Who is the star of the movie Breakfast at Tiffany's?


Response: Audrey Hepburn starred in Breakfast at Tiffany's
Instruction: Identify which car manufacturer is British or American: McLaren, Dodge


Response: Dodge is American, McLaren is British
Instruction: Given a reference text about the 2015 UEFA Super Cup, tell me who played in the game, who won, and the score.

Context: The 2015 UEFA Super Cup was a football match between Spanish teams Barcelona and Sevilla on 11 August 2015 at the Boris Paichadze Dinamo Arena in Tbilisi, Georgia. It was the 40th UEFA Super Cup, an annual tournament contested by the winners of the UEFA Champions League and UEFA Europa League. Barcelona were appearing in the Super Cup for the ninth time, they had previously won and lost the competition four times each. Sevilla were appearing in the competition for the fourth time, they had won once and lost twice. The two sides had met before in the competition in 2006, when Sevilla won 3–0.[5]

The teams had qualified for the competition by winning the two seasonal European competitions. Barcelona won the 2014–15 UEFA Champions League, defeating Italian Juventus 3–1 in the final. Sevilla qualified as winners of the 2014–15 UEFA Europa League. They beat Ukrainian team Dnipro 3–2 in the final.[6]

Barcelona won the game 5–4 after extra time to claim their fifth Super Cup title, tying Milan's record.[7] Their ninth Super Cup appearance was also a record, two ahead of Milan. Dani Alves's fourth Super Cup win and fifth appearance matched Paolo Maldini's records, while Luis Enrique became the fourth man to lift the UEFA Super Cup as coach and player after Pep Guardiola, Carlo Ancelotti and Diego Simeone. The nine goals scored was also the most in any Super Cup fixture, and the attendance of 51,940 was a record for a one-off, neutral venue UEFA Super Cup.

Response: Barcelona played Sevilla in the 2015 UEFA Super Cup. Barcelona won 5-4 after extra time.
Instruction: What is a GPU?


Response: A GPU (Graphics Processing Unit) is a specialized processor designed for processing graphical data. It is commonly found in video games consoles, computer monitors, and other graphics-intensive applications. GPUs are able to perform more complex operations than CPUs (Central Processing Units) and are more efficient at rendering and manipulating graphics.
Instruction: What is Chianti wine? What kind of grape it is?

Context: A Chianti wine (/kiˈænti/, also US: /-ˈɑːn-/, Italian: [ˈkjanti]) is any wine produced in the Chianti region of central Tuscany. It was historically associated with a squat bottle enclosed in a straw basket, called a fiasco ("flask"; pl. fiaschi). However, the fiasco is only used by a few makers of the wine as most Chianti is now bottled in more standard shaped wine bottles. In the mid-late 19th century, Baron Bettino Ricasoli (later Prime Minister of the Kingdom of Italy) helped establish Sangiovese as the blend's dominant grape variety, creating the blueprint for today's Chianti wines.[1]

The first definition of a wine area called Chianti was made in 1716. It described the area near the villages of Gaiole, Castellina and Radda; the so-called Lega del Chianti and later Provincia del Chianti (Chianti province). In 1932 the Chianti area was completely redrawn and divided into seven sub-areas: Classico, Colli Aretini, Colli Fiorentini, Colline Pisane, Colli Senesi, Montalbano and Rùfina. Most of the villages that in 1932 were added to the newly defined Chianti Classico region added in Chianti to their names, for example Greve in Chianti, which amended its name in 1972. Wines labelled Chianti Classico come from the largest sub-area of Chianti, which includes the original Chianti heartland. Only Chianti from this sub-zone may display the black rooster (gallo nero) seal on the neck of the bottle, which indicates that the producer of the wine is a member of the Chianti Classico Consortium, the local association of producers.[2][3] Other variants, with the exception of Rufina north-east of Florence and Montalbano south of Pistoia, originate in the named provinces: Siena for the Colli Senesi, Florence for the Colli Fiorentini, Arezzo for the Colli Aretini and Pisa for the Colline Pisane. In 1996 part of the Colli Fiorentini sub-area was renamed Montespertoli.

During the 1970s producers started to reduce the quantity of white grapes in Chianti. In 1995 it became legal to produce a Chianti with 100% Sangiovese. For a wine to retain the name of Chianti it must be produced with at least 80% Sangiovese grapes.[4] Aged Chianti (38 months instead of 4–7) may be labelled as Riserva. Chianti that meets more stringent requirements (lower yield, higher alcohol content and dry extract) may be labelled as Chianti Superiore, although Chianti from the Classico sub-area is not allowed in any event to be labelled as Superiore.

Response: Chianti wine is any kind of wine made in the Chianti region of Tuscany, Italy. Sangiovese is the dominant variety of the grape used in Chianti wines. To call it a Chianti wine, it must be produced with at least 80% Sangiovese grapes.
Instruction: Based on this paragraph, who directed "Before Morning?"

Context: Before Morning is a 1933 American pre-Code crime drama directed by Arthur Hoerl, and starring Leo Carrillo, Lora Baxter, and Taylor Holmes. The film was adapted for the screen by Arthur Hoerl, from the 1933 Broadway play of the same name by Edward and Edna Riley.[1]

Response: Arthur Hoerl
Instruction: What do Georgians like about their home state?


Response: I like the abundant forests of Georgia. The city of Atlanta is quite tree-filled, has an interesting history, is less expensive than other cities of a similar size, and has the Chattahoochee River flowing through it. To the north of the state is the beginning of the Appalachian Mountain Range. While not particularly tall mountains, they offer impressive vistas, moderate day hikes, and many waterfalls. The coastal region of Georgia has some beaches and historic Savanah. Farther inland to the south is the Okeefenokee Swamp. Another appealing aspect is the climate. Summer is hot, but that makes for great swimming weather. Winter is fairly mild, but we get an occasional snowfall to keep things interesting. Fall and Spring are temperate and great for outdoor activities. Georgia also is home to top-tier universities, including one of the best values in higher education, Georgia Institute of Technology, and #1 party school University of Georgia. Finally, the state is politically moderately conservative, with an emphasis on freedom and an appealing economy for businesses.
Instruction: What are the benefits of building a DIY home build off grid?


