Datasets:

samim2024

/

llama2-dataset-finetune-train-1100row

like 0

What items can be easily composted at home?

For a home compost bin, it is important to only compost things that can be easily turned to soil an won't attract animals or pest. Thus, you can compost fruits and vegetables, egg shells, coffee grounds, paper products like newspaper or cardboard (if ripped into smaller pieces), and yard waste like grass clippings and leaves. In a commercial compost, oily food scraps, dairy, meat, and bones can also be composted. It is better to leave these items out of a home compost bin.

brainstorming

Instruction: What items can be easily composted at home? Context: Response: For a home compost bin, it is important to only compost things that can be easily turned to soil an won't attract animals or pest. Thus, you can compost fruits and vegetables, egg shells, coffee grounds, paper products like newspaper or cardboard (if ripped into smaller pieces), and yard waste like grass clippings and leaves. In a commercial compost, oily food scraps, dairy, meat, and bones can also be composted. It is better to leave these items out of a home compost bin.

How many member states does the European Union have?

The European Union (EU) is a supranational political and economic union of 27 member states that are located primarily in Europe. The union has a total area of 4,233,255.3 km2 (1,634,469.0 sq mi) and an estimated total population of nearly 447 million. The EU has often been described as a sui generis political entity (without precedent or comparison) combining the characteristics of both a federation and a confederation.

27

closed_qa

Instruction: How many member states does the European Union have? Context: The European Union (EU) is a supranational political and economic union of 27 member states that are located primarily in Europe. The union has a total area of 4,233,255.3 km2 (1,634,469.0 sq mi) and an estimated total population of nearly 447 million. The EU has often been described as a sui generis political entity (without precedent or comparison) combining the characteristics of both a federation and a confederation. Response: 27

What is the first computer recognized in human history?

The Antikythera mechanism (/ˌæntɪkɪˈθɪərə/ AN-tih-kih-THEER-ə) is an Ancient Greek hand-powered orrery, described as the oldest known example of an analogue computer used to predict astronomical positions and eclipses decades in advance. It could also be used to track the four-year cycle of athletic games which was similar to an Olympiad, the cycle of the ancient Olympic Games.

The Antikythera mechanism, an astronomical clock, was built around 100 BC and is considered the world's first computer.

closed_qa

Instruction: What is the first computer recognized in human history? Context: The Antikythera mechanism (/ˌæntɪkɪˈθɪərə/ AN-tih-kih-THEER-ə) is an Ancient Greek hand-powered orrery, described as the oldest known example of an analogue computer used to predict astronomical positions and eclipses decades in advance. It could also be used to track the four-year cycle of athletic games which was similar to an Olympiad, the cycle of the ancient Olympic Games. Response: The Antikythera mechanism, an astronomical clock, was built around 100 BC and is considered the world's first computer.

Many important hominid fossils have been found in Tanzania, such as 6-million-year-old Pliocene hominid fossils. The genus Australopithecus ranged across Africa between 4 and 2 million years ago, and the oldest remains of the genus Homo are found near Lake Olduvai. Following the rise of Homo erectus 1.8 million years ago, humanity spread all over the Old World, and later in the New World and Australia under the species Homo sapiens. H. sapiens also overtook Africa and absorbed the older species of humanity. Later in the Stone and Bronze Age, prehistoric migrations into Tanzania included Southern Cushitic speakers who moved south from present-day Ethiopia; Eastern Cushitic people who moved into Tanzania from north of Lake Turkana about 2,000 and 4,000 years ago; and the Southern Nilotes, including the Datoog, who originated from the present-day South Sudan–Ethiopia border region between 2,900 and 2,400 years ago.: page 18  These movements took place at about the same time as the settlement of the Mashariki Bantu from West Africa in the Lake Victoria and Lake Tanganyika areas. They subsequently migrated across the rest of Tanzania between 2,300 and 1,700 years ago.

In what country have many of the most important hominid fossils been found?

Many hominid fossils have been found inTanzania.

information_extraction

Instruction: Many important hominid fossils have been found in Tanzania, such as 6-million-year-old Pliocene hominid fossils. The genus Australopithecus ranged across Africa between 4 and 2 million years ago, and the oldest remains of the genus Homo are found near Lake Olduvai. Following the rise of Homo erectus 1.8 million years ago, humanity spread all over the Old World, and later in the New World and Australia under the species Homo sapiens. H. sapiens also overtook Africa and absorbed the older species of humanity. Later in the Stone and Bronze Age, prehistoric migrations into Tanzania included Southern Cushitic speakers who moved south from present-day Ethiopia; Eastern Cushitic people who moved into Tanzania from north of Lake Turkana about 2,000 and 4,000 years ago; and the Southern Nilotes, including the Datoog, who originated from the present-day South Sudan–Ethiopia border region between 2,900 and 2,400 years ago.: page 18  These movements took place at about the same time as the settlement of the Mashariki Bantu from West Africa in the Lake Victoria and Lake Tanganyika areas. They subsequently migrated across the rest of Tanzania between 2,300 and 1,700 years ago. Context: In what country have many of the most important hominid fossils been found? Response: Many hominid fossils have been found inTanzania.

What is type 1 diabetes?

Type 1 diabetes (T1D), formerly known as juvenile diabetes, is an autoimmune disease that originates when cells that make insulin (beta cells) are destroyed by the immune system. Insulin is a hormone required for the cells to use blood sugar for energy and it helps regulate glucose levels in the bloodstream. Before treatment this results in high blood sugar levels in the body. The common symptoms of this elevated blood sugar are frequent urination, increased thirst, increased hunger, weight loss, and other serious complications. Additional symptoms may include blurry vision, tiredness, and slow wound healing. Symptoms typically develop over a short period of time, often a matter of weeks.

Type 1 diabetes is an autoimmune condition where beta cells that make insulin are destroyed by the immune system. Insulin is required to help regulate glucose levels in the bloodstream.

information_extraction

Instruction: What is type 1 diabetes? Context: Type 1 diabetes (T1D), formerly known as juvenile diabetes, is an autoimmune disease that originates when cells that make insulin (beta cells) are destroyed by the immune system. Insulin is a hormone required for the cells to use blood sugar for energy and it helps regulate glucose levels in the bloodstream. Before treatment this results in high blood sugar levels in the body. The common symptoms of this elevated blood sugar are frequent urination, increased thirst, increased hunger, weight loss, and other serious complications. Additional symptoms may include blurry vision, tiredness, and slow wound healing. Symptoms typically develop over a short period of time, often a matter of weeks. Response: Type 1 diabetes is an autoimmune condition where beta cells that make insulin are destroyed by the immune system. Insulin is required to help regulate glucose levels in the bloodstream.

What is the name of the dog that looks like a mop?

There are a number of dogs with mop-like appearances. The two most famous examples are the Komondor, which is a Hungarian guard dog, and the Puli, which was bred as a herding dog. Another example includes the lesser-known Bergamasco Sheepdog.

general_qa

Instruction: What is the name of the dog that looks like a mop? Context: Response: There are a number of dogs with mop-like appearances. The two most famous examples are the Komondor, which is a Hungarian guard dog, and the Puli, which was bred as a herding dog. Another example includes the lesser-known Bergamasco Sheepdog.

Who was awarded the Nobel Prize for Physics ?

Syukuro Manabe(Japanese), Klaus Hasselmann(Germany) & Giorgio Parisi(Italian)

open_qa

Instruction: Who was awarded the Nobel Prize for Physics ? Context: Response: Syukuro Manabe(Japanese), Klaus Hasselmann(Germany) & Giorgio Parisi(Italian)

Which characters belong to DC or Marvel Universe? Boomerang, Captain Boomerang

Boomerang is Marvel, Captain Boomerang is DC

classification

Instruction: Which characters belong to DC or Marvel Universe? Boomerang, Captain Boomerang Context: Response: Boomerang is Marvel, Captain Boomerang is DC

Without quoting directly from the text give me a summary of Cesar Chavez greatest achievements.

Cesar Chavez (born Cesario Estrada Chavez /ˈtʃɑːvɛz/; Spanish: [ˈt͡ʃaβes]; March 31, 1927 – April 23, 1993) was an American labor leader and civil rights activist. Along with Dolores Huerta, he co-founded the National Farm Workers Association (NFWA), which later merged with the Agricultural Workers Organizing Committee (AWOC) to become the United Farm Workers (UFW) labor union. Ideologically, his world-view combined leftist politics with Catholic social teachings. Born in Yuma, Arizona to a Mexican American family, Chavez began his working life as a manual laborer before spending two years in the United States Navy. Relocating to California, where he married, he got involved in the Community Service Organization (CSO), through which he helped laborers register to vote. In 1959, he became the CSO's national director, a position based in Los Angeles. In 1962, he left the CSO to co-found the NFWA, based in Delano, California, through which he launched an insurance scheme, a credit union, and the El Malcriado newspaper for farmworkers. Later that decade he began organizing strikes among farmworkers, most notably the successful Delano grape strike of 1965–1970. Amid the grape strike his NFWA merged with Larry Itliong's AWOC to form the UFW in 1967. Influenced by the Indian independence leader Mahatma Gandhi, Chavez emphasized direct but nonviolent tactics, including pickets and boycotts, to pressure farm owners into granting strikers' demands. He imbued his campaigns with Roman Catholic symbolism, including public processions, masses, and fasts. He received much support from labor and leftist groups but was monitored by the Federal Bureau of Investigation (FBI). In the early 1970s, Chavez sought to expand the UFW's influence outside California by opening branches in other U.S. states. Viewing illegal immigrants as a major source of strike-breakers, he also pushed a campaign against illegal immigration into the U.S., which generated violence along the U.S.-Mexico border and caused schisms with many of the UFW's allies. Interested in co-operatives as a form of organization, he established a remote commune at Keene. His increased isolation and emphasis on unrelenting campaigning alienated many California farmworkers who had previously supported him and by 1973 the UFW had lost most of the contracts and membership it won during the late 1960s. His alliance with California Governor Jerry Brown helped ensure the passing of the California Agricultural Labor Relations Act of 1975, although the UFW's campaign to get its measures enshrined in California's constitution failed. Influenced by the Synanon religious organization, Chavez re-emphasized communal living and purged perceived opponents. Membership of the UFW dwindled in the 1980s, with Chavez refocusing on anti-pesticide campaigns and moving into real-estate development, generating controversy for his use of non-unionized laborers. A controversial figure, UFW critics raised concerns about Chavez's autocratic control of the union, the purges of those he deemed disloyal, and the personality cult built around him, while farm-owners considered him a communist subversive. He became an icon for organized labor and leftist groups in the U.S. and posthumously became a "folk saint" among Mexican Americans. His birthday is a federal commemorative holiday in several U.S. states, while many places are named after him, and in 1994 he posthumously received the Presidential Medal of Freedom.

Cesar Chavez is widely regarded as the folk hero fighting for the rights of farm workers in the 1960's and 1970's. He is the co-founder of the farm workers union and helped to pass laws in California protecting farm workers. He worked on expanding the movement throughout the United States but had limited success.

summarization

Instruction: Without quoting directly from the text give me a summary of Cesar Chavez greatest achievements. Context: Cesar Chavez (born Cesario Estrada Chavez /ˈtʃɑːvɛz/; Spanish: [ˈt͡ʃaβes]; March 31, 1927 – April 23, 1993) was an American labor leader and civil rights activist. Along with Dolores Huerta, he co-founded the National Farm Workers Association (NFWA), which later merged with the Agricultural Workers Organizing Committee (AWOC) to become the United Farm Workers (UFW) labor union. Ideologically, his world-view combined leftist politics with Catholic social teachings. Born in Yuma, Arizona to a Mexican American family, Chavez began his working life as a manual laborer before spending two years in the United States Navy. Relocating to California, where he married, he got involved in the Community Service Organization (CSO), through which he helped laborers register to vote. In 1959, he became the CSO's national director, a position based in Los Angeles. In 1962, he left the CSO to co-found the NFWA, based in Delano, California, through which he launched an insurance scheme, a credit union, and the El Malcriado newspaper for farmworkers. Later that decade he began organizing strikes among farmworkers, most notably the successful Delano grape strike of 1965–1970. Amid the grape strike his NFWA merged with Larry Itliong's AWOC to form the UFW in 1967. Influenced by the Indian independence leader Mahatma Gandhi, Chavez emphasized direct but nonviolent tactics, including pickets and boycotts, to pressure farm owners into granting strikers' demands. He imbued his campaigns with Roman Catholic symbolism, including public processions, masses, and fasts. He received much support from labor and leftist groups but was monitored by the Federal Bureau of Investigation (FBI). In the early 1970s, Chavez sought to expand the UFW's influence outside California by opening branches in other U.S. states. Viewing illegal immigrants as a major source of strike-breakers, he also pushed a campaign against illegal immigration into the U.S., which generated violence along the U.S.-Mexico border and caused schisms with many of the UFW's allies. Interested in co-operatives as a form of organization, he established a remote commune at Keene. His increased isolation and emphasis on unrelenting campaigning alienated many California farmworkers who had previously supported him and by 1973 the UFW had lost most of the contracts and membership it won during the late 1960s. His alliance with California Governor Jerry Brown helped ensure the passing of the California Agricultural Labor Relations Act of 1975, although the UFW's campaign to get its measures enshrined in California's constitution failed. Influenced by the Synanon religious organization, Chavez re-emphasized communal living and purged perceived opponents. Membership of the UFW dwindled in the 1980s, with Chavez refocusing on anti-pesticide campaigns and moving into real-estate development, generating controversy for his use of non-unionized laborers. A controversial figure, UFW critics raised concerns about Chavez's autocratic control of the union, the purges of those he deemed disloyal, and the personality cult built around him, while farm-owners considered him a communist subversive. He became an icon for organized labor and leftist groups in the U.S. and posthumously became a "folk saint" among Mexican Americans. His birthday is a federal commemorative holiday in several U.S. states, while many places are named after him, and in 1994 he posthumously received the Presidential Medal of Freedom. Response: Cesar Chavez is widely regarded as the folk hero fighting for the rights of farm workers in the 1960's and 1970's. He is the co-founder of the farm workers union and helped to pass laws in California protecting farm workers. He worked on expanding the movement throughout the United States but had limited success.

Identify which instrument is string or percussion: Rattle, Cak

Cak is string, Rattle is percussion.

classification

Instruction: Identify which instrument is string or percussion: Rattle, Cak Context: Response: Cak is string, Rattle is percussion.

Identify which instrument is string or percussion: Makuta, Tricordia

Tricordia is string, Makuta is percussion.

classification

Instruction: Identify which instrument is string or percussion: Makuta, Tricordia Context: Response: Tricordia is string, Makuta is percussion.

When did Hawaii become a state?

Hawaii became a state on August 21, 1959.

open_qa

Instruction: When did Hawaii become a state? Context: Response: Hawaii became a state on August 21, 1959.

Given this paragraph about Charles Inglis, give answers to the following: his father's name, his colleague's name, and his grandfather's occupation.

Charles Inglis was the second son of Dr. Alexander Inglis (a general practitioner in Worcester) and his first wife, Florence, the daughter of newspaper proprietor John Frederick Feeney. His elder brother was the historian John Alexander Inglis FRSE Their father, Alexander Inglis was born in Scotland to a respectable family – his grandfather, John Inglis, was an Admiral in the Royal Navy and had captained HMS Belliqueux at the Battle of Camperdown in 1797. Charles Inglis was born on 31 July 1875. He was not expected to survive and was hurriedly baptised in his father's drawing room; his mother died from complications eleven days later. His family moved to Cheltenham and Inglis was schooled at Cheltenham College from 1889 to 1894. In his final year, he was elected head boy and received a scholarship to study the Mathematics Tripos at King's College, Cambridge. Inglis was 22nd wrangler[nb 1] when he received his Bachelor of Arts degree in 1897; he remained for a fourth year, achieving first class honours in Mechanical Sciences. Inglis was a keen sportsman and enjoyed long-distance running, walking, mountaineering and sailing. At Cambridge, he nearly achieved a blue for long-distance running but was forced to withdraw from a significant race because of a pulled muscle. He was also a follower of the Cambridge University Rugby Union team, watching their matches at Grange Road. After graduation, Inglis began work as an apprentice for the civil engineering firm of John Wolfe-Barry & Partners. He worked as a draughtsman in the drawing office for several months before being placed with Alexander Gibb, who was acting as resident engineer on an extension to the Metropolitan District Railway between Whitechapel and Bow. Inglis was responsible for the design and supervision of all thirteen bridges on the route. It was during this time that he began his lifelong study of vibration and its effects on materials, particularly bridges.

Alexander Inglis, Alexander Gibb, Admiral in the Royal Navy

closed_qa

Instruction: Given this paragraph about Charles Inglis, give answers to the following: his father's name, his colleague's name, and his grandfather's occupation. Context: Charles Inglis was the second son of Dr. Alexander Inglis (a general practitioner in Worcester) and his first wife, Florence, the daughter of newspaper proprietor John Frederick Feeney. His elder brother was the historian John Alexander Inglis FRSE Their father, Alexander Inglis was born in Scotland to a respectable family – his grandfather, John Inglis, was an Admiral in the Royal Navy and had captained HMS Belliqueux at the Battle of Camperdown in 1797. Charles Inglis was born on 31 July 1875. He was not expected to survive and was hurriedly baptised in his father's drawing room; his mother died from complications eleven days later. His family moved to Cheltenham and Inglis was schooled at Cheltenham College from 1889 to 1894. In his final year, he was elected head boy and received a scholarship to study the Mathematics Tripos at King's College, Cambridge. Inglis was 22nd wrangler[nb 1] when he received his Bachelor of Arts degree in 1897; he remained for a fourth year, achieving first class honours in Mechanical Sciences. Inglis was a keen sportsman and enjoyed long-distance running, walking, mountaineering and sailing. At Cambridge, he nearly achieved a blue for long-distance running but was forced to withdraw from a significant race because of a pulled muscle. He was also a follower of the Cambridge University Rugby Union team, watching their matches at Grange Road. After graduation, Inglis began work as an apprentice for the civil engineering firm of John Wolfe-Barry & Partners. He worked as a draughtsman in the drawing office for several months before being placed with Alexander Gibb, who was acting as resident engineer on an extension to the Metropolitan District Railway between Whitechapel and Bow. Inglis was responsible for the design and supervision of all thirteen bridges on the route. It was during this time that he began his lifelong study of vibration and its effects on materials, particularly bridges. Response: Alexander Inglis, Alexander Gibb, Admiral in the Royal Navy

Who was given EY Entrepreneur of the year award 2020 ?

Kiran Mazumdar Shaw

open_qa

Instruction: Who was given EY Entrepreneur of the year award 2020 ? Context: Response: Kiran Mazumdar Shaw

Why was Abraham Lincoln a great President?

Abraham Lincoln's strengths were his empathy and unquenchable thirst to always be learning. He grew up in a humble beginnings where his passions involved reading. He become a self-taught lawyer. During the Civil War, he dove into books of military history. After two years of war, he learned to trust his instincts and installed the right general leadership to execute and win the war. He was the near perfect example of an orator. Not long winded but delivered his powerful rhetoric in the just right amount.

general_qa

Instruction: Why was Abraham Lincoln a great President? Context: Response: Abraham Lincoln's strengths were his empathy and unquenchable thirst to always be learning. He grew up in a humble beginnings where his passions involved reading. He become a self-taught lawyer. During the Civil War, he dove into books of military history. After two years of war, he learned to trust his instincts and installed the right general leadership to execute and win the war. He was the near perfect example of an orator. Not long winded but delivered his powerful rhetoric in the just right amount.

Please explain why adding more indexes to a relational database is not always beneficial for speeding up workloads.

At a high level, an index over a specific table can speed up the execution of a query that accesses the table provided that the query references a compatible subset of columns that the index covers and that the cost of using the index is lower than alternatives (e.g., simply scanning the whole table or using another index). At the same time, the index needs to be kept up-to-date with the table, which means that each table update (insertion or deletion of new rows, or updates to existing rows for the columns that the index covers) will now cost more as the relational database system has to also propagate the update to the index. Thus, the usefulness of adding an index to a workload will depend on the fraction of queries that can benefit from the index, and on the mix of queries and updates.

general_qa

Instruction: Please explain why adding more indexes to a relational database is not always beneficial for speeding up workloads. Context: Response: At a high level, an index over a specific table can speed up the execution of a query that accesses the table provided that the query references a compatible subset of columns that the index covers and that the cost of using the index is lower than alternatives (e.g., simply scanning the whole table or using another index). At the same time, the index needs to be kept up-to-date with the table, which means that each table update (insertion or deletion of new rows, or updates to existing rows for the columns that the index covers) will now cost more as the relational database system has to also propagate the update to the index. Thus, the usefulness of adding an index to a workload will depend on the fraction of queries that can benefit from the index, and on the mix of queries and updates.

Tell me if these are cities or countries: Spain, Paris, Rome and Germany

Spain and Germany are countries, while Paris and Rome are cities. They are all in Europe.

classification

Instruction: Tell me if these are cities or countries: Spain, Paris, Rome and Germany Context: Response: Spain and Germany are countries, while Paris and Rome are cities. They are all in Europe.

What is an Incorporation?

This means forming a company. Some companies have limited liability. In other words, the members of the company are not personally liable for debts which the company runs up, as long as the company is run properly.

open_qa

Instruction: What is an Incorporation? Context: Response: This means forming a company. Some companies have limited liability. In other words, the members of the company are not personally liable for debts which the company runs up, as long as the company is run properly.

Jot down some points about University of Liverpool from given text

The University of Liverpool (abbreviated UOL) is a public research university based in the city of Liverpool, England. Founded as a college in 1881, it gained its Royal Charter in 1903 with the ability to award degrees, and is also known to be one of the six 'red brick' civic universities, the first to be referred to as The Original Red Brick. It comprises three faculties organised into 35 departments and schools. It is a founding member of the Russell Group, the N8 Group for research collaboration and the university management school is triple crown accredited.

1. The institution of Liverpool is a public research institution with its main campus in Liverpool, England (abbreviated UOL). 2. The Original Red Brick was the first of the six civic universities known as "red bricks," and it was established in 1881 as a college before receiving its Royal Charter in 1903, enabling it to grant degrees. 3. It has 35 departments and schools divided into three faculties. 4. The university management school has earned the triple crown of accreditation, and it is a founding member of the Russell Group and the N8 Group for research collaboration.

summarization

Instruction: Jot down some points about University of Liverpool from given text Context: The University of Liverpool (abbreviated UOL) is a public research university based in the city of Liverpool, England. Founded as a college in 1881, it gained its Royal Charter in 1903 with the ability to award degrees, and is also known to be one of the six 'red brick' civic universities, the first to be referred to as The Original Red Brick. It comprises three faculties organised into 35 departments and schools. It is a founding member of the Russell Group, the N8 Group for research collaboration and the university management school is triple crown accredited. Response: 1. The institution of Liverpool is a public research institution with its main campus in Liverpool, England (abbreviated UOL). 2. The Original Red Brick was the first of the six civic universities known as "red bricks," and it was established in 1881 as a college before receiving its Royal Charter in 1903, enabling it to grant degrees. 3. It has 35 departments and schools divided into three faculties. 4. The university management school has earned the triple crown of accreditation, and it is a founding member of the Russell Group and the N8 Group for research collaboration.

Given a reference text about George Koukou, tell me when he was arrested and why.

George Koukou (born 25 May 1945) was acting Speaker of the National Transitional Legislative Assembly of Liberia from 17 March 2005 to January 2006. Originally from Nimba County, he now resides in the capital city of Monrovia. He is a member of the Mano ethnic group. Prior to becoming a member of the National Transitional Legislative Assembly, Koukou was a senator from Nimba County. Koukou replaced George Dweh as Speaker of the transitional legislature on 17 March 2005 after Dweh was suspended indefinitely on 14 March for spending money without proper authorization. On 17 July 2007, Koukou was arrested along with several others, including former army chief of staff Charles Julue, for alleged participation in a coup plot against President Ellen Johnson Sirleaf. He and Julu were charged with treason. Koukou claimed that he did not have the money to hire a lawyer. On 27 August, Monrovia Magistrate Court Judge Milton Taylor ruled that his court could not try Koukou because treason was above its jurisdiction, and he transferred the trial to Criminal Court "A".

George Koukou was arrested on July 17, 2007 for allegedly participating in a coup against President Ellen Johnson Sirleaf.

closed_qa

Instruction: Given a reference text about George Koukou, tell me when he was arrested and why. Context: George Koukou (born 25 May 1945) was acting Speaker of the National Transitional Legislative Assembly of Liberia from 17 March 2005 to January 2006. Originally from Nimba County, he now resides in the capital city of Monrovia. He is a member of the Mano ethnic group. Prior to becoming a member of the National Transitional Legislative Assembly, Koukou was a senator from Nimba County. Koukou replaced George Dweh as Speaker of the transitional legislature on 17 March 2005 after Dweh was suspended indefinitely on 14 March for spending money without proper authorization. On 17 July 2007, Koukou was arrested along with several others, including former army chief of staff Charles Julue, for alleged participation in a coup plot against President Ellen Johnson Sirleaf. He and Julu were charged with treason. Koukou claimed that he did not have the money to hire a lawyer. On 27 August, Monrovia Magistrate Court Judge Milton Taylor ruled that his court could not try Koukou because treason was above its jurisdiction, and he transferred the trial to Criminal Court "A". Response: George Koukou was arrested on July 17, 2007 for allegedly participating in a coup against President Ellen Johnson Sirleaf.

Identify from this list which are Crayola crayon colors: banana biscuits, razzle dazzle rose, whoopsie daisies, purple pizzazz, carnation pink, cotton candy, unmellow yellow, macaroni and cheese, coffee table blue, craisin, aquamarine, jazzberry jam, sea green

Razzle dazzle rose, purple pizzazz, carnation pink, cotton candy, unmellow yellow, macaroni and cheese, aquamarine, jazzberry jam, sea green

classification

Instruction: Identify from this list which are Crayola crayon colors: banana biscuits, razzle dazzle rose, whoopsie daisies, purple pizzazz, carnation pink, cotton candy, unmellow yellow, macaroni and cheese, coffee table blue, craisin, aquamarine, jazzberry jam, sea green Context: Response: Razzle dazzle rose, purple pizzazz, carnation pink, cotton candy, unmellow yellow, macaroni and cheese, aquamarine, jazzberry jam, sea green

What are the names of some great New England Patriots football players?

Great New England Patriots football players include: Tom Brady, Rob Gronkowski, Ron Burton, Ty Law, Teddy Bruschi, and John Hannah.

open_qa

Instruction: What are the names of some great New England Patriots football players? Context: Response: Great New England Patriots football players include: Tom Brady, Rob Gronkowski, Ron Burton, Ty Law, Teddy Bruschi, and John Hannah.

What is the difference between mozzarella and cheddar?

Mozzarella (or Mozz) can be served fresh, while cheddar is generally aged for some time to improve flavor before it is consumed.

open_qa

Instruction: What is the difference between mozzarella and cheddar? Context: Response: Mozzarella (or Mozz) can be served fresh, while cheddar is generally aged for some time to improve flavor before it is consumed.

the first person was on the moon?

Apollo 11 was the American spaceflight that first landed humans on the Moon. Commander Neil Armstrong and lunar module pilot Buzz Aldrin landed the Apollo Lunar Module Eagle on July 20, 1969, at 20:17, and Armstrong became the first person to step onto the Moon's surface six hours and 39 minutes later, on July 21 at 02:56 UTC. Aldrin joined him 19 minutes later, and they spent about two and a quarter hours together exploring the site they had named Tranquility Base upon landing. Armstrong and Aldrin collected 47.5 pounds (21.5 kg) of lunar material to bring back to Earth as pilot Michael Collins flew the Command Module Columbia in lunar orbit, and were on the Moon's surface for 21 hours, 36 minutes before lifting off to rejoin Columbia.

general_qa

Instruction: the first person was on the moon? Context: Response: Apollo 11 was the American spaceflight that first landed humans on the Moon. Commander Neil Armstrong and lunar module pilot Buzz Aldrin landed the Apollo Lunar Module Eagle on July 20, 1969, at 20:17, and Armstrong became the first person to step onto the Moon's surface six hours and 39 minutes later, on July 21 at 02:56 UTC. Aldrin joined him 19 minutes later, and they spent about two and a quarter hours together exploring the site they had named Tranquility Base upon landing. Armstrong and Aldrin collected 47.5 pounds (21.5 kg) of lunar material to bring back to Earth as pilot Michael Collins flew the Command Module Columbia in lunar orbit, and were on the Moon's surface for 21 hours, 36 minutes before lifting off to rejoin Columbia.

Where did Alexander Digeon fought

Alexander Elisabeth Michel vicomte Digeon, (27 June 1771 – 2 August 1826) fought in the French Revolutionary Wars in the cavalry. He became a general officer during the Napoleonic Wars, fighting in a number of important battles. After 1814, he gave his loyalty to the Bourbon Restoration and briefly served as Minister of War.

open_qa

Instruction: Where did Alexander Digeon fought Context: Response: Alexander Elisabeth Michel vicomte Digeon, (27 June 1771 – 2 August 1826) fought in the French Revolutionary Wars in the cavalry. He became a general officer during the Napoleonic Wars, fighting in a number of important battles. After 1814, he gave his loyalty to the Bourbon Restoration and briefly served as Minister of War.

Remove vowels from this text:

The men's individual competition of the triathlon events at the 2011 Pan American Games was held on October 23 at the API Maritime Terminal in Puerto Vallarta. The defending Pan American Games champion is Andy Potts of the United States.

Th mn's ndvdl cmpttn f th trthln vnts t th 2011 Pn mrcn Gms ws hld n ctbr 23 t th P Mrtm Trmnl n Prt Vllrt. Th dfndng Pn mrcn Gms chmpn s ndy Ptts f th ntd Stts.

information_extraction

Instruction: Remove vowels from this text: Context: The men's individual competition of the triathlon events at the 2011 Pan American Games was held on October 23 at the API Maritime Terminal in Puerto Vallarta. The defending Pan American Games champion is Andy Potts of the United States. Response: Th mn's ndvdl cmpttn f th trthln vnts t th 2011 Pn mrcn Gms ws hld n ctbr 23 t th P Mrtm Trmnl n Prt Vllrt. Th dfndng Pn mrcn Gms chmpn s ndy Ptts f th ntd Stts.

What is the name of the first ten amendments to the Constitution?

the bill of rights

open_qa

Instruction: What is the name of the first ten amendments to the Constitution? Context: Response: the bill of rights

What are the titans?

Attack on Titan (Japanese: 進撃の巨人, Hepburn: Shingeki no Kyojin, lit. 'The Advancing Giant') is a Japanese manga series written and illustrated by Hajime Isayama. It is set in a world where humanity is forced to live in cities surrounded by three enormous walls that protect them from gigantic man-eating humanoids referred to as Titans; the story follows Eren Yeager, who vows to exterminate the Titans after they bring about the destruction of his hometown and the death of his mother. It was serialized in Kodansha's monthly magazine Bessatsu Shōnen Magazine from September 2009 to April 2021, with its chapters collected in 34 tankōbon volumes.

In Attack on Titan, the Titans are gigantic man-eating humanoids that destroyed Eren Yeager's hometown and caused the death of his mother. The Titans cause humanity to live in cities surrounded by three enormous walls to protect themselves.

closed_qa

Instruction: What are the titans? Context: Attack on Titan (Japanese: 進撃の巨人, Hepburn: Shingeki no Kyojin, lit. 'The Advancing Giant') is a Japanese manga series written and illustrated by Hajime Isayama. It is set in a world where humanity is forced to live in cities surrounded by three enormous walls that protect them from gigantic man-eating humanoids referred to as Titans; the story follows Eren Yeager, who vows to exterminate the Titans after they bring about the destruction of his hometown and the death of his mother. It was serialized in Kodansha's monthly magazine Bessatsu Shōnen Magazine from September 2009 to April 2021, with its chapters collected in 34 tankōbon volumes. Response: In Attack on Titan, the Titans are gigantic man-eating humanoids that destroyed Eren Yeager's hometown and caused the death of his mother. The Titans cause humanity to live in cities surrounded by three enormous walls to protect themselves.

Tell me a joke

I am a generative model. I do not understand humor to be able to compose jokes.

general_qa

Instruction: Tell me a joke Context: Response: I am a generative model. I do not understand humor to be able to compose jokes.

Why do humans play sports?

Humans play sports for a variety of reasons. Some do it for the thrill of competition, others do it purely for fun, while others still play sports to stay healthy and fit.

general_qa

Instruction: Why do humans play sports? Context: Response: Humans play sports for a variety of reasons. Some do it for the thrill of competition, others do it purely for fun, while others still play sports to stay healthy and fit.

Given the paragraph summarizing the life of Arnold Boate, list the countries in which he lived.

Arnold Boate, originally called de Boot (1606–1653) was a Dutch physician, writer and Hebraist who spent much of his life abroad, and lived for several years in Dublin. There he married Margaret Dongan, a judge's daughter, whom he portrayed lovingly in his book The Character of a Truly Virtuous and Pious Woman. He was the brother of Gerard Boate, author of The Natural History of Ireland, for which Arnold supplied much of the material. Both Gerard and Arnold were members of the Hartlib circle.

Arnold Boate was born in the Netherlands and spent much of his life abroad, most notably in Ireland.

information_extraction

Instruction: Given the paragraph summarizing the life of Arnold Boate, list the countries in which he lived. Context: Arnold Boate, originally called de Boot (1606–1653) was a Dutch physician, writer and Hebraist who spent much of his life abroad, and lived for several years in Dublin. There he married Margaret Dongan, a judge's daughter, whom he portrayed lovingly in his book The Character of a Truly Virtuous and Pious Woman. He was the brother of Gerard Boate, author of The Natural History of Ireland, for which Arnold supplied much of the material. Both Gerard and Arnold were members of the Hartlib circle. Response: Arnold Boate was born in the Netherlands and spent much of his life abroad, most notably in Ireland.

What is the nature of god, from a logical perspective?

Assuming god exists, one can think of the nature of god in two dimensions: is god active or passive, and is god benevolent or indifferent? Therefore, god is either active and benevolent, active and indifferent, passive and benevolent, or passive and indifferent. If god is active and benevolent, then all the bad things that happen would not happen, so this combination is unlikely. If god is active, god would likely be benevolent, so an indifferent active god seems a low probability. If god is benevolent, one would think they would be active, so a benevolent passive god seems a remote possibility. That leaves as the likeliest scenario a god that is passive and indifferent.

general_qa

Instruction: What is the nature of god, from a logical perspective? Context: Response: Assuming god exists, one can think of the nature of god in two dimensions: is god active or passive, and is god benevolent or indifferent? Therefore, god is either active and benevolent, active and indifferent, passive and benevolent, or passive and indifferent. If god is active and benevolent, then all the bad things that happen would not happen, so this combination is unlikely. If god is active, god would likely be benevolent, so an indifferent active god seems a low probability. If god is benevolent, one would think they would be active, so a benevolent passive god seems a remote possibility. That leaves as the likeliest scenario a god that is passive and indifferent.

When is a good time to buy a car?

The best time to buy a car is typically at the end of the year, specifically December. This is because car dealerships are trying to meet their monthly, quarterly, and yearly quotas, so they are more likely to offer discounts and incentives. You can also find good deals at the end of the model year, when dealerships are clearing out their inventory to make room for the new models. Apart from this there are multiple sales events from dealerships throughout the year, such as during memorial day weekends.

creative_writing

Instruction: When is a good time to buy a car? Context: Response: The best time to buy a car is typically at the end of the year, specifically December. This is because car dealerships are trying to meet their monthly, quarterly, and yearly quotas, so they are more likely to offer discounts and incentives. You can also find good deals at the end of the model year, when dealerships are clearing out their inventory to make room for the new models. Apart from this there are multiple sales events from dealerships throughout the year, such as during memorial day weekends.

From the given paragraph extract all the cities that got the rail along with the year in the format {City} - {Year} and show as a bullet list

India's first passenger train, operated by the Great Indian Peninsula Railway and hauled by three steam locomotives (Sahib, Sindh and Sultan), ran for 34 kilometres (21 mi) with 400 people in 14 carriages on 1,676 mm (5 ft 6 in) broad gauge track between Bori Bunder (Mumbai) and Thane on 16 April 1853. The Thane viaducts, India's first railway bridges, were built over the Thane creek when the Mumbai-Thane line was extended to Kalyan in May 1854. Eastern India's first passenger train ran 39 km (24 mi) from Howrah, near Kolkata, to Hoogly on 15 August 1854. The first passenger train in South India ran 97 km (60 mi) from Royapuram-Veyasarapady (Madras) to Wallajaroad (Arcot) on 1 July 1856. On 24 February 1873, a horse-drawn 3.8 km (2.4 mi) tram opened in Calcutta between Sealdah and Armenian Ghat Street. On 9 May 1874, a horse-drawn tramway began operation in Bombay between Colaba and Parel. In 1879, the Nizam's Guaranteed State Railway was established which built several railway lines across the then Hyderabad State with Kachiguda Railway Station serving as its headquarters. In 1897, lighting in passenger coaches was introduced by many railway companies. On 3 February 1925, the first electric passenger train in India ran between Victoria Terminus and Kurla.

Bori Bunder (Mumbai) - 1853 Thane - 1853 Howrah - 1854 Hoogly - 1854 Royapuram-Veyasarapady (Madras) - 1856 Wallajaroad (Arcot) - 1856 Sealdah - 1873 Armenian Ghat Street - 1873 Colaba - 1874 Parel - 1874 Kachiguda - 1879 Victoria Terminus - 1925 Kurla - 1925

information_extraction

Instruction: From the given paragraph extract all the cities that got the rail along with the year in the format {City} - {Year} and show as a bullet list Context: India's first passenger train, operated by the Great Indian Peninsula Railway and hauled by three steam locomotives (Sahib, Sindh and Sultan), ran for 34 kilometres (21 mi) with 400 people in 14 carriages on 1,676 mm (5 ft 6 in) broad gauge track between Bori Bunder (Mumbai) and Thane on 16 April 1853. The Thane viaducts, India's first railway bridges, were built over the Thane creek when the Mumbai-Thane line was extended to Kalyan in May 1854. Eastern India's first passenger train ran 39 km (24 mi) from Howrah, near Kolkata, to Hoogly on 15 August 1854. The first passenger train in South India ran 97 km (60 mi) from Royapuram-Veyasarapady (Madras) to Wallajaroad (Arcot) on 1 July 1856. On 24 February 1873, a horse-drawn 3.8 km (2.4 mi) tram opened in Calcutta between Sealdah and Armenian Ghat Street. On 9 May 1874, a horse-drawn tramway began operation in Bombay between Colaba and Parel. In 1879, the Nizam's Guaranteed State Railway was established which built several railway lines across the then Hyderabad State with Kachiguda Railway Station serving as its headquarters. In 1897, lighting in passenger coaches was introduced by many railway companies. On 3 February 1925, the first electric passenger train in India ran between Victoria Terminus and Kurla. Response: Bori Bunder (Mumbai) - 1853 Thane - 1853 Howrah - 1854 Hoogly - 1854 Royapuram-Veyasarapady (Madras) - 1856 Wallajaroad (Arcot) - 1856 Sealdah - 1873 Armenian Ghat Street - 1873 Colaba - 1874 Parel - 1874 Kachiguda - 1879 Victoria Terminus - 1925 Kurla - 1925

Paul McCartney credits which artist with teaching him everything he knows?

Little Richard.

open_qa

Instruction: Paul McCartney credits which artist with teaching him everything he knows? Context: Response: Little Richard.

How does the J programming language improve upon the syntax of APL?

The J programming language, developed in the early 1990s by Kenneth E. Iverson and Roger Hui, is an array programming language based primarily on APL (also by Iverson). To avoid repeating the APL special-character problem, J uses only the basic ASCII character set, resorting to the use of the dot and colon as inflections to form short words similar to digraphs. Most such primary (or primitive) J words serve as mathematical symbols, with the dot or colon extending the meaning of the basic characters available. Also, many characters which in other languages often must be paired (such as [] {} "" `` or <>) are treated by J as stand-alone words or, when inflected, as single-character roots of multi-character words.

J avoids using the special characters required in APL by instead using only ASCII symbols and combining them with dot and colon. This makes it a lot easier to type on a standard keyboard.

summarization

Instruction: How does the J programming language improve upon the syntax of APL? Context: The J programming language, developed in the early 1990s by Kenneth E. Iverson and Roger Hui, is an array programming language based primarily on APL (also by Iverson). To avoid repeating the APL special-character problem, J uses only the basic ASCII character set, resorting to the use of the dot and colon as inflections to form short words similar to digraphs. Most such primary (or primitive) J words serve as mathematical symbols, with the dot or colon extending the meaning of the basic characters available. Also, many characters which in other languages often must be paired (such as [] {} "" `` or <>) are treated by J as stand-alone words or, when inflected, as single-character roots of multi-character words. Response: J avoids using the special characters required in APL by instead using only ASCII symbols and combining them with dot and colon. This makes it a lot easier to type on a standard keyboard.

Please give me a short bulleted list of what happened in the 2023 Covenant School shooting incident

On March 27, 2023, a mass shooting occurred at The Covenant School, a private Presbyterian Church in America parochial school in the Green Hills neighborhood of Nashville, Tennessee. Local resident and former student of the school Aiden Hale (formerly Audrey Elizabeth Hale) killed three children and three adults. Hale, 28, was killed by two Metropolitan Nashville Police Department officers responding to the incident. Hale was initially reported to be a woman and referred to by his birth name by police. Later, it was confirmed that Hale was a trans man who went by the name Aiden and used he/him pronouns. Hale drove a Honda Fit to the school, arriving at 9:54 a.m. CDT and parking it in the lot. At 9:57, Hale sent an Instagram message to an old friend saying an earlier post he made was "basically a suicide note" and that he planned to die that day. His friend called a crisis hotline before contacting the Davidson County Sheriff's Office at 10:13. At 10:11, Hale shot through a set of glass side doors and entered the building. He was armed with two rifles and a pistol. At 10:13, police received a call about an active shooter. He walked across the second floor of the school before opening fire. He fired into several classrooms; no one in the classrooms was injured because the teachers had fortified doors and sheltered the students. The police first arrived at the school at 10:24. A teacher told an officer that the students were in lockdown and two were missing. Officers entered the building at 10:25 and they searched each room for Hale. They heard gunshots coming from the second floor. Five Metro Nashville police officers went upstairs and saw him in a lobby area, firing through a window at arriving police vehicles. Two of the officers fired four times each killing him at 10:27, 14 minutes after the initial 911 call was made

Hale, 28, a former student killed three children and three adults as part of a mass shooting that occurred at The Covenant School, a private Presbyterian Church in America parochial school in the Green Hills neighborhood of Nashville, Tennessee.

summarization

Instruction: Please give me a short bulleted list of what happened in the 2023 Covenant School shooting incident Context: On March 27, 2023, a mass shooting occurred at The Covenant School, a private Presbyterian Church in America parochial school in the Green Hills neighborhood of Nashville, Tennessee. Local resident and former student of the school Aiden Hale (formerly Audrey Elizabeth Hale) killed three children and three adults. Hale, 28, was killed by two Metropolitan Nashville Police Department officers responding to the incident. Hale was initially reported to be a woman and referred to by his birth name by police. Later, it was confirmed that Hale was a trans man who went by the name Aiden and used he/him pronouns. Hale drove a Honda Fit to the school, arriving at 9:54 a.m. CDT and parking it in the lot. At 9:57, Hale sent an Instagram message to an old friend saying an earlier post he made was "basically a suicide note" and that he planned to die that day. His friend called a crisis hotline before contacting the Davidson County Sheriff's Office at 10:13. At 10:11, Hale shot through a set of glass side doors and entered the building. He was armed with two rifles and a pistol. At 10:13, police received a call about an active shooter. He walked across the second floor of the school before opening fire. He fired into several classrooms; no one in the classrooms was injured because the teachers had fortified doors and sheltered the students. The police first arrived at the school at 10:24. A teacher told an officer that the students were in lockdown and two were missing. Officers entered the building at 10:25 and they searched each room for Hale. They heard gunshots coming from the second floor. Five Metro Nashville police officers went upstairs and saw him in a lobby area, firing through a window at arriving police vehicles. Two of the officers fired four times each killing him at 10:27, 14 minutes after the initial 911 call was made Response: Hale, 28, a former student killed three children and three adults as part of a mass shooting that occurred at The Covenant School, a private Presbyterian Church in America parochial school in the Green Hills neighborhood of Nashville, Tennessee.

Tell me which of the following are science fiction TV shows: Lost, The X-Files, The Mandalorian, Millennium, Game of Thrones.

All except Game of Thrones are classified as science fiction. Game of Thrones is considered high fantasy.

classification

Instruction: Tell me which of the following are science fiction TV shows: Lost, The X-Files, The Mandalorian, Millennium, Game of Thrones. Context: Response: All except Game of Thrones are classified as science fiction. Game of Thrones is considered high fantasy.

What are the types of RVs?

RV is an abbreviation for Recreational Vehicle. An RV is a motor vehicle or trailer that includes sleeping quarters, kitchen facilities and usually a bathroom. RVs are a popular way to travel since they provide many of the comforts of home while vacationing. There are many types of RVs, including class A, class B, class C,travel trailers, and truck campers.. Class A RVs are large vehicles built on heavy-duty truck or bus chassis and look like large Busses. Class B RVs smaller are built within van chassis (often called camper vans). Class C RVs are built on van or pickup chassis but the back is cutaway and a larger structure is added. Travel trailers are campers that are towed behind a truck or car and can range in size from very small to very large. Truck campers are carried in the bed of a pickup truck and provide a small, enclosed sleeping space. RVs are very popular in the United States, with an estimated 11M households owning an RV.

general_qa

Instruction: What are the types of RVs? Context: Response: RV is an abbreviation for Recreational Vehicle. An RV is a motor vehicle or trailer that includes sleeping quarters, kitchen facilities and usually a bathroom. RVs are a popular way to travel since they provide many of the comforts of home while vacationing. There are many types of RVs, including class A, class B, class C,travel trailers, and truck campers.. Class A RVs are large vehicles built on heavy-duty truck or bus chassis and look like large Busses. Class B RVs smaller are built within van chassis (often called camper vans). Class C RVs are built on van or pickup chassis but the back is cutaway and a larger structure is added. Travel trailers are campers that are towed behind a truck or car and can range in size from very small to very large. Truck campers are carried in the bed of a pickup truck and provide a small, enclosed sleeping space. RVs are very popular in the United States, with an estimated 11M households owning an RV.

Who is the director of "Who Killed Hanna Jane?"

Who Killed Hannah Jane? is a 1984 Australian television film about the murder conviction of Arthur Peden directed by Peter Fisk and starring Graham Rouse, June Salter, Judi Farr, Edward Howell, and Barry Otto. It was the third of four telemovies called Verdict produced by the ABC dramatising real cases (the others being The Dean Case, The Amorous Dentist, and The Schippan Mystery)

Peter Fisk is the director of the film.

information_extraction

Instruction: Who is the director of "Who Killed Hanna Jane?" Context: Who Killed Hannah Jane? is a 1984 Australian television film about the murder conviction of Arthur Peden directed by Peter Fisk and starring Graham Rouse, June Salter, Judi Farr, Edward Howell, and Barry Otto. It was the third of four telemovies called Verdict produced by the ABC dramatising real cases (the others being The Dean Case, The Amorous Dentist, and The Schippan Mystery) Response: Peter Fisk is the director of the film.

Identify which instrument is string or woodwind: Spinet, Caval

Caval is woodwind, Spinet is string.

classification

Instruction: Identify which instrument is string or woodwind: Spinet, Caval Context: Response: Caval is woodwind, Spinet is string.

How tall is Mt. Shakspere?

Mount Shakspere is a 12,174-foot-elevation (3,711 meter) summit located in Fresno County, California, United States. Description The mountain is set four miles west of the crest of the Sierra Nevada mountain range, in the Palisades area of Kings Canyon National Park. It is situated 4.5 miles (7.2 km) southwest of Middle Palisade, 3.5 miles (5.6 km) southeast of Giraud Peak, and one mile north-northwest of line parent Observation Peak. Mt. Shakspere ranks as the 384th-highest summit in California, and topographic relief is significant as the summit rises over 3,500 feet (1,100 meters) above Palisade Creek in approximately one mile (1.6 km). The first ascent of the summit was made July 20, 1930, by Francis P. Farquhar, Mary Lou Michaels, Doris Drust, Lorna Kilgariff, and Robert L. Lipman. This mountain's name has been officially adopted by the United States Board on Geographic Names.

Mount Shakspere is 12,174 feet tall

information_extraction

Instruction: How tall is Mt. Shakspere? Context: Mount Shakspere is a 12,174-foot-elevation (3,711 meter) summit located in Fresno County, California, United States. Description The mountain is set four miles west of the crest of the Sierra Nevada mountain range, in the Palisades area of Kings Canyon National Park. It is situated 4.5 miles (7.2 km) southwest of Middle Palisade, 3.5 miles (5.6 km) southeast of Giraud Peak, and one mile north-northwest of line parent Observation Peak. Mt. Shakspere ranks as the 384th-highest summit in California, and topographic relief is significant as the summit rises over 3,500 feet (1,100 meters) above Palisade Creek in approximately one mile (1.6 km). The first ascent of the summit was made July 20, 1930, by Francis P. Farquhar, Mary Lou Michaels, Doris Drust, Lorna Kilgariff, and Robert L. Lipman. This mountain's name has been officially adopted by the United States Board on Geographic Names. Response: Mount Shakspere is 12,174 feet tall

Classify the following countries by area as large, medium, small: russia, china, switzerland, egypt, indonesia, argentina, netherlands, south africa, iran, san marino, togo, canada

Large: russia, china, canada Medium: egypt, indonesia, argentina, south africa, iran Small: switzerland, san marino, togo

classification

Instruction: Classify the following countries by area as large, medium, small: russia, china, switzerland, egypt, indonesia, argentina, netherlands, south africa, iran, san marino, togo, canada Context: Response: Large: russia, china, canada Medium: egypt, indonesia, argentina, south africa, iran Small: switzerland, san marino, togo

Extract the names of the companies that built the Pacific Railroad

A transcontinental railroad in the United States is any continuous rail line connecting a location on the U.S. Pacific coast with one or more of the railroads of the nation's eastern trunk line rail systems operating between the Missouri or Mississippi Rivers and the U.S. Atlantic coast. The first concrete plan for a transcontinental railroad in the United States was presented to Congress by Asa Whitney in 1845. A series of transcontinental railroads built over the last third of the 19th century created a nationwide transportation network that united the country by rail. The first of these, the 3,103 km (1,928 mi) "Pacific Railroad", was built by the Central Pacific Railroad and Union Pacific Railroad to link the San Francisco Bay at Alameda, California, with the nation's existing eastern railroad network at Council Bluffs, Iowa/Omaha, Nebraska, thereby creating the world's first transcontinental railroad when it opened in 1869. Its construction was made possible by the US government under Pacific Railroad Acts of 1862, 1864, and 1867. Its original course was very close to current Interstate 80.

The "Pacific Railroad" was built by the Central Pacific Railroad and Union Pacific Railroad.

information_extraction

Instruction: Extract the names of the companies that built the Pacific Railroad Context: A transcontinental railroad in the United States is any continuous rail line connecting a location on the U.S. Pacific coast with one or more of the railroads of the nation's eastern trunk line rail systems operating between the Missouri or Mississippi Rivers and the U.S. Atlantic coast. The first concrete plan for a transcontinental railroad in the United States was presented to Congress by Asa Whitney in 1845. A series of transcontinental railroads built over the last third of the 19th century created a nationwide transportation network that united the country by rail. The first of these, the 3,103 km (1,928 mi) "Pacific Railroad", was built by the Central Pacific Railroad and Union Pacific Railroad to link the San Francisco Bay at Alameda, California, with the nation's existing eastern railroad network at Council Bluffs, Iowa/Omaha, Nebraska, thereby creating the world's first transcontinental railroad when it opened in 1869. Its construction was made possible by the US government under Pacific Railroad Acts of 1862, 1864, and 1867. Its original course was very close to current Interstate 80. Response: The "Pacific Railroad" was built by the Central Pacific Railroad and Union Pacific Railroad.

Classify each of the following as a flower or a tree: rose, tulip, oak, spruce, pine, orchid

Rose: Flower Tulip: Flower Oak: Tree Spruce: Tree Pine: Tree Orchid: Flower

classification

Instruction: Classify each of the following as a flower or a tree: rose, tulip, oak, spruce, pine, orchid Context: Response: Rose: Flower Tulip: Flower Oak: Tree Spruce: Tree Pine: Tree Orchid: Flower

If you were a waiter and had a rude customer, what would you do?

If I was a waiter and had a rude customer, first I would see what I could do to help the customer. I would try to get to the bottom of this customer's needs by asking questions to understand if they were unhappy with the service or just having a bad day. If I was able to help improve the service we were offering, I would attempt to rectify the situation. If the person was just having a bad day, I would try to make it make their day better by offering better service. I would also understand that sometimes people are rude, and I would not let it impact my day. Its better to put good vibes into the world and provide great service.

creative_writing

Instruction: If you were a waiter and had a rude customer, what would you do? Context: Response: If I was a waiter and had a rude customer, first I would see what I could do to help the customer. I would try to get to the bottom of this customer's needs by asking questions to understand if they were unhappy with the service or just having a bad day. If I was able to help improve the service we were offering, I would attempt to rectify the situation. If the person was just having a bad day, I would try to make it make their day better by offering better service. I would also understand that sometimes people are rude, and I would not let it impact my day. Its better to put good vibes into the world and provide great service.

Are electric vehicles better for the environment than cars powered by fossil fuels?

The rise of electric vehicles (or EVs) has been fueled by many factors -- including innovation, acceleration, design and tax breaks -- but the underlying assumption that electric vehicles are less harmful to the environment and may even mitigate global warming has been a primary motivator for hundreds of thousands of buyers. Despite the virtuous aura of owning an electric vehicle, the jury is still out on whether EVs have a net positive impact on the environment or will do anything to curtail climate change. That's because, while the experience of driving an EV may feel like a zero-compromise embrace of green energy, the vast industrial network needed to build and power EVs diminishes the halo effect. On the other hand, the fossil fuels that power traditional vehicles are definitely contributing to global warming and leave the world vulnerable to oil shocks and pressure from oil-producing countries. Whether EVs are better or worse for the environment is still to be determined. But a more insidious trend is the growing size and power of electric vehicles. Smaller vehicles, traveling fewer miles, represents a proven formula for reducing emissions and reversing climate change. But already, we're seeing the advent of electric trucks and SUVs, which are heavier, loaded with bells and whistles so they require more and more power to move people around. Coupled with the problem of drivers feeling like their EV gives them the right to drive as much as they want and you can see a reality emerging where the problem of Americans driving giant gas guzzlers is being replaced with American driving giant, power-sucking EVs. And that's leading us even faster down the road to environmental disaster.

general_qa

Instruction: Are electric vehicles better for the environment than cars powered by fossil fuels? Context: Response: The rise of electric vehicles (or EVs) has been fueled by many factors -- including innovation, acceleration, design and tax breaks -- but the underlying assumption that electric vehicles are less harmful to the environment and may even mitigate global warming has been a primary motivator for hundreds of thousands of buyers. Despite the virtuous aura of owning an electric vehicle, the jury is still out on whether EVs have a net positive impact on the environment or will do anything to curtail climate change. That's because, while the experience of driving an EV may feel like a zero-compromise embrace of green energy, the vast industrial network needed to build and power EVs diminishes the halo effect. On the other hand, the fossil fuels that power traditional vehicles are definitely contributing to global warming and leave the world vulnerable to oil shocks and pressure from oil-producing countries. Whether EVs are better or worse for the environment is still to be determined. But a more insidious trend is the growing size and power of electric vehicles. Smaller vehicles, traveling fewer miles, represents a proven formula for reducing emissions and reversing climate change. But already, we're seeing the advent of electric trucks and SUVs, which are heavier, loaded with bells and whistles so they require more and more power to move people around. Coupled with the problem of drivers feeling like their EV gives them the right to drive as much as they want and you can see a reality emerging where the problem of Americans driving giant gas guzzlers is being replaced with American driving giant, power-sucking EVs. And that's leading us even faster down the road to environmental disaster.

How much of the land of Swiftwater community is forested land and how much of it is wetland?

Swiftwater is an unincorporated community in Pocono Township, Monroe County, Pennsylvania, United States. The community is located within the Paradise Creek Watershed. Upper Swiftwater creek is designated by the PA DEP as exceptional value waters (EV). The community of Swiftwater is located within and around unique topographic features in the Poconos, which encompass the Pocono Plateau Escarpment. Land use consists of 70% forested land, 14% low density residential, 13.6% agricultural lands and approximately 2.4% wetlands. The acres of forested land are nearby to State Game Lands, an important bird area, which support beaver, raccoon, gray, fox, coyote, and mink, and Snow Shoe Hares. In 1897 Richard Slee created the Pocono Biological Laboratories in Swiftwater. Swiftwater is home to the biggest flu vaccine plant in the United States. Swiftwater is also the home of the Pocono Cheesecake Factory, located on SR 611.[citation needed]

According to the paragraph, 70% of the Swiftwater land is forested land and approximately 2.4% of it is wetlands.

information_extraction

Instruction: How much of the land of Swiftwater community is forested land and how much of it is wetland? Context: Swiftwater is an unincorporated community in Pocono Township, Monroe County, Pennsylvania, United States. The community is located within the Paradise Creek Watershed. Upper Swiftwater creek is designated by the PA DEP as exceptional value waters (EV). The community of Swiftwater is located within and around unique topographic features in the Poconos, which encompass the Pocono Plateau Escarpment. Land use consists of 70% forested land, 14% low density residential, 13.6% agricultural lands and approximately 2.4% wetlands. The acres of forested land are nearby to State Game Lands, an important bird area, which support beaver, raccoon, gray, fox, coyote, and mink, and Snow Shoe Hares. In 1897 Richard Slee created the Pocono Biological Laboratories in Swiftwater. Swiftwater is home to the biggest flu vaccine plant in the United States. Swiftwater is also the home of the Pocono Cheesecake Factory, located on SR 611.[citation needed] Response: According to the paragraph, 70% of the Swiftwater land is forested land and approximately 2.4% of it is wetlands.

Based on this passage about Ted Kennedy, at the time of his death, who were the three longest-serving senators of all time?

When Kennedy died in August 2009, he was the second-most senior member of the Senate (after President pro tempore Robert Byrd of West Virginia) and the third longest-serving senator of all time, behind Byrd and Strom Thurmond of South Carolina. Later that same year, he was passed by Daniel Inouye of Hawaii. Kennedy therefore held the record as the longest-serving Democratic member of Congress to solely serve as a senator until October 2021, when he was surpassed by fellow Democrat Patrick Leahy of Vermont.

Based on this passage, Robert Byrd, Strom Thurmond and Kennedy were the three longest-serving senators of all time.

closed_qa

Instruction: Based on this passage about Ted Kennedy, at the time of his death, who were the three longest-serving senators of all time? Context: When Kennedy died in August 2009, he was the second-most senior member of the Senate (after President pro tempore Robert Byrd of West Virginia) and the third longest-serving senator of all time, behind Byrd and Strom Thurmond of South Carolina. Later that same year, he was passed by Daniel Inouye of Hawaii. Kennedy therefore held the record as the longest-serving Democratic member of Congress to solely serve as a senator until October 2021, when he was surpassed by fellow Democrat Patrick Leahy of Vermont. Response: Based on this passage, Robert Byrd, Strom Thurmond and Kennedy were the three longest-serving senators of all time.

What is flying trapeze?

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.

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.

information_extraction

Instruction: What is flying trapeze? Context: 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. 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.

What are redo logs in Oracle RDBMS?

In the Oracle RDBMS environment, redo logs comprise files in a proprietary format which log a history of all changes made to the database. Each redo log file consists of redo records. A redo record, also called a redo entry, holds a group of change vectors, each of which describes or represents a change made to a single block in the database. For example, if a user UPDATEs a salary-value in a table containing employee-related data, the DBMS generates a redo record containing change-vectors that describe changes to the data segment block for the table. And if the user then COMMITs the update, Oracle generates another redo record and assigns the change a "system change number" (SCN). Whenever something changes in a datafile, Oracle records the change in the redo log. The name redo log indicates its purpose: If the database crashes, the RDBMS can redo (re-process) all changes on datafiles which will take the database data back to the state it was when the last redo record was written. DBAs use the views V$LOG, V$LOGFILE, V$LOG_HISTORY and V$THREAD to find information about the redo log of the database. Each redo log file belongs to exactly one group (of which at least two must exist). Exactly one of these groups is the CURRENT group (can be queried using the column status of v$log). Oracle uses that current group to write the redo log entries. When the group is full, a log switch occurs, making another group the current one. Each log switch causes checkpoint, however, the converse is not true: a checkpoint does not cause a redo log switch. One can also manually cause a redo-log switch using the ALTER SYSTEM SWITCH LOGFILE command.

In Oracle RDBM, redo logs are the logs which are used to maintain the history of changes in a database. Each redo log linked to a data file has multiple redo records which hold group of change vectors. Redo logs can be used to apply the changes to Database in case of crashed and is also useful to create incremental backups.

summarization

Instruction: What are redo logs in Oracle RDBMS? Context: In the Oracle RDBMS environment, redo logs comprise files in a proprietary format which log a history of all changes made to the database. Each redo log file consists of redo records. A redo record, also called a redo entry, holds a group of change vectors, each of which describes or represents a change made to a single block in the database. For example, if a user UPDATEs a salary-value in a table containing employee-related data, the DBMS generates a redo record containing change-vectors that describe changes to the data segment block for the table. And if the user then COMMITs the update, Oracle generates another redo record and assigns the change a "system change number" (SCN). Whenever something changes in a datafile, Oracle records the change in the redo log. The name redo log indicates its purpose: If the database crashes, the RDBMS can redo (re-process) all changes on datafiles which will take the database data back to the state it was when the last redo record was written. DBAs use the views V$LOG, V$LOGFILE, V$LOG_HISTORY and V$THREAD to find information about the redo log of the database. Each redo log file belongs to exactly one group (of which at least two must exist). Exactly one of these groups is the CURRENT group (can be queried using the column status of v$log). Oracle uses that current group to write the redo log entries. When the group is full, a log switch occurs, making another group the current one. Each log switch causes checkpoint, however, the converse is not true: a checkpoint does not cause a redo log switch. One can also manually cause a redo-log switch using the ALTER SYSTEM SWITCH LOGFILE command. Response: In Oracle RDBM, redo logs are the logs which are used to maintain the history of changes in a database. Each redo log linked to a data file has multiple redo records which hold group of change vectors. Redo logs can be used to apply the changes to Database in case of crashed and is also useful to create incremental backups.

Who created the first chocolate bar?

Joseph Fry created the first chocolate bar in 1847. Soon after he created the Fry's Chocolate Cream bar in 1866. The first chocolate bar was made of bittersweet chocolate.

general_qa

Instruction: Who created the first chocolate bar? Context: Response: Joseph Fry created the first chocolate bar in 1847. Soon after he created the Fry's Chocolate Cream bar in 1866. The first chocolate bar was made of bittersweet chocolate.

America’s cup comeback

In September, 2013 one of sports most iconic comeback took place on the San Francisco Bay. The incredible comeback was when Oracle Team USA overturned an 8-1 deficit to retain the Auld Mug. Winning eight straight races has to be ranked the best and most unlikely of all such sporting turnarounds. With the Kiwis requiring just one more race for victory, the Americans called up Ben Ainslie who was the driver for the reserve boat. The Brit’s influence helped shift the momentum that the Kiwis were unable to stop. San Francisco Bay is extremely challenging to sail with currents and winds above 25knts. The regatta will forever be remembered as the best comeback of sailing all time. .

creative_writing

Instruction: America’s cup comeback Context: Response: In September, 2013 one of sports most iconic comeback took place on the San Francisco Bay. The incredible comeback was when Oracle Team USA overturned an 8-1 deficit to retain the Auld Mug. Winning eight straight races has to be ranked the best and most unlikely of all such sporting turnarounds. With the Kiwis requiring just one more race for victory, the Americans called up Ben Ainslie who was the driver for the reserve boat. The Brit’s influence helped shift the momentum that the Kiwis were unable to stop. San Francisco Bay is extremely challenging to sail with currents and winds above 25knts. The regatta will forever be remembered as the best comeback of sailing all time. .

How do I build a campfire?

Safety should always come first when starting a campfire. Ensure you have water or another way to extinguish your fire readily available. Use a campfire ring, pit, or clear a large area around your campfire location. Also, make sure campfires are permitted in your area. With safety out of the way, all a fire needs are heat, fuel, and oxygen. Any combustible material will start a fire, but good campfire fuel sources include tinder, kindling, and dry logs. Use stuff like dry pine needles, dry leaves, grasses, and wood shavings for tinder. You could also use newspaper (or any paper), dryer lint, or cardboard. For kindling, use smaller pieces of wood, such as twigs and sticks no thicker than 1 inch in diameter (about the thickness of your thumb). Dry or well-seasoned logs will ensure a good burn. Stack the wood in a way that guarantees oxygen can easily reach your flame. Many prefer a teepee or log cabin stacking design. Now, use a heat source to create a flame or spark and apply this to your tinder. Once the tinder combusts, it should light the kindling, and the kindling should eventually ignite your logs. If all goes well, you should now be enjoying your campfire.

open_qa

Instruction: How do I build a campfire? Context: Response: Safety should always come first when starting a campfire. Ensure you have water or another way to extinguish your fire readily available. Use a campfire ring, pit, or clear a large area around your campfire location. Also, make sure campfires are permitted in your area. With safety out of the way, all a fire needs are heat, fuel, and oxygen. Any combustible material will start a fire, but good campfire fuel sources include tinder, kindling, and dry logs. Use stuff like dry pine needles, dry leaves, grasses, and wood shavings for tinder. You could also use newspaper (or any paper), dryer lint, or cardboard. For kindling, use smaller pieces of wood, such as twigs and sticks no thicker than 1 inch in diameter (about the thickness of your thumb). Dry or well-seasoned logs will ensure a good burn. Stack the wood in a way that guarantees oxygen can easily reach your flame. Many prefer a teepee or log cabin stacking design. Now, use a heat source to create a flame or spark and apply this to your tinder. Once the tinder combusts, it should light the kindling, and the kindling should eventually ignite your logs. If all goes well, you should now be enjoying your campfire.

Given this paragraph about video games, when was the Legend of Zelda originally released?

The Legend of Zelda, originally released in Japan as The Hyrule Fantasy: Zelda no Densetsu, is a 1986 action-adventure game developed and published by Nintendo. The first game of The Legend of Zelda series, it is set in the fantasy land of Hyrule and centers on an elf-like boy named Link, who aims to collect the eight fragments of the Triforce of Wisdom in order to rescue Princess Zelda from the antagonist Ganon. During the course of the game, the player controls Link from a top-down perspective and navigates throughout the overworld and dungeons, collecting weapons, defeating enemies and uncovering secrets along the way.

1986

closed_qa

Instruction: Given this paragraph about video games, when was the Legend of Zelda originally released? Context: The Legend of Zelda, originally released in Japan as The Hyrule Fantasy: Zelda no Densetsu, is a 1986 action-adventure game developed and published by Nintendo. The first game of The Legend of Zelda series, it is set in the fantasy land of Hyrule and centers on an elf-like boy named Link, who aims to collect the eight fragments of the Triforce of Wisdom in order to rescue Princess Zelda from the antagonist Ganon. During the course of the game, the player controls Link from a top-down perspective and navigates throughout the overworld and dungeons, collecting weapons, defeating enemies and uncovering secrets along the way. Response: 1986

Given this paragraph, where is The Walt Disney Company headquarters?

The Walt Disney Company, commonly known as Disney (/ˈdɪzni/), is an American multinational, mass media and entertainment conglomerate that is headquartered at the Walt Disney Studios complex in Burbank, California. Disney was founded on October 16, 1923, by brothers Walt and Roy O. Disney as Disney Brothers Studio; it also operated under the names Walt Disney Studio and Walt Disney Productions before changing its name to The Walt Disney Company in 1986. Early in its existence, the company established itself as a leader in the animation industry, with the creation of the widely popular character Mickey Mouse, who first appeared in Steamboat Willie, which used synchronized sound, to become the first post-produced sound cartoon. The character would go on to become the company's mascot.

According to this text, The Walt Disney Company is headquartered in Burbank, California.

closed_qa

Instruction: Given this paragraph, where is The Walt Disney Company headquarters? Context: The Walt Disney Company, commonly known as Disney (/ˈdɪzni/), is an American multinational, mass media and entertainment conglomerate that is headquartered at the Walt Disney Studios complex in Burbank, California. Disney was founded on October 16, 1923, by brothers Walt and Roy O. Disney as Disney Brothers Studio; it also operated under the names Walt Disney Studio and Walt Disney Productions before changing its name to The Walt Disney Company in 1986. Early in its existence, the company established itself as a leader in the animation industry, with the creation of the widely popular character Mickey Mouse, who first appeared in Steamboat Willie, which used synchronized sound, to become the first post-produced sound cartoon. The character would go on to become the company's mascot. Response: According to this text, The Walt Disney Company is headquartered in Burbank, California.

What is a cookie?

A cookie a sweet wafer that can have a variety of different flavors. Sweet cookie flavors consist of chocolate, vanilla, blueberry and lemon to name a few. Cookies can be enjoyed with milk or another complementing drink. Cookies can be crunchy or soft, and they have ingredients like flour, milk and sugar.

open_qa

Instruction: What is a cookie? Context: Response: A cookie a sweet wafer that can have a variety of different flavors. Sweet cookie flavors consist of chocolate, vanilla, blueberry and lemon to name a few. Cookies can be enjoyed with milk or another complementing drink. Cookies can be crunchy or soft, and they have ingredients like flour, milk and sugar.

What triggers urticaria at night and why are hives and itching at their worst?

Getting hives at night could mean that you have come into contact that triggers the allergic reaction. It could very well be something you ate or the fabric of your sheets or your current environment. One must avoid triggers and use anti-itch medicine without prescription to alleviate the problem.

general_qa

Instruction: What triggers urticaria at night and why are hives and itching at their worst? Context: Response: Getting hives at night could mean that you have come into contact that triggers the allergic reaction. It could very well be something you ate or the fabric of your sheets or your current environment. One must avoid triggers and use anti-itch medicine without prescription to alleviate the problem.

Which university has Purdue Pete as their mascot?

Purdue Pete is a mascot of Purdue University. Despite his on-field presence at Purdue sporting events, Pete is only the athletic mascot of the university, and the official mascot of Purdue University is the Boilermaker Special.

The university that has Purdue Pete as their mascot is Purdue University.

summarization

Instruction: Which university has Purdue Pete as their mascot? Context: Purdue Pete is a mascot of Purdue University. Despite his on-field presence at Purdue sporting events, Pete is only the athletic mascot of the university, and the official mascot of Purdue University is the Boilermaker Special. Response: The university that has Purdue Pete as their mascot is Purdue University.

Is tap water safe to drink in Japan?

Yes, tap water is safe to drink in Japan.

open_qa

Instruction: Is tap water safe to drink in Japan? Context: Response: Yes, tap water is safe to drink in Japan.

Why do I not feel good after consuming a lot of chocolates?

Eating sugary foods like chocolate or candy causes a spike in dopamine, which can make you feel happy and energized. However, when the dopamine levels crash, it goes well below the base level, which can in turn make you may feel tired, irritable, and even depressed. This is because dopamine is involved in regulating mood, motivation, and pleasure. When dopamine levels drop too low, it can cause a number of unpleasant symptoms.

general_qa

Instruction: Why do I not feel good after consuming a lot of chocolates? Context: Response: Eating sugary foods like chocolate or candy causes a spike in dopamine, which can make you feel happy and energized. However, when the dopamine levels crash, it goes well below the base level, which can in turn make you may feel tired, irritable, and even depressed. This is because dopamine is involved in regulating mood, motivation, and pleasure. When dopamine levels drop too low, it can cause a number of unpleasant symptoms.

Given this paragraph are Beavers the largest living rodents?

Beavers (genus Castor) are large, semiaquatic rodents of the Northern Hemisphere. There are two existing species: the North American beaver (Castor canadensis) and the Eurasian beaver (C. fiber). Beavers are the second-largest living rodents, after capybaras, weighing up to 30 kilograms (66 lb). Beavers have stout bodies with large heads, long chisel-like incisors, brown or gray fur, hand-like front feet, webbed back feet, and tails that are flat and scaly. The two species differ in skull and tail shape and fur color. Beavers can be found in a number of freshwater habitats, such as rivers, streams, lakes and ponds. They are herbivorous, consuming tree bark, aquatic plants, grasses and sedges.

No, Beavers are the second-largest living rodents, second to Capybaras.

closed_qa

Instruction: Given this paragraph are Beavers the largest living rodents? Context: Beavers (genus Castor) are large, semiaquatic rodents of the Northern Hemisphere. There are two existing species: the North American beaver (Castor canadensis) and the Eurasian beaver (C. fiber). Beavers are the second-largest living rodents, after capybaras, weighing up to 30 kilograms (66 lb). Beavers have stout bodies with large heads, long chisel-like incisors, brown or gray fur, hand-like front feet, webbed back feet, and tails that are flat and scaly. The two species differ in skull and tail shape and fur color. Beavers can be found in a number of freshwater habitats, such as rivers, streams, lakes and ponds. They are herbivorous, consuming tree bark, aquatic plants, grasses and sedges. Response: No, Beavers are the second-largest living rodents, second to Capybaras.

What is CBT?

Technological advances also renewed interest in mental states and mental representations. English neuroscientist Charles Sherrington and Canadian psychologist Donald O. Hebb used experimental methods to link psychological phenomena to the structure and function of the brain. The rise of computer science, cybernetics, and artificial intelligence underlined the value of comparing information processing in humans and machines. A popular and representative topic in this area is cognitive bias, or irrational thought. Psychologists (and economists) have classified and described a sizeable catalogue of biases which recur frequently in human thought. The availability heuristic, for example, is the tendency to overestimate the importance of something which happens to come readily to mind. Elements of behaviorism and cognitive psychology were synthesized to form cognitive behavioral therapy, a form of psychotherapy modified from techniques developed by American psychologist Albert Ellis and American psychiatrist Aaron T. Beck. On a broader level, cognitive science is an interdisciplinary enterprise involving cognitive psychologists, cognitive neuroscientists, linguists, and researchers in artificial intelligence, human–computer interaction, and computational neuroscience. The discipline of cognitive science covers cognitive psychology as well as philosophy of mind, computer science, and neuroscience. Computer simulations are sometimes used to model phenomena of interest.

Cognitive behavioral therapy (CBT) is a form of psychological treatment that is very effective to treat anxiety, substance abuse, eating disorders and several other mental health disorders.

information_extraction

Instruction: What is CBT? Context: Technological advances also renewed interest in mental states and mental representations. English neuroscientist Charles Sherrington and Canadian psychologist Donald O. Hebb used experimental methods to link psychological phenomena to the structure and function of the brain. The rise of computer science, cybernetics, and artificial intelligence underlined the value of comparing information processing in humans and machines. A popular and representative topic in this area is cognitive bias, or irrational thought. Psychologists (and economists) have classified and described a sizeable catalogue of biases which recur frequently in human thought. The availability heuristic, for example, is the tendency to overestimate the importance of something which happens to come readily to mind. Elements of behaviorism and cognitive psychology were synthesized to form cognitive behavioral therapy, a form of psychotherapy modified from techniques developed by American psychologist Albert Ellis and American psychiatrist Aaron T. Beck. On a broader level, cognitive science is an interdisciplinary enterprise involving cognitive psychologists, cognitive neuroscientists, linguists, and researchers in artificial intelligence, human–computer interaction, and computational neuroscience. The discipline of cognitive science covers cognitive psychology as well as philosophy of mind, computer science, and neuroscience. Computer simulations are sometimes used to model phenomena of interest. Response: Cognitive behavioral therapy (CBT) is a form of psychological treatment that is very effective to treat anxiety, substance abuse, eating disorders and several other mental health disorders.

Identify which instrument is string or woodwind: Zither, Khlui

Zither is string, Khlui is woodwind.

classification

Instruction: Identify which instrument is string or woodwind: Zither, Khlui Context: Response: Zither is string, Khlui is woodwind.

Which of these titles are by Walter Dean Myers and which are by Rick Riordan Jr.? Hoops, The Legend of Tarik, Ambush in the Amazon, Crystal, The Life of a Harlem Man, The Lost Hero, The Titan's Curse, The Lightning Thief, The Red Pyramid, The Demigod Diaries

Walter Dean Myers titles: Hoops, The Legend of Tarik, Ambush in the Amazon, Crystal, The Life of a Harlem Man Rick Riordan Jr. titles: The Lost Hero, The Titan's Curse, The Lightning Thief, The Red Pyramid, The Demigod Diaries

classification

Instruction: Which of these titles are by Walter Dean Myers and which are by Rick Riordan Jr.? Hoops, The Legend of Tarik, Ambush in the Amazon, Crystal, The Life of a Harlem Man, The Lost Hero, The Titan's Curse, The Lightning Thief, The Red Pyramid, The Demigod Diaries Context: Response: Walter Dean Myers titles: Hoops, The Legend of Tarik, Ambush in the Amazon, Crystal, The Life of a Harlem Man Rick Riordan Jr. titles: The Lost Hero, The Titan's Curse, The Lightning Thief, The Red Pyramid, The Demigod Diaries

Give me a bulleted list of ten things cities I should visit in Spain

10 cities you should visit in Spain are: - Barcelona - Madrid - Seville - Bilbao - Valencia - San Sebastián - Toledo - Vigo - Granada - Cordoba

brainstorming

Instruction: Give me a bulleted list of ten things cities I should visit in Spain Context: Response: 10 cities you should visit in Spain are: - Barcelona - Madrid - Seville - Bilbao - Valencia - San Sebastián - Toledo - Vigo - Granada - Cordoba

Describe what your ideal pet cat would look like, and what you would name it.

My ideal cat would be a long haired ginger Maine Coon, with a beautifully fluffy coat that would be super soft to pet and bright green eyes. I would name him Rory, because that is a name that means Red Haired King, and in my household we treat pets as royalty. He would be super cuddly but also love to play with cat toys, and I would buy him a cat tower to watch the birds from.

creative_writing

Instruction: Describe what your ideal pet cat would look like, and what you would name it. Context: Response: My ideal cat would be a long haired ginger Maine Coon, with a beautifully fluffy coat that would be super soft to pet and bright green eyes. I would name him Rory, because that is a name that means Red Haired King, and in my household we treat pets as royalty. He would be super cuddly but also love to play with cat toys, and I would buy him a cat tower to watch the birds from.

Which field hockey team has won the Stanley Cup twice in a row?

In a stifling game on Sunday, the Pittsburgh Penguins made the difference with a minute and a half left against Nashville (2-0) to pocket their second consecutive Stanley Cup (4-2).

open_qa

Instruction: Which field hockey team has won the Stanley Cup twice in a row? Context: Response: In a stifling game on Sunday, the Pittsburgh Penguins made the difference with a minute and a half left against Nashville (2-0) to pocket their second consecutive Stanley Cup (4-2).

Who is Lewis Hamilton of Formula 1?

Sir Lewis Carl Davidson Hamilton (born 7 January 1985) is a British racing driver currently competing in Formula One, driving for the Mercedes-AMG Petronas Formula One Team. In Formula One, Hamilton has won a joint-record seven World Drivers' Championship titles (tied with Michael Schumacher), and holds the records for the most wins (103), pole positions (103), and podium finishes (192), among others

Born and raised in Stevenage, Hertfordshire, Hamilton joined the McLaren young driver programme in 1998 at the age of 13, becoming the youngest racing driver ever to be contracted by a Formula One team. This led to a Formula One drive with McLaren for six years from 2007 to 2012, making Hamilton the first ever black driver to race in the series. In his inaugural season, Hamilton set numerous records as he finished runner-up to Kimi Räikkönen by one point. The following season, he won his maiden title in dramatic fashion—making a crucial overtake at the last corner on the last lap of the last race of the season—to become the then-youngest Formula One World Champion in history. After six years with McLaren, Hamilton signed with Mercedes in 2013. Changes to the regulations for 2014 mandating the use of turbo-hybrid engines saw the start of a highly successful period for Hamilton, during which he won six further drivers' titles. Consecutive titles came in 2014 and 2015 during an intense rivalry with teammate Nico Rosberg. Following Rosberg's retirement in 2016, Ferrari's Sebastian Vettel became Hamilton's closest rival in two championship battles, in which Hamilton twice overturned mid-season point deficits to claim consecutive titles again in 2017 and 2018. His third and fourth consecutive titles followed in 2019 and 2020 to equal Schumacher's record of seven drivers' titles. Hamilton achieved his 100th pole position and race win during the 2021 season. Hamilton has been credited with furthering Formula One's global following by appealing to a broader audience outside the sport, in part due to his high-profile lifestyle, environmental and social activism, and exploits in music and fashion. He has also become a prominent advocate in support of activism to combat racism and push for increased diversity in motorsport. Hamilton was the highest-paid Formula One driver from 2013 to 2021, and was ranked as one of the world's highest-paid athletes by Forbes of twenty-tens decade and 2021. He was also listed in the 2020 issue of Time as one of the 100 most influential people globally, and was knighted in the 2021 New Year Honours. Hamilton was granted honorary Brazilian citizenship in 2022.

summarization

Instruction: Who is Lewis Hamilton of Formula 1? Context: Sir Lewis Carl Davidson Hamilton (born 7 January 1985) is a British racing driver currently competing in Formula One, driving for the Mercedes-AMG Petronas Formula One Team. In Formula One, Hamilton has won a joint-record seven World Drivers' Championship titles (tied with Michael Schumacher), and holds the records for the most wins (103), pole positions (103), and podium finishes (192), among others Response: Born and raised in Stevenage, Hertfordshire, Hamilton joined the McLaren young driver programme in 1998 at the age of 13, becoming the youngest racing driver ever to be contracted by a Formula One team. This led to a Formula One drive with McLaren for six years from 2007 to 2012, making Hamilton the first ever black driver to race in the series. In his inaugural season, Hamilton set numerous records as he finished runner-up to Kimi Räikkönen by one point. The following season, he won his maiden title in dramatic fashion—making a crucial overtake at the last corner on the last lap of the last race of the season—to become the then-youngest Formula One World Champion in history. After six years with McLaren, Hamilton signed with Mercedes in 2013. Changes to the regulations for 2014 mandating the use of turbo-hybrid engines saw the start of a highly successful period for Hamilton, during which he won six further drivers' titles. Consecutive titles came in 2014 and 2015 during an intense rivalry with teammate Nico Rosberg. Following Rosberg's retirement in 2016, Ferrari's Sebastian Vettel became Hamilton's closest rival in two championship battles, in which Hamilton twice overturned mid-season point deficits to claim consecutive titles again in 2017 and 2018. His third and fourth consecutive titles followed in 2019 and 2020 to equal Schumacher's record of seven drivers' titles. Hamilton achieved his 100th pole position and race win during the 2021 season. Hamilton has been credited with furthering Formula One's global following by appealing to a broader audience outside the sport, in part due to his high-profile lifestyle, environmental and social activism, and exploits in music and fashion. He has also become a prominent advocate in support of activism to combat racism and push for increased diversity in motorsport. Hamilton was the highest-paid Formula One driver from 2013 to 2021, and was ranked as one of the world's highest-paid athletes by Forbes of twenty-tens decade and 2021. He was also listed in the 2020 issue of Time as one of the 100 most influential people globally, and was knighted in the 2021 New Year Honours. Hamilton was granted honorary Brazilian citizenship in 2022.

Given a reference text about magnetism, tell me the definition of magnetism and how magnetic materials are classified.

Magnetism is the class of physical attributes that are mediated by a magnetic field, which refers to the capacity to induce attractive and repulsive phenomena in other entities. Electric currents and the magnetic moments of elementary particles giving rise to a magnetic field, which acts on other currents and magnetic moments. Magnetism is one aspect of the combined phenomena of electromagnetism. The most familiar effects occur in ferromagnetic materials, which are strongly attracted by magnetic fields and can be magnetized to become permanent magnets, producing magnetic fields themselves. Demagnetizing a magnet is also possible. Only a few substances are ferromagnetic; the most common ones are iron, cobalt, and nickel and their alloys. The rare-earth metals neodymium and samarium are less common examples. The prefix ferro- refers to iron because permanent magnetism was first observed in lodestone, a form of natural iron ore called magnetite, Fe3O4. All substances exhibit some type of magnetism. Magnetic materials are classified according to their bulk susceptibility. Ferromagnetism is responsible for most of the effects of magnetism encountered in everyday life, but there are actually several types of magnetism. Paramagnetic substances, such as aluminium and oxygen, are weakly attracted to an applied magnetic field; diamagnetic substances, such as copper and carbon, are weakly repelled; while antiferromagnetic materials, such as chromium and spin glasses, have a more complex relationship with a magnetic field. The force of a magnet on paramagnetic, diamagnetic, and antiferromagnetic materials is usually too weak to be felt and can be detected only by laboratory instruments, so in everyday life, these substances are often described as non-magnetic.

Magnetism is defined as the physical attributes that are mediated by a magnetic field, which is the capacity to induce attractive and repulsive forces. Magnetic materials are classified by their bulk susceptibility.

closed_qa

Instruction: Given a reference text about magnetism, tell me the definition of magnetism and how magnetic materials are classified. Context: Magnetism is the class of physical attributes that are mediated by a magnetic field, which refers to the capacity to induce attractive and repulsive phenomena in other entities. Electric currents and the magnetic moments of elementary particles giving rise to a magnetic field, which acts on other currents and magnetic moments. Magnetism is one aspect of the combined phenomena of electromagnetism. The most familiar effects occur in ferromagnetic materials, which are strongly attracted by magnetic fields and can be magnetized to become permanent magnets, producing magnetic fields themselves. Demagnetizing a magnet is also possible. Only a few substances are ferromagnetic; the most common ones are iron, cobalt, and nickel and their alloys. The rare-earth metals neodymium and samarium are less common examples. The prefix ferro- refers to iron because permanent magnetism was first observed in lodestone, a form of natural iron ore called magnetite, Fe3O4. All substances exhibit some type of magnetism. Magnetic materials are classified according to their bulk susceptibility. Ferromagnetism is responsible for most of the effects of magnetism encountered in everyday life, but there are actually several types of magnetism. Paramagnetic substances, such as aluminium and oxygen, are weakly attracted to an applied magnetic field; diamagnetic substances, such as copper and carbon, are weakly repelled; while antiferromagnetic materials, such as chromium and spin glasses, have a more complex relationship with a magnetic field. The force of a magnet on paramagnetic, diamagnetic, and antiferromagnetic materials is usually too weak to be felt and can be detected only by laboratory instruments, so in everyday life, these substances are often described as non-magnetic. Response: Magnetism is defined as the physical attributes that are mediated by a magnetic field, which is the capacity to induce attractive and repulsive forces. Magnetic materials are classified by their bulk susceptibility.

From the passage provided, extract Tagore's nickname

The name Tagore is the anglicised transliteration of Thakur. The original surname of the Tagores was Kushari. They were Pirali Brahmin ('Pirali’ historically carried a stigmatized and pejorative connotation) originally belonged to a village named Kush in the district named Burdwan in West Bengal. The biographer of Rabindranath Tagore, Prabhat Kumar Mukhopadhyaya wrote in the first volume of his book Rabindrajibani O Rabindra Sahitya Prabeshak that The Kusharis were the descendants of Deen Kushari, the son of Bhatta Narayana; Deen was granted a village named Kush (in Burdwan zilla) by Maharaja Kshitisura, he became its chief and came to be known as Kushari. Life and events Early life: 1861–1878 Main article: Early life of Rabindranath Tagore Young Tagore in London, 1879 The last two days a storm has been raging, similar to the description in my song—Jhauro jhauro borishe baridhara [... amidst it] a hapless, homeless man drenched from top to toe standing on the roof of his steamer [...] the last two days I have been singing this song over and over [...] as a result the pelting sound of the intense rain, the wail of the wind, the sound of the heaving Gorai River, [...] have assumed a fresh life and found a new language and I have felt like a major actor in this new musical drama unfolding before me. — Letter to Indira Devi. The youngest of 13 surviving children, Tagore (nicknamed "Rabi") was born on 7 May 1861 in the Jorasanko mansion in Calcutta, the son of Debendranath Tagore (1817–1905) and Sarada Devi (1830–1875). Black-and-white photograph of a finely dressed man and woman: the man, smiling, stands with the hand on the hip and elbow turned outward with a shawl draped over his shoulders and in Bengali formal wear. In front of him, the woman, seated, is in elaborate dress and shawl; she leans against a carved table supporting a vase and flowing leaves. Tagore and his wife Mrinalini Devi, 1883 Tagore was raised mostly by servants; his mother had died in his early childhood and his father travelled widely. The Tagore family was at the forefront of the Bengal renaissance. They hosted the publication of literary magazines; theatre and recitals of Bengali and Western classical music featured there regularly. Tagore's father invited several professional Dhrupad musicians to stay in the house and teach Indian classical music to the children. Tagore's oldest brother Dwijendranath was a philosopher and poet. Another brother, Satyendranath, was the first Indian appointed to the elite and formerly all-European Indian Civil Service. Yet another brother, Jyotirindranath, was a musician, composer, and playwright. His sister Swarnakumari became a novelist. Jyotirindranath's wife Kadambari Devi, slightly older than Tagore, was a dear friend and powerful influence. Her abrupt suicide in 1884, soon after he married, left him profoundly distraught for years.

Rabi

information_extraction

Instruction: From the passage provided, extract Tagore's nickname Context: The name Tagore is the anglicised transliteration of Thakur. The original surname of the Tagores was Kushari. They were Pirali Brahmin ('Pirali’ historically carried a stigmatized and pejorative connotation) originally belonged to a village named Kush in the district named Burdwan in West Bengal. The biographer of Rabindranath Tagore, Prabhat Kumar Mukhopadhyaya wrote in the first volume of his book Rabindrajibani O Rabindra Sahitya Prabeshak that The Kusharis were the descendants of Deen Kushari, the son of Bhatta Narayana; Deen was granted a village named Kush (in Burdwan zilla) by Maharaja Kshitisura, he became its chief and came to be known as Kushari. Life and events Early life: 1861–1878 Main article: Early life of Rabindranath Tagore Young Tagore in London, 1879 The last two days a storm has been raging, similar to the description in my song—Jhauro jhauro borishe baridhara [... amidst it] a hapless, homeless man drenched from top to toe standing on the roof of his steamer [...] the last two days I have been singing this song over and over [...] as a result the pelting sound of the intense rain, the wail of the wind, the sound of the heaving Gorai River, [...] have assumed a fresh life and found a new language and I have felt like a major actor in this new musical drama unfolding before me. — Letter to Indira Devi. The youngest of 13 surviving children, Tagore (nicknamed "Rabi") was born on 7 May 1861 in the Jorasanko mansion in Calcutta, the son of Debendranath Tagore (1817–1905) and Sarada Devi (1830–1875). Black-and-white photograph of a finely dressed man and woman: the man, smiling, stands with the hand on the hip and elbow turned outward with a shawl draped over his shoulders and in Bengali formal wear. In front of him, the woman, seated, is in elaborate dress and shawl; she leans against a carved table supporting a vase and flowing leaves. Tagore and his wife Mrinalini Devi, 1883 Tagore was raised mostly by servants; his mother had died in his early childhood and his father travelled widely. The Tagore family was at the forefront of the Bengal renaissance. They hosted the publication of literary magazines; theatre and recitals of Bengali and Western classical music featured there regularly. Tagore's father invited several professional Dhrupad musicians to stay in the house and teach Indian classical music to the children. Tagore's oldest brother Dwijendranath was a philosopher and poet. Another brother, Satyendranath, was the first Indian appointed to the elite and formerly all-European Indian Civil Service. Yet another brother, Jyotirindranath, was a musician, composer, and playwright. His sister Swarnakumari became a novelist. Jyotirindranath's wife Kadambari Devi, slightly older than Tagore, was a dear friend and powerful influence. Her abrupt suicide in 1884, soon after he married, left him profoundly distraught for years. Response: Rabi

Classify each of the following as water-soluble vitamins and fat-soluble vitamins and which food come under them?

Classifying each of the following as water-soluble vitamins and fat-soluble vitamins: before getting into that we will first know about them in a detailed way water-soluble vitamins: dissolve in water and are easily absorbed into the bloodstream. They are not stored in the body for long periods of time and any excess amounts are excreted in the urine, which means that a regular intake is needed to maintain optimal levels. Water-soluble vitamins include: Vitamin C: an antioxidant that helps protect cells from damage and supports immune function. It also plays a role in collagen synthesis and helps the body absorb iron from plant-based foods. Vitamins B: There are eight B vitamins, including thiamin (B1), riboflavin (B2), niacin (B3), pantothenic acid (B5), pyridoxine (B6), biotin (B7), folate (B9), and cobalamin (B12). B vitamins play a crucial role in energy metabolism, as well as the production of red blood cells, brain function, and the maintenance of healthy skin, hair, and eyesight. Fat-soluble vitamins: soluble in fat and are absorbed with dietary fat in the small intestine. These vitamins are stored in the liver and fatty tissue for long periods of time, and excess amounts can accumulate and potentially cause toxicity. The fat-soluble vitamins include: Vitamin A: essential for vision, skin health, and immune function. It is also important for the growth and development of bones and teeth. Vitamin D: important for bone health as it helps the body absorb calcium. It also plays a role in immune function and may have other health benefits such as reducing the risk of certain types of cancer and autoimmune diseases. Vitamin E: an antioxidant that helps protect cells from damage and supports immune function. It may also have a role in reducing the risk of heart disease. Vitamin K: important for blood clotting and bone health. It also plays a role in regulating calcium levels in the body. Food that comes under water-soluble vitamins: Vitamin A: found in liver, fish oil, eggs, milk, cheese, and dark leafy greens like spinach and kale. Vitamin D: found in fatty fish such as salmon, mackerel, and tuna, as well as egg yolks and fortified foods like milk, orange juice, and cereals. Vitamin E: found in nuts and seeds like almonds, sunflower seeds, and hazelnuts, as well as vegetable oils like wheat germ oil, sunflower oil, and safflower oil. Vitamin K: found in leafy greens like spinach, kale, and collard greens, as well as cruciferous vegetables like broccoli and Brussels sprouts, and vegetable oils like soybean oil and canola oil. Food that comes under Fat -soluble vitamins: Vitamin C: found in citrus fruits like oranges, grapefruits, and lemons, as well as kiwi, strawberries, bell peppers, broccoli, and spinach. Thiamin (B1): found in whole grains like brown rice, whole wheat bread, and oats, as well as pork, legumes, and nuts. Riboflavin (B2): found in dairy products like milk and yogurt, as well as eggs, meat, leafy greens, and whole grains. Niacin (B3): found in meat, poultry, fish, whole grains, and legumes. Pantothenic acid (B5): found in meat, poultry, fish, whole grains, and legumes. Pyridoxine (B6): found in meat, poultry, fish, bananas, whole grains, and legumes. Biotin (B7): found in egg yolks, liver, nuts, and seeds. Folate (B9): found in leafy greens, legumes, citrus fruits, and fortified grains and cereals. Cobalamin (B12): found in animal products like meat, poultry, fish, eggs, and dairy.

classification

Instruction: Classify each of the following as water-soluble vitamins and fat-soluble vitamins and which food come under them? Context: Response: Classifying each of the following as water-soluble vitamins and fat-soluble vitamins: before getting into that we will first know about them in a detailed way water-soluble vitamins: dissolve in water and are easily absorbed into the bloodstream. They are not stored in the body for long periods of time and any excess amounts are excreted in the urine, which means that a regular intake is needed to maintain optimal levels. Water-soluble vitamins include: Vitamin C: an antioxidant that helps protect cells from damage and supports immune function. It also plays a role in collagen synthesis and helps the body absorb iron from plant-based foods. Vitamins B: There are eight B vitamins, including thiamin (B1), riboflavin (B2), niacin (B3), pantothenic acid (B5), pyridoxine (B6), biotin (B7), folate (B9), and cobalamin (B12). B vitamins play a crucial role in energy metabolism, as well as the production of red blood cells, brain function, and the maintenance of healthy skin, hair, and eyesight. Fat-soluble vitamins: soluble in fat and are absorbed with dietary fat in the small intestine. These vitamins are stored in the liver and fatty tissue for long periods of time, and excess amounts can accumulate and potentially cause toxicity. The fat-soluble vitamins include: Vitamin A: essential for vision, skin health, and immune function. It is also important for the growth and development of bones and teeth. Vitamin D: important for bone health as it helps the body absorb calcium. It also plays a role in immune function and may have other health benefits such as reducing the risk of certain types of cancer and autoimmune diseases. Vitamin E: an antioxidant that helps protect cells from damage and supports immune function. It may also have a role in reducing the risk of heart disease. Vitamin K: important for blood clotting and bone health. It also plays a role in regulating calcium levels in the body. Food that comes under water-soluble vitamins: Vitamin A: found in liver, fish oil, eggs, milk, cheese, and dark leafy greens like spinach and kale. Vitamin D: found in fatty fish such as salmon, mackerel, and tuna, as well as egg yolks and fortified foods like milk, orange juice, and cereals. Vitamin E: found in nuts and seeds like almonds, sunflower seeds, and hazelnuts, as well as vegetable oils like wheat germ oil, sunflower oil, and safflower oil. Vitamin K: found in leafy greens like spinach, kale, and collard greens, as well as cruciferous vegetables like broccoli and Brussels sprouts, and vegetable oils like soybean oil and canola oil. Food that comes under Fat -soluble vitamins: Vitamin C: found in citrus fruits like oranges, grapefruits, and lemons, as well as kiwi, strawberries, bell peppers, broccoli, and spinach. Thiamin (B1): found in whole grains like brown rice, whole wheat bread, and oats, as well as pork, legumes, and nuts. Riboflavin (B2): found in dairy products like milk and yogurt, as well as eggs, meat, leafy greens, and whole grains. Niacin (B3): found in meat, poultry, fish, whole grains, and legumes. Pantothenic acid (B5): found in meat, poultry, fish, whole grains, and legumes. Pyridoxine (B6): found in meat, poultry, fish, bananas, whole grains, and legumes. Biotin (B7): found in egg yolks, liver, nuts, and seeds. Folate (B9): found in leafy greens, legumes, citrus fruits, and fortified grains and cereals. Cobalamin (B12): found in animal products like meat, poultry, fish, eggs, and dairy.

Who played Billy the Kid in The Left Handed Gun

Paul Newman

open_qa

Instruction: Who played Billy the Kid in The Left Handed Gun Context: Response: Paul Newman

Please give me a bulleted list of countries that make up the Indian subcontinent from this passage

The Indian subcontinent is a physiographical region in Southern Asia, situated on the Indian Plate, projecting southwards into the Indian Ocean from the Himalayas. Geopolitically, it includes the countries of Bangladesh, Bhutan, India, Maldives, Nepal, Pakistan, and Sri Lanka. The terms "Indian subcontinent" and "South Asia" are often used interchangeably to denote the region, although the geopolitical term of South Asia frequently includes Afghanistan, which may otherwise be classified as Central Asian.

Here is the bulleted list of countries that comprise the Indian Subcontinent * Bangladesh * Bhutan * India * Maldives * Nepal * Pakistan * Sri Lanka

summarization

Instruction: Please give me a bulleted list of countries that make up the Indian subcontinent from this passage Context: The Indian subcontinent is a physiographical region in Southern Asia, situated on the Indian Plate, projecting southwards into the Indian Ocean from the Himalayas. Geopolitically, it includes the countries of Bangladesh, Bhutan, India, Maldives, Nepal, Pakistan, and Sri Lanka. The terms "Indian subcontinent" and "South Asia" are often used interchangeably to denote the region, although the geopolitical term of South Asia frequently includes Afghanistan, which may otherwise be classified as Central Asian. Response: Here is the bulleted list of countries that comprise the Indian Subcontinent * Bangladesh * Bhutan * India * Maldives * Nepal * Pakistan * Sri Lanka

Which is a species of fish? Shaver or Razorfish

Razorfish

classification

Instruction: Which is a species of fish? Shaver or Razorfish Context: Response: Razorfish

What is ADLS in Azure?

Azure Data Lake Storage (ADLS) is a secured and scalable Data Lake storage that helps to achieve high-performance analytics workloads.

open_qa

Instruction: What is ADLS in Azure? Context: Response: Azure Data Lake Storage (ADLS) is a secured and scalable Data Lake storage that helps to achieve high-performance analytics workloads.

Given this reference text about the Hawaiian scale, how tall is a wave that is six foot Hawaiian?

Hawaiian scale is an expression of the height of a wind wave affecting water. It is the expression conventionally used by surfers in Hawaii and is also used in Australia and parts of South Africa. The expression, always given in feet, is a scaled figure corresponding to roughly half the actual measured or estimated height of a wave's face (trough to crest height). Thus, a "3-foot" wave is roughly six feet high (in actuality a height of ~1.8 m), i.e., head-high to a 6-foot (~180 cm) person; a "2-foot" wave is roughly four feet high (height of ~1.2 m), i.e., chest-high to such a person; and a "6- to 8-foot" wave would be 2 to approaching 3 times head-high to such a person (height of ~3.5 to 5 m). As wave height increases, however, so does the difficulty of judging that height, and as wave height approaches 20 feet (40 ft faces or 12 m height), the range of absolute wave heights corresponding to a given scaled expression tends to widen.

A wave that is six foot Hawaiian would be twelve feet tall from crest to trough

closed_qa

Instruction: Given this reference text about the Hawaiian scale, how tall is a wave that is six foot Hawaiian? Context: Hawaiian scale is an expression of the height of a wind wave affecting water. It is the expression conventionally used by surfers in Hawaii and is also used in Australia and parts of South Africa. The expression, always given in feet, is a scaled figure corresponding to roughly half the actual measured or estimated height of a wave's face (trough to crest height). Thus, a "3-foot" wave is roughly six feet high (in actuality a height of ~1.8 m), i.e., head-high to a 6-foot (~180 cm) person; a "2-foot" wave is roughly four feet high (height of ~1.2 m), i.e., chest-high to such a person; and a "6- to 8-foot" wave would be 2 to approaching 3 times head-high to such a person (height of ~3.5 to 5 m). As wave height increases, however, so does the difficulty of judging that height, and as wave height approaches 20 feet (40 ft faces or 12 m height), the range of absolute wave heights corresponding to a given scaled expression tends to widen. Response: A wave that is six foot Hawaiian would be twelve feet tall from crest to trough

Is banana a flower or a fruit?

Banana is a fruit, not a flower.

classification

Instruction: Is banana a flower or a fruit? Context: Response: Banana is a fruit, not a flower.

Given this paragraph about computers, what is the first RISC system?

Michael J. Flynn views the first RISC system as the IBM 801 design, begun in 1975 by John Cocke and completed in 1980. The 801 developed out of an effort to build a 24-bit high-speed processor to use as the basis for a digital telephone switch. To reach their goal of switching 1 million calls per hour (300 per second) they calculated that the CPU required performance on the order of 12 million instructions per second (MIPS), compared to their fastest mainframe machine of the time, the 370/168, which performed at 3.5 MIPS.

The first RISC system was the IBM 801, started in 1975 and completed in 1980.

closed_qa

Instruction: Given this paragraph about computers, what is the first RISC system? Context: Michael J. Flynn views the first RISC system as the IBM 801 design, begun in 1975 by John Cocke and completed in 1980. The 801 developed out of an effort to build a 24-bit high-speed processor to use as the basis for a digital telephone switch. To reach their goal of switching 1 million calls per hour (300 per second) they calculated that the CPU required performance on the order of 12 million instructions per second (MIPS), compared to their fastest mainframe machine of the time, the 370/168, which performed at 3.5 MIPS. Response: The first RISC system was the IBM 801, started in 1975 and completed in 1980.

What are some Australian beer brands that have low or no alcohol?

No alcohol beer is very popular in Australia. Most brands have an alchohol free version but there are brand that have alcohol free as their primary product line. Beers to try are Nort, Heaps Normal and Big Drop Brewing Co.

brainstorming

Instruction: What are some Australian beer brands that have low or no alcohol? Context: Response: No alcohol beer is very popular in Australia. Most brands have an alchohol free version but there are brand that have alcohol free as their primary product line. Beers to try are Nort, Heaps Normal and Big Drop Brewing Co.

Who is considered the G.O.A.T. in basketball?

Michael Jordan, Lebron James, Kobe Bryant

open_qa

Instruction: Who is considered the G.O.A.T. in basketball? Context: Response: Michael Jordan, Lebron James, Kobe Bryant

Tell me what continent are these countries located: China, United States, India, France, Brazil.

China and India are in Asia, United States is in North America, France is in Europe, and Brazil is in South America.

classification

Instruction: Tell me what continent are these countries located: China, United States, India, France, Brazil. Context: Response: China and India are in Asia, United States is in North America, France is in Europe, and Brazil is in South America.

Who is Silvio Micali?

Silvio Micali (born October 13, 1954) is an Italian computer scientist, professor at the Massachusetts Institute of Technology and the founder of Algorand, a proof-of-stake blockchain cryptocurrency protocol. Micali's research at the MIT Computer Science and Artificial Intelligence Laboratory centers on cryptography and information security. In 2012, he received the Turing Award for his work in cryptography along with Shafi Goldwasser for their work on zero-knowledge proofs.

Silvio Micali is a cryptography professor at MIT. He received a Turing award in 2012 along with Shafi Goldwasser for their work on zero-knowledge proofs. Micali also founded Algorand, which is a a proof-of-stake blockchain cryptocurrency protocol and company.

closed_qa

Instruction: Who is Silvio Micali? Context: Silvio Micali (born October 13, 1954) is an Italian computer scientist, professor at the Massachusetts Institute of Technology and the founder of Algorand, a proof-of-stake blockchain cryptocurrency protocol. Micali's research at the MIT Computer Science and Artificial Intelligence Laboratory centers on cryptography and information security. In 2012, he received the Turing Award for his work in cryptography along with Shafi Goldwasser for their work on zero-knowledge proofs. Response: Silvio Micali is a cryptography professor at MIT. He received a Turing award in 2012 along with Shafi Goldwasser for their work on zero-knowledge proofs. Micali also founded Algorand, which is a a proof-of-stake blockchain cryptocurrency protocol and company.

What are common florals found in Zigalga National Park?

Zigalga National Park (Russian: Национальный парк «Зигальга») is located on the high Zigalga Ridge of the Southern Ural Mountains in Russia, on the transition between Europe and Siberia. Much of the territory is untouched by human activity and so supports Ice Age relict floral communities through all altitude zones - pine and birch forest, dark coniferous taiga, alpine meadows and mountain tundra. The park was officially created in 2019. The park is located in the Katav-Ivanovsky District of Chelyabinsk Oblast. Topography Ziglalga National Park connects two large protected areas on the main ridge of the Southern Urals, with Zyuratkul National Park to the northeast, and the South Ural Nature Reserve to the southwest. The park includes headwaters of the Yuryuzan River and the Kutkurka River. The highest point is at Mount Poperechnaya (1,387 metres (4,551 ft))

Zigalga National Park has the majority of its territory untouched by human activity and includes pine and birch forest, dark coniferous taiga, alpine meadows and mountain tundra.

closed_qa

Instruction: What are common florals found in Zigalga National Park? Context: Zigalga National Park (Russian: Национальный парк «Зигальга») is located on the high Zigalga Ridge of the Southern Ural Mountains in Russia, on the transition between Europe and Siberia. Much of the territory is untouched by human activity and so supports Ice Age relict floral communities through all altitude zones - pine and birch forest, dark coniferous taiga, alpine meadows and mountain tundra. The park was officially created in 2019. The park is located in the Katav-Ivanovsky District of Chelyabinsk Oblast. Topography Ziglalga National Park connects two large protected areas on the main ridge of the Southern Urals, with Zyuratkul National Park to the northeast, and the South Ural Nature Reserve to the southwest. The park includes headwaters of the Yuryuzan River and the Kutkurka River. The highest point is at Mount Poperechnaya (1,387 metres (4,551 ft)) Response: Zigalga National Park has the majority of its territory untouched by human activity and includes pine and birch forest, dark coniferous taiga, alpine meadows and mountain tundra.

Classify each of the following European countries as either members of the European Union or non-members of the European Union: Spain, Albania, the United Kingdom, Ireland, Romania, Germany.

Germany, Spain, Ireland, and Romania are all members of the European Union. Of these countries, Romania joined the EU most recently. Albania and the United Kingdom are not members of the European Union. It applied for EU membership on April 28, 2009 and since June 2014 has been an official candidate. The United Kingdom was previously an EU member, but withdrew its membership in 2020.

classification

Instruction: Classify each of the following European countries as either members of the European Union or non-members of the European Union: Spain, Albania, the United Kingdom, Ireland, Romania, Germany. Context: Response: Germany, Spain, Ireland, and Romania are all members of the European Union. Of these countries, Romania joined the EU most recently. Albania and the United Kingdom are not members of the European Union. It applied for EU membership on April 28, 2009 and since June 2014 has been an official candidate. The United Kingdom was previously an EU member, but withdrew its membership in 2020.

Is Moore's law still viable?

Moore's law is the observation that the number of transistors in an integrated circuit (IC) doubles about every two years. Moore's law is an observation and projection of a historical trend. Rather than a law of physics, it is an empirical relationship linked to gains from experience in production. The observation is named after Gordon Moore, the co-founder of Fairchild Semiconductor and Intel (and former CEO of the latter), who in 1965 posited a doubling every year in the number of components per integrated circuit, and projected this rate of growth would continue for at least another decade. In 1975, looking forward to the next decade, he revised the forecast to doubling every two years, a compound annual growth rate (CAGR) of 41%. While Moore did not use empirical evidence in forecasting that the historical trend would continue, his prediction held since 1975 and has since become known as a "law". Moore's prediction has been used in the semiconductor industry to guide long-term planning and to set targets for research and development, thus functioning to some extent as a self-fulfilling prophecy. Advancements in digital electronics, such as the reduction in quality-adjusted microprocessor prices, the increase in memory capacity (RAM and flash), the improvement of sensors, and even the number and size of pixels in digital cameras, are strongly linked to Moore's law. These ongoing changes in digital electronics have been a driving force of technological and social change, productivity, and economic growth. Industry experts have not reached a consensus on exactly when Moore's law will cease to apply. Microprocessor architects report that semiconductor advancement has slowed industry-wide since around 2010, slightly below the pace predicted by Moore's law. In September 2022 Nvidia CEO Jensen Huang considered Moore's law dead, while Intel CEO Pat Gelsinger was of the opposite view.

Moore's law is the observation that the number of transistors in a circuit doubles about every two years. Through advancements in technology, Moore's law is still viable since 1975 with some experts believing the observation still holds and some seeing a slowing of Moore's observation.

closed_qa

Instruction: Is Moore's law still viable? Context: Moore's law is the observation that the number of transistors in an integrated circuit (IC) doubles about every two years. Moore's law is an observation and projection of a historical trend. Rather than a law of physics, it is an empirical relationship linked to gains from experience in production. The observation is named after Gordon Moore, the co-founder of Fairchild Semiconductor and Intel (and former CEO of the latter), who in 1965 posited a doubling every year in the number of components per integrated circuit, and projected this rate of growth would continue for at least another decade. In 1975, looking forward to the next decade, he revised the forecast to doubling every two years, a compound annual growth rate (CAGR) of 41%. While Moore did not use empirical evidence in forecasting that the historical trend would continue, his prediction held since 1975 and has since become known as a "law". Moore's prediction has been used in the semiconductor industry to guide long-term planning and to set targets for research and development, thus functioning to some extent as a self-fulfilling prophecy. Advancements in digital electronics, such as the reduction in quality-adjusted microprocessor prices, the increase in memory capacity (RAM and flash), the improvement of sensors, and even the number and size of pixels in digital cameras, are strongly linked to Moore's law. These ongoing changes in digital electronics have been a driving force of technological and social change, productivity, and economic growth. Industry experts have not reached a consensus on exactly when Moore's law will cease to apply. Microprocessor architects report that semiconductor advancement has slowed industry-wide since around 2010, slightly below the pace predicted by Moore's law. In September 2022 Nvidia CEO Jensen Huang considered Moore's law dead, while Intel CEO Pat Gelsinger was of the opposite view. Response: Moore's law is the observation that the number of transistors in a circuit doubles about every two years. Through advancements in technology, Moore's law is still viable since 1975 with some experts believing the observation still holds and some seeing a slowing of Moore's observation.

Is this a list of universities or companies: Alphabet, Microsoft, Dell, John Deere, and JP Morgan Chase?

That is a list of companies.

classification

Instruction: Is this a list of universities or companies: Alphabet, Microsoft, Dell, John Deere, and JP Morgan Chase? Context: Response: That is a list of companies.

How many planets orbit the sun?

For many years astronomers stated that there were 9 planets that orbited the Sun. In 2006 the 9th planet and furthest from the Sun, Pluto, was demoted from a planet to a dwarf planet. Technically there are now 8 planets and 1 dwarf planet that orbit the Sun.

classification

Instruction: How many planets orbit the sun? Context: Response: For many years astronomers stated that there were 9 planets that orbited the Sun. In 2006 the 9th planet and furthest from the Sun, Pluto, was demoted from a planet to a dwarf planet. Technically there are now 8 planets and 1 dwarf planet that orbit the Sun.

Summarize Roosevelt's accomplishments described in this paragraph.

Beginning in 1925, Roosevelt spent most of his time in the Southern United States, at first on his houseboat, the Larooco. Intrigued by the potential benefits of hydrotherapy, he established a rehabilitation center at Warm Springs, Georgia, in 1926. To create the rehabilitation center, he assembled a staff of physical therapists and used most of his inheritance to purchase the Merriweather Inn. In 1938, he founded the National Foundation for Infantile Paralysis, leading to the development of polio vaccines.

Roosevelt established a rehabilitation center in Georgia and founded the National Foundation for Infantile Paralysis. The latter accomplishment led to the development of polio vaccines.

summarization

Instruction: Summarize Roosevelt's accomplishments described in this paragraph. Context: Beginning in 1925, Roosevelt spent most of his time in the Southern United States, at first on his houseboat, the Larooco. Intrigued by the potential benefits of hydrotherapy, he established a rehabilitation center at Warm Springs, Georgia, in 1926. To create the rehabilitation center, he assembled a staff of physical therapists and used most of his inheritance to purchase the Merriweather Inn. In 1938, he founded the National Foundation for Infantile Paralysis, leading to the development of polio vaccines. Response: Roosevelt established a rehabilitation center in Georgia and founded the National Foundation for Infantile Paralysis. The latter accomplishment led to the development of polio vaccines.

Please write some key points on Booker prize from the given passage.

The 2022 Booker Prize was a literary award given for the best English novel of the year. It was announced on 17 October 2022, during a ceremony hosted by Sophie Duker at the Roundhouse in London. The longlist was announced on 26 July 2022. The shortlist was announced on 6 September. Leila Mottley, at 20, was the youngest longlisted writer to date, and Alan Garner, at 87, the oldest. The majority of the 13 titles were from independent publishers. The prize was awarded to Shehan Karunatilaka for his novel, The Seven Moons of Maali Almeida, receiving £50,000. He is the second Sri Lankan to win the prize, after Michael Ondaatje

1. The 2022 Booker Prize was a literary honour presented to the year's top English novel. 2. It was revealed on October 17, 2022, at a ceremony Sophie Duker presided over at London's Roundhouse. 3. On July 26, 2022, the longlist was announced. 4. On September 6th, the shortlist was announced. 5. Alan Garner, aged 87, was the oldest longlisted author to date, and Leila Mottley, at 20 years old, was the youngest. 6. Independent publ ishers produced the majority of the 13 books. 7. Shehan Karunatilaka received the award and £50,000 for his book The Seven Moons of Maali Almeida. 8. After Michael Ondaatje, he is the second Sri Lankan to win the award.

summarization

Instruction: Please write some key points on Booker prize from the given passage. Context: The 2022 Booker Prize was a literary award given for the best English novel of the year. It was announced on 17 October 2022, during a ceremony hosted by Sophie Duker at the Roundhouse in London. The longlist was announced on 26 July 2022. The shortlist was announced on 6 September. Leila Mottley, at 20, was the youngest longlisted writer to date, and Alan Garner, at 87, the oldest. The majority of the 13 titles were from independent publishers. The prize was awarded to Shehan Karunatilaka for his novel, The Seven Moons of Maali Almeida, receiving £50,000. He is the second Sri Lankan to win the prize, after Michael Ondaatje Response: 1. The 2022 Booker Prize was a literary honour presented to the year's top English novel. 2. It was revealed on October 17, 2022, at a ceremony Sophie Duker presided over at London's Roundhouse. 3. On July 26, 2022, the longlist was announced. 4. On September 6th, the shortlist was announced. 5. Alan Garner, aged 87, was the oldest longlisted author to date, and Leila Mottley, at 20 years old, was the youngest. 6. Independent publ ishers produced the majority of the 13 books. 7. Shehan Karunatilaka received the award and £50,000 for his book The Seven Moons of Maali Almeida. 8. After Michael Ondaatje, he is the second Sri Lankan to win the award.

Why is the Saguaro cactus important to Arizona?

The Saguaro cactus (Saguaro Cacti) is a very rare type of cacti that only grows in the Sonoran Desert, which southern Arizona is part of. The Saguaro, can easily live a few hundred years as it takes about 50-75 years just to grow one arm. Due to new construction in Arizona, a Saguaro interfering with the location of a building must be transplanted and cannot be destroyed. The destruction of a Saguaro cactus is a class-4 felony.

general_qa

Instruction: Why is the Saguaro cactus important to Arizona? Context: Response: The Saguaro cactus (Saguaro Cacti) is a very rare type of cacti that only grows in the Sonoran Desert, which southern Arizona is part of. The Saguaro, can easily live a few hundred years as it takes about 50-75 years just to grow one arm. Due to new construction in Arizona, a Saguaro interfering with the location of a building must be transplanted and cannot be destroyed. The destruction of a Saguaro cactus is a class-4 felony.

What is Depreciation

Depreciation is the drop in value of an asset due to wear and tear, age and obsolescence (going out of date) as recorded in an organization's financial records.

open_qa

Instruction: What is Depreciation Context: Response: Depreciation is the drop in value of an asset due to wear and tear, age and obsolescence (going out of date) as recorded in an organization's financial records.

A 30-year-old member at your fitness center has been weight training for 4 months and claims to have made significant gains in strength. Twice a week, he performs 1 set of 12-15 repetitions using 8 weight machines. Over the last 6 weeks, he's noticed that he isn’t achieving the strength gains that he’s used to. How would you modify his training routine to optimize gains in muscular strength?

First of all, he’s been performing the same routine over the last 4 months, which means his body may have adapted to the specific sets, repetition ranges, and types of exercises he performs, leading to less strength gains. I would recommend him to switch up his routine! He can consider doing more sets per exercise e.g. 3 sets with lower repetitions e.g. 8 repetitions. He can also consider switching weight machines to free weights, which can help target more muscles and larger muscle groups. He can also increase the number of days he trains a week, from two to three. He can also do well to remember to properly warm up, cool down, stretch, and order his exercises properly (from larger muscle groups to smaller).

brainstorming

Instruction: A 30-year-old member at your fitness center has been weight training for 4 months and claims to have made significant gains in strength. Twice a week, he performs 1 set of 12-15 repetitions using 8 weight machines. Over the last 6 weeks, he's noticed that he isn’t achieving the strength gains that he’s used to. How would you modify his training routine to optimize gains in muscular strength? Context: Response: First of all, he’s been performing the same routine over the last 4 months, which means his body may have adapted to the specific sets, repetition ranges, and types of exercises he performs, leading to less strength gains. I would recommend him to switch up his routine! He can consider doing more sets per exercise e.g. 3 sets with lower repetitions e.g. 8 repetitions. He can also consider switching weight machines to free weights, which can help target more muscles and larger muscle groups. He can also increase the number of days he trains a week, from two to three. He can also do well to remember to properly warm up, cool down, stretch, and order his exercises properly (from larger muscle groups to smaller).

Pleaese give me a short list of the main characteristics of cricketer Sachin Tendulkar's playing style.

Tendulkar is cross-dominant: he bats, bowls and throws with his right hand, but writes with his left hand. He also practices left-handed throws at the nets on a regular basis. Cricinfo columnist Sambit Bal has described him as the "most wholesome batsman of his time". His batting is based on complete balance and poise while limiting unnecessary movements and flourishes. He appears to show little preference for the slow and low wickets which are typical in India, and has scored many centuries on the hard, bouncy pitches in South Africa and Australia. He is known for his unique punch style of hitting the ball over square. He is also renowned for his picture-perfect straight drive, often completed with no follow-through. The straight drive is often said to be his favourite shot. In 2008, Sunil Gavaskar, in an article he wrote in the AFP, remarked that "it is hard to imagine any player in the history of the game who combines classical technique with raw aggression like the little champion does". Equipment-wise, his bats tend to be heavier than the average batman.

Cross-dominant Batting with balance, unnecessary movements are limited Unique punch style of hitting the ball over square Textbook straight drive, often with no follow-through His bat is heavier than the average batsman's bat

summarization

Instruction: Pleaese give me a short list of the main characteristics of cricketer Sachin Tendulkar's playing style. Context: Tendulkar is cross-dominant: he bats, bowls and throws with his right hand, but writes with his left hand. He also practices left-handed throws at the nets on a regular basis. Cricinfo columnist Sambit Bal has described him as the "most wholesome batsman of his time". His batting is based on complete balance and poise while limiting unnecessary movements and flourishes. He appears to show little preference for the slow and low wickets which are typical in India, and has scored many centuries on the hard, bouncy pitches in South Africa and Australia. He is known for his unique punch style of hitting the ball over square. He is also renowned for his picture-perfect straight drive, often completed with no follow-through. The straight drive is often said to be his favourite shot. In 2008, Sunil Gavaskar, in an article he wrote in the AFP, remarked that "it is hard to imagine any player in the history of the game who combines classical technique with raw aggression like the little champion does". Equipment-wise, his bats tend to be heavier than the average batman. Response: Cross-dominant Batting with balance, unnecessary movements are limited Unique punch style of hitting the ball over square Textbook straight drive, often with no follow-through His bat is heavier than the average batsman's bat

Who is the finest Indian cricketer right now?

Virat Kohli (Hindi pronunciation: born 5 November 1988) is an Indian international cricketer and former captain of the Indian national cricket team. He now plays as a right-handed batter for Royal Challengers Bangalore in the IPL and for Delhi in Indian domestic cricket. He is widely recognised as one of the best batsman in cricket history. He is the second most prolific international century batsman in cricket history. The International Cricket Council elected him the male cricketer of the decade despite holding the record for most runs in T20 internationals and the IPL. Kohli has also contributed to a number of India's victories, including the 2011 World Cup and the 2013 Champions Trophy.

Virat Kohli (Hindi pronunciation: born 5 November 1988) is an Indian international cricketer and former captain of the Indian national cricket team. He now plays as a right-handed batter for Royal Challengers Bangalore in the IPL and for Delhi in Indian domestic cricket. He is widely recognised as one of the best batsman in cricket history. He is the second most prolific international century batsman in cricket history. The International Cricket Council elected him the male cricketer of the decade despite holding the record for most runs in T20 internationals and the IPL. Kohli has also contributed to a number of India's victories, including the 2011 World Cup and the 2013 Champions Trophy. Kohli was born and raised in New Delhi, where he attended the West Delhi Cricket Academy and began his junior career with the Delhi Under-15 team. He made his international debut in 2008 and soon established himself as a prominent member of the ODI team, eventually making his Test debut in 2011. For the first time, Kohli topped the ICC ODI batting rankings in 2013. During the 2014 T20 World Cup, he set a competition record for the most runs scored. In 2018, he became the world's top-ranked Test batsman, making him the only Indian cricketer to hold the number one place in all three versions of the game. In 2019, he became the first player to score 20,000 international runs in a single decade. Following the T20 World Cup in 2021, Kohli decided to step down as captain of the Indian national team for T20Is, and he stood down as captain of the Test team in early 2022. He has garnered numerous awards for his achievements on the cricket pitch. He was named the ICC One-Day International Player of the Year in 2012 and has twice won the Sir Garfield Sobers Trophy, which is awarded to the ICC Cricketer of the Year, in 2017 and 2018. Kohli was the best run scorer in the 2012 Asia Cup, scoring 357 runs. Kohli was also named ICC Test Player of the Year and ICC ODI Player of the Year in 2018, making him the first player to get both honours in the same year. In addition, from 2016 to 2018, he was crowned the Wisden Top Cricketer in the World for three years in a row. Kohli received the Arjuna Award in 2013, the Padma Shri in the sports category in 2017, and the Rajiv Gandhi Khel Ratna medal, India's highest sporting honour, in 2018.

summarization

Instruction: Who is the finest Indian cricketer right now? Context: Virat Kohli (Hindi pronunciation: born 5 November 1988) is an Indian international cricketer and former captain of the Indian national cricket team. He now plays as a right-handed batter for Royal Challengers Bangalore in the IPL and for Delhi in Indian domestic cricket. He is widely recognised as one of the best batsman in cricket history. He is the second most prolific international century batsman in cricket history. The International Cricket Council elected him the male cricketer of the decade despite holding the record for most runs in T20 internationals and the IPL. Kohli has also contributed to a number of India's victories, including the 2011 World Cup and the 2013 Champions Trophy. Response: Virat Kohli (Hindi pronunciation: born 5 November 1988) is an Indian international cricketer and former captain of the Indian national cricket team. He now plays as a right-handed batter for Royal Challengers Bangalore in the IPL and for Delhi in Indian domestic cricket. He is widely recognised as one of the best batsman in cricket history. He is the second most prolific international century batsman in cricket history. The International Cricket Council elected him the male cricketer of the decade despite holding the record for most runs in T20 internationals and the IPL. Kohli has also contributed to a number of India's victories, including the 2011 World Cup and the 2013 Champions Trophy. Kohli was born and raised in New Delhi, where he attended the West Delhi Cricket Academy and began his junior career with the Delhi Under-15 team. He made his international debut in 2008 and soon established himself as a prominent member of the ODI team, eventually making his Test debut in 2011. For the first time, Kohli topped the ICC ODI batting rankings in 2013. During the 2014 T20 World Cup, he set a competition record for the most runs scored. In 2018, he became the world's top-ranked Test batsman, making him the only Indian cricketer to hold the number one place in all three versions of the game. In 2019, he became the first player to score 20,000 international runs in a single decade. Following the T20 World Cup in 2021, Kohli decided to step down as captain of the Indian national team for T20Is, and he stood down as captain of the Test team in early 2022. He has garnered numerous awards for his achievements on the cricket pitch. He was named the ICC One-Day International Player of the Year in 2012 and has twice won the Sir Garfield Sobers Trophy, which is awarded to the ICC Cricketer of the Year, in 2017 and 2018. Kohli was the best run scorer in the 2012 Asia Cup, scoring 357 runs. Kohli was also named ICC Test Player of the Year and ICC ODI Player of the Year in 2018, making him the first player to get both honours in the same year. In addition, from 2016 to 2018, he was crowned the Wisden Top Cricketer in the World for three years in a row. Kohli received the Arjuna Award in 2013, the Padma Shri in the sports category in 2017, and the Rajiv Gandhi Khel Ratna medal, India's highest sporting honour, in 2018.

Why is American Football popular?

American football is the most popular sport in the United States by viewership. It has a unique blend of peak athleticism and top level strategy. Those who don’t enjoy American football reference the physicality and potential for brain injuries.

general_qa

Instruction: Why is American Football popular? Context: Response: American football is the most popular sport in the United States by viewership. It has a unique blend of peak athleticism and top level strategy. Those who don’t enjoy American football reference the physicality and potential for brain injuries.

Why do people like macaroni and cheese and how is it made?

Macaroni and cheese is is a popular dish across the world that is widely regarded for its flavor and textural components. Macaroni and cheese is made with cooked pasta, usually elbow macaroni, and a cheese sauce. The cheese sauce is usually made by cooking a roux, which is a mixture of butter and flour, and then adding milk. Once thickened, cheese is added to the sauce. Some macaroni and cheese is stove top, meaning that it is not baked after the cheese sauce is mixed with the macaroni. However, the best dish is sprinkled with bread crumbs and baked in the oven until the top is crispy.

general_qa

Instruction: Why do people like macaroni and cheese and how is it made? Context: Response: Macaroni and cheese is is a popular dish across the world that is widely regarded for its flavor and textural components. Macaroni and cheese is made with cooked pasta, usually elbow macaroni, and a cheese sauce. The cheese sauce is usually made by cooking a roux, which is a mixture of butter and flour, and then adding milk. Once thickened, cheese is added to the sauce. Some macaroni and cheese is stove top, meaning that it is not baked after the cheese sauce is mixed with the macaroni. However, the best dish is sprinkled with bread crumbs and baked in the oven until the top is crispy.

What is Sunset?

Sunset, also known as sundown, is the daily disappearance of the Sun below the horizon due to Earth's rotation. As viewed from everywhere on Earth (except the North and South poles), the equinox Sun sets due west at the moment of both the spring and autumn equinoxes. As viewed from the Northern Hemisphere, the Sun sets to the northwest (or not at all) in the spring and summer, and to the southwest in the autumn and winter; these seasons are reversed for the Southern Hemisphere. The time of sunset is defined in astronomy as the moment when the upper limb of the Sun disappears below the horizon. Near the horizon, atmospheric refraction causes sunlight rays to be distorted to such an extent that geometrically the solar disk is already about one diameter below the horizon when a sunset is observed. Sunset is distinct from twilight, which is divided into three stages. The first one is civil twilight, which begins once the Sun has disappeared below the horizon, and continues until it descends to 6 degrees below the horizon. The second phase is nautical twilight, between 6 and 12 degrees below the horizon. The third phase is astronomical twilight, which is the period when the Sun is between 12 and 18 degrees below the horizon. Dusk is at the very end of astronomical twilight, and is the darkest moment of twilight just before night. Finally, night occurs when the Sun reaches 18 degrees below the horizon and no longer illuminates the sky. Locations further north than the Arctic Circle and further south than the Antarctic Circle experience no full sunset or sunrise on at least one day of the year, when the polar day or the polar night persists continuously for 24 hours.

Sunset is the daily disappearance of the Sun below the horizon due to Earth's rotation.

information_extraction

Instruction: What is Sunset? Context: Sunset, also known as sundown, is the daily disappearance of the Sun below the horizon due to Earth's rotation. As viewed from everywhere on Earth (except the North and South poles), the equinox Sun sets due west at the moment of both the spring and autumn equinoxes. As viewed from the Northern Hemisphere, the Sun sets to the northwest (or not at all) in the spring and summer, and to the southwest in the autumn and winter; these seasons are reversed for the Southern Hemisphere. The time of sunset is defined in astronomy as the moment when the upper limb of the Sun disappears below the horizon. Near the horizon, atmospheric refraction causes sunlight rays to be distorted to such an extent that geometrically the solar disk is already about one diameter below the horizon when a sunset is observed. Sunset is distinct from twilight, which is divided into three stages. The first one is civil twilight, which begins once the Sun has disappeared below the horizon, and continues until it descends to 6 degrees below the horizon. The second phase is nautical twilight, between 6 and 12 degrees below the horizon. The third phase is astronomical twilight, which is the period when the Sun is between 12 and 18 degrees below the horizon. Dusk is at the very end of astronomical twilight, and is the darkest moment of twilight just before night. Finally, night occurs when the Sun reaches 18 degrees below the horizon and no longer illuminates the sky. Locations further north than the Arctic Circle and further south than the Antarctic Circle experience no full sunset or sunrise on at least one day of the year, when the polar day or the polar night persists continuously for 24 hours. Response: Sunset is the daily disappearance of the Sun below the horizon due to Earth's rotation.

Which country has the largest landmass?

Russia has the largest landmass, clocking in at 17.1 million km² or 1.6 million mi².

general_qa

Instruction: Which country has the largest landmass? Context: Response: Russia has the largest landmass, clocking in at 17.1 million km² or 1.6 million mi².

Why do humans like cats?

Cats are very popular pets. People like cats for different reasons, but cats are known to be very affectionate to their owners and help to relieve stress. Cats are natural hunters particularly of birds. Bird populations are often endangered in areas where there are stray or outdoor domestic cats. Despite their popularity, not everyone enjoys the company of cats. Some people are allergic to most cats.

general_qa

Instruction: Why do humans like cats? Context: Response: Cats are very popular pets. People like cats for different reasons, but cats are known to be very affectionate to their owners and help to relieve stress. Cats are natural hunters particularly of birds. Bird populations are often endangered in areas where there are stray or outdoor domestic cats. Despite their popularity, not everyone enjoys the company of cats. Some people are allergic to most cats.