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Name the academic institutions which John Cena attended. | Cena was born in West Newbury, Massachusetts on April 23, 1977, to Carol (née Lupien) and John Joseph Cena. His mother is of English and French-Canadian descent, while his father, a former ring announcer for Chaotic Wrestling, has Italian ancestry. His maternal grandfather was baseball player Tony Lupien, while his maternal great-grandfather was businessman Ulysses J. Lupien. He is the second oldest of five brothers: Dan, Matt, Steve, and Sean. A fan of wrestling growing up, he would create championship belts out of cardboard for himself and his brothers. He is a cousin of computer scientist Natalie Enright Jerger and was raised Roman Catholic. Cena was teased and beaten up while in school, and asked for a weightlifting bench at the age of 12.
Cena attended Central Catholic High School in Lawrence, Massachusetts, before transferring to Cushing Academy, a private prep boarding school in Ashburnham, Massachusetts. He then attended Springfield College in Springfield, Massachusetts, where he was an NCAA Division III All-American center and captain on their college football team, wearing the number 54. He graduated from Springfield College in 1999 with a degree in exercise physiology and body movement, after which he pursued a bodybuilding career and worked as a limousine driver. Cena worked in the store area of Gold's Gym for $6 an hour. | Central Catholic High School, Cushing Academy, a private prep boarding school in Ashburnham, Massachusetts, Springfield College. | information_extraction | <s><SYS>Cena was born in West Newbury, Massachusetts on April 23, 1977, to Carol (née Lupien) and John Joseph Cena. His mother is of English and French-Canadian descent, while his father, a former ring announcer for Chaotic Wrestling, has Italian ancestry. His maternal grandfather was baseball player Tony Lupien, while his maternal great-grandfather was businessman Ulysses J. Lupien. He is the second oldest of five brothers: Dan, Matt, Steve, and Sean. A fan of wrestling growing up, he would create championship belts out of cardboard for himself and his brothers. He is a cousin of computer scientist Natalie Enright Jerger and was raised Roman Catholic. Cena was teased and beaten up while in school, and asked for a weightlifting bench at the age of 12.
Cena attended Central Catholic High School in Lawrence, Massachusetts, before transferring to Cushing Academy, a private prep boarding school in Ashburnham, Massachusetts. He then attended Springfield College in Springfield, Massachusetts, where he was an NCAA Division III All-American center and captain on their college football team, wearing the number 54. He graduated from Springfield College in 1999 with a degree in exercise physiology and body movement, after which he pursued a bodybuilding career and worked as a limousine driver. Cena worked in the store area of Gold's Gym for $6 an hour.</SYS>[INST] Name the academic institutions which John Cena attended. [/INST] Central Catholic High School, Cushing Academy, a private prep boarding school in Ashburnham, Massachusetts, Springfield College. </s> |
What did Stevie Ray Vaughan name his most beloved guitar? | Jimbo. | open_qa | <s>[INST] What did Stevie Ray Vaughan name his most beloved guitar? [/INST] Jimbo. </s> |
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What caused Covid 19? | The novel virus was first identified in an outbreak in the Chinese city of Wuhan in December 2019. Attempts to contain it there failed, allowing the virus to spread to other areas of Asia and later worldwide. The World Health Organization (WHO) declared the outbreak a public health emergency of international concern on 30 January 2020, and a pandemic on 11 March 2020. As of 10 March 2023, the pandemic had caused more than 676 million cases and 6.88 million confirmed deaths, making it one of the deadliest in history. | open_qa | <s>[INST] What caused Covid 19? [/INST] The novel virus was first identified in an outbreak in the Chinese city of Wuhan in December 2019. Attempts to contain it there failed, allowing the virus to spread to other areas of Asia and later worldwide. The World Health Organization (WHO) declared the outbreak a public health emergency of international concern on 30 January 2020, and a pandemic on 11 March 2020. As of 10 March 2023, the pandemic had caused more than 676 million cases and 6.88 million confirmed deaths, making it one of the deadliest in history. </s> |
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Given these paragraphs about Asperger syndrome, what are typical interventions that help improve the person's ability to function in the everyday world? | Asperger syndrome (AS), also known as Asperger's, is a neurodevelopmental condition characterized by significant difficulties in social interaction and nonverbal communication, along with restricted and repetitive patterns of behaviour and interests. The syndrome is no longer recognised as a diagnosis in itself, having been merged with other conditions into autism spectrum disorder (ASD). It was considered to differ from other diagnoses that were merged into ASD by relatively unimpaired spoken language and intelligence.
The syndrome was named after the Austrian pediatrician Hans Asperger, who, in 1944, described children in his care who struggled to form friendships, did not understand others' gestures or feelings, engaged in one-sided conversations about their favourite interests, and were clumsy. In 1994, the diagnosis of Asperger's was included in the fourth edition (DSM-IV) of the American Diagnostic and Statistical Manual of Mental Disorders; however, with the publication of DSM-5 in 2013 the syndrome was removed, and the symptoms are now included within autism spectrum disorder along with classic autism and pervasive developmental disorder not otherwise specified (PDD-NOS). It was similarly merged into autism spectrum disorder in the International Classification of Diseases (ICD-11) as of 2021.
The exact cause of Asperger's is poorly understood. While it has high heritability, the underlying genetics have not been determined conclusively. Environmental factors are also believed to play a role. Brain imaging has not identified a common underlying condition. There is no single treatment, and the UK's National Health Service (NHS) guidelines suggest that 'treatment' of any form of autism should not be a goal, since autism is not 'a disease that can be removed or cured'. According to the Royal College of Psychiatrists, while co-occurring conditions might require treatment, 'management of autism itself is chiefly about the provision of the education, training and social support/care required to improve the person's ability to function in the everyday world'. The effectiveness of particular interventions for autism is supported by only limited data. Interventions may include social skills training, cognitive behavioral therapy, physical therapy, speech therapy, parent training, and medications for associated problems, such as mood or anxiety. Autistic characteristics tend to become less obvious in adulthood, but social and communication difficulties usually persist.
https://en.wikipedia.org/wiki/Asperger_syndrome | Interventions may include social skills training, cognitive behavioral therapy, physical therapy, speech therapy, parent training, and medications for associated problems, such as mood or anxiety. | closed_qa | <s><SYS>Asperger syndrome (AS), also known as Asperger's, is a neurodevelopmental condition characterized by significant difficulties in social interaction and nonverbal communication, along with restricted and repetitive patterns of behaviour and interests. The syndrome is no longer recognised as a diagnosis in itself, having been merged with other conditions into autism spectrum disorder (ASD). It was considered to differ from other diagnoses that were merged into ASD by relatively unimpaired spoken language and intelligence.
The syndrome was named after the Austrian pediatrician Hans Asperger, who, in 1944, described children in his care who struggled to form friendships, did not understand others' gestures or feelings, engaged in one-sided conversations about their favourite interests, and were clumsy. In 1994, the diagnosis of Asperger's was included in the fourth edition (DSM-IV) of the American Diagnostic and Statistical Manual of Mental Disorders; however, with the publication of DSM-5 in 2013 the syndrome was removed, and the symptoms are now included within autism spectrum disorder along with classic autism and pervasive developmental disorder not otherwise specified (PDD-NOS). It was similarly merged into autism spectrum disorder in the International Classification of Diseases (ICD-11) as of 2021.
The exact cause of Asperger's is poorly understood. While it has high heritability, the underlying genetics have not been determined conclusively. Environmental factors are also believed to play a role. Brain imaging has not identified a common underlying condition. There is no single treatment, and the UK's National Health Service (NHS) guidelines suggest that 'treatment' of any form of autism should not be a goal, since autism is not 'a disease that can be removed or cured'. According to the Royal College of Psychiatrists, while co-occurring conditions might require treatment, 'management of autism itself is chiefly about the provision of the education, training and social support/care required to improve the person's ability to function in the everyday world'. The effectiveness of particular interventions for autism is supported by only limited data. Interventions may include social skills training, cognitive behavioral therapy, physical therapy, speech therapy, parent training, and medications for associated problems, such as mood or anxiety. Autistic characteristics tend to become less obvious in adulthood, but social and communication difficulties usually persist.
https://en.wikipedia.org/wiki/Asperger_syndrome</SYS>[INST] Given these paragraphs about Asperger syndrome, what are typical interventions that help improve the person's ability to function in the everyday world? [/INST] Interventions may include social skills training, cognitive behavioral therapy, physical therapy, speech therapy, parent training, and medications for associated problems, such as mood or anxiety. </s> |
Write a paragraph to refute a claim by a colleague that ancient structures such as Stonehenge, the Great Pyramid are evidence of UFO activities on Earth | There are several strong arguments against concluding that alien races built the structures like the Stonehenge or the Pyramids. First, there is evidence that these magnificent structures were built by humans. For example, tombs of the pyramid builders were found in the vicinity of the Great Pyramind (with human remains!). The technology to move and assemble the massive stones of the Stonehenge has been shown to be available to humans at that time. Second, given that space is vast the chance of finding one tiny planet among billions is infinitesimal. If alien intelligence had indeed found our one inhabited planet they are unlikely to have just created couple of structures and avoided any further contact with Earth and its inhabitants. In science, Occam’s Razor (“the best explanation is the simplest one”) is a guiding principle and until there is much more evidence of alien visitation it would be inadvisable to jump to a conclusion that aliens built these structures. | creative_writing | <s>[INST] Write a paragraph to refute a claim by a colleague that ancient structures such as Stonehenge, the Great Pyramid are evidence of UFO activities on Earth [/INST] There are several strong arguments against concluding that alien races built the structures like the Stonehenge or the Pyramids. First, there is evidence that these magnificent structures were built by humans. For example, tombs of the pyramid builders were found in the vicinity of the Great Pyramind (with human remains!). The technology to move and assemble the massive stones of the Stonehenge has been shown to be available to humans at that time. Second, given that space is vast the chance of finding one tiny planet among billions is infinitesimal. If alien intelligence had indeed found our one inhabited planet they are unlikely to have just created couple of structures and avoided any further contact with Earth and its inhabitants. In science, Occam’s Razor (“the best explanation is the simplest one”) is a guiding principle and until there is much more evidence of alien visitation it would be inadvisable to jump to a conclusion that aliens built these structures. </s> |
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What is Microsoft copilot | Microsoft 365 Copilot is an artificial intelligence assistant feature for Microsoft 365 applications and services, which include its productivity suite of programs, such as Word, Excel, PowerPoint, and Outlook. The integration of Copilot with 365, announced on March, 16, 2023, is initially available to a small number of enterprises and individuals for testing purposes. Copilot uses OpenAI's GPT-4 large language model with Microsoft Graph to assist users in a range of tasks.[3 | general_qa | <s>[INST] What is Microsoft copilot [/INST] Microsoft 365 Copilot is an artificial intelligence assistant feature for Microsoft 365 applications and services, which include its productivity suite of programs, such as Word, Excel, PowerPoint, and Outlook. The integration of Copilot with 365, announced on March, 16, 2023, is initially available to a small number of enterprises and individuals for testing purposes. Copilot uses OpenAI's GPT-4 large language model with Microsoft Graph to assist users in a range of tasks.[3 </s> |
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Who established the Illinois Humane Society? | John Clark Dore (March 22, 1822 – December 14, 1900) was an American educator and politician from New Hampshire. A graduate of Dartmouth College, Dore briefly taught in Boston, Massachusetts before he was recruited to come to Chicago, Illinois to serve as its first superintendent of school. Dore was also a successful merchant, serving as the vice president of the Chicago Board of Trade. He was elected to the Illinois Senate in 1868, where he helped to establish the Illinois Humane Society.
He assumed the presidency of the Commercial Insurance Company, then was named president of the Chicago Board of Underwriters in 1869. Following the Great Chicago Fire of 1871, he was named the president of the State Savings Institution, resigning in 1873. Dore also presided over the Newsboys' and Bootblacks' Home and donated a building to them in 1884. | John Clark Dore | information_extraction | <s><SYS>John Clark Dore (March 22, 1822 – December 14, 1900) was an American educator and politician from New Hampshire. A graduate of Dartmouth College, Dore briefly taught in Boston, Massachusetts before he was recruited to come to Chicago, Illinois to serve as its first superintendent of school. Dore was also a successful merchant, serving as the vice president of the Chicago Board of Trade. He was elected to the Illinois Senate in 1868, where he helped to establish the Illinois Humane Society.
He assumed the presidency of the Commercial Insurance Company, then was named president of the Chicago Board of Underwriters in 1869. Following the Great Chicago Fire of 1871, he was named the president of the State Savings Institution, resigning in 1873. Dore also presided over the Newsboys' and Bootblacks' Home and donated a building to them in 1884.</SYS>[INST] Who established the Illinois Humane Society? [/INST] John Clark Dore </s> |
Is the Cordyceps fungus from The Last of US real? | Yes, Cordyceps is a real fungus naturally occurring in nature. However, unlike its portrayal in the The Last of Us videogames and TV show adaptation by HBO it can not infect humans and is in fact often used in medicinal supplements and even eaten as food. The Cordyceps fungus does infect insects in real life, with ants and caterpillars being the most common hosts. The Cordyceps takes control of the motor functions of the host and eats the host from the inside. | general_qa | <s>[INST] Is the Cordyceps fungus from The Last of US real? [/INST] Yes, Cordyceps is a real fungus naturally occurring in nature. However, unlike its portrayal in the The Last of Us videogames and TV show adaptation by HBO it can not infect humans and is in fact often used in medicinal supplements and even eaten as food. The Cordyceps fungus does infect insects in real life, with ants and caterpillars being the most common hosts. The Cordyceps takes control of the motor functions of the host and eats the host from the inside. </s> |
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Given the reference text below about Larry Bird, tell me where he was born, what he did for a living, and who his greatest professional rival was. | Larry Joe Bird (born December 7, 1956) is an American former professional basketball player, coach, and executive in the National Basketball Association (NBA). Nicknamed "the Hick from French Lick" and "Larry Legend", Bird is widely regarded as one of the greatest basketball players of all time. He is the only person in NBA history to be named Rookie of the Year, Most Valuable Player, Finals MVP, All-Star MVP, Coach of the Year, and Executive of the Year. Growing up in French Lick, Indiana, he was a local basketball star. Highly