Response: Some of the benefits could  be:  no local government permits or governance, no state or local government infrastructure bills, reduction of taxes, self sustainability for water, electricity, & support services, privacy, disconnecting from social media, reducing your monthly and yearly operational expenses, getting in touch with nature, reducing clutter in your life and a refocusing on bare essentials for living.
Instruction: What are some typical characteristics of a Persian cat?


Response: Persian cats generally tend to be medium-sized cats with long-haired, fluffy coats, small, rounded ears, flatter faces, and small noses. They also have round heads and have the appearance of bigger eyes.
Instruction: Tell me about the plot of the book Cold Granite

Context: Cold Granite is the debut novel written by Stuart MacBride. It features Detective Sergeant Logan McRae (who is later nicknamed "Lazarus") as its central character, who works for Grampian Police in Aberdeen, Scotland. Logan McRae went on to feature in a series of books which became a bestseller series for MacBride.[1]

Plot
It is Logan McRae's first week back after being on sick leave for a year; courtesy of Angus Robertson (The Mastrick Monster) who carved him up with a knife. Someone is kidnapping children, murdering them and mutilating them afterwards. The local paper screams about police incompetence and is gunning for McRae's boss, Detective Inspector David Insch. McRae discovers that someone is leaking the stories to a journalist, Colin Miller, who inadvertently disrupts Grampian Polices' plans to apprehend the killer by revealing their plan to wait out in a secluded location which the killer thinks is safe.

McRae discovers that Miller's source is none other than his ex-girlfriend, Isobel McAlister, the police pathologist, who is now living with Miller and tells him about her day to unwind.

Meanwhile, the local council worker who removes all the dead animals from the roads (affectionately called "Roadkill") is found to have a dead girl in his tip and another dead girl is discovered on the local rubbish dump.[2][3][4]

Response: Cold Granite is the debut novel written by Stuart MacBride. It features Detective Sergeant Logan McRae (who is later nicknamed "Lazarus") as its central character, who works for Grampian Police in Aberdeen, Scotland. Logan McRae went on to feature in a series of books which became a bestseller series for MacBride.

The Plot goes as it is Logan McRae's first week back after being on sick leave for a year; courtesy of Angus Robertson (The Mastrick Monster) who carved him up with a knife. Someone is kidnapping children, murdering them and mutilating them afterwards. The local paper screams about police incompetence and is gunning for McRae's boss, Detective Inspector David Insch. McRae discovers that someone is leaking the stories to a journalist, Colin Miller, who inadvertently disrupts Grampian Polices' plans to apprehend the killer by revealing their plan to wait out in a secluded location which the killer thinks is safe.

McRae discovers that Miller's source is none other than his ex-girlfriend, Isobel McAlister, the police pathologist, who is now living with Miller and tells him about her day to unwind.

Meanwhile, the local council worker who removes all the dead animals from the roads (affectionately called "Roadkill") is found to have a dead girl in his tip and another dead girl is discovered on the local rubbish dump.
Instruction: What is EDM?


Response: EDM or Electronic Dance Music is a genre of Electronic music that is typically played at clubs, bars, pubs, and parties for groovy people to dance to while they have a great time.
Instruction: How many U.S. Presidents have served in the military?


Response: Twenty-six U.S. Presidents have served in various branches of the military.
George Washington
Thomas Jefferson
James Madison
James Monroe
Andrew Jackson
William Henry Harrison
John Tyler
James K. Polk
Zachary Taylor
Millard Fillmore
Franklin Pierce
James Buchanan
Abraham Lincoln
Andrew Johnson
Ulysses S. Grant
Rutherford B. Hayes
James A. Garfield
Chester A. Arthur
Benjamin Harrison
William McKinley
Theodore Roosevelt
Harry S. Truman
Dwight D. Eisenhower
John F. Kennedy
Lyndon B. Johnson
Richard M. Nixon
Gerald R. Ford, Jr.
Jimmy Carter
Ronald Reagan
George Bush
George W. Bush
Instruction: Who leads the Cambridge Zero initiative?

Context: Cambridge Zero is Cambridge University's response to climate change. Led by Dr Emily Shuckburgh OBE, a climate scientist, mathematician and science communicator, it is an interdisciplinary and collaborative initiative created "to harness the full range of the University’s research and policy expertise, developing solutions that work for our lives, our society and our economy".[1]

Shuckburgh stresses that Cambridge Zero will not work in isolation and that the climate crisis demands a holistic response: "There is a really urgent need for, frankly, an immediate response on a scale that is utterly unprecedented and does require the whole of our economy and the whole of society. It's about all of us contributing in the way we live our lives".[2]

Cambridge Zero was first announced by Cambridge Vice-Chancellor Stephen Toope in his annual address in October 2019.[3]

Electric flight is one of several engineering areas covered[4] but Shuckburgh emphasizes the need for the broadest range of skills to support Cambridge Zero's output. She says, “I started being involved in climate-related research right at the start of it becoming an international political topic, and it’s been a convergence of different interests.”[5]

Cambridge Zero represents the University of Cambridge in the COP26 Universities Network [6] and is a facilitator of COP26's "Visions for a Net Zero Future" initiative.[7]

Response: The Cambridge Zero is initiative is led by Dr. Emily Shuckburgh, she is a climate scientist, mathematician, and science communicator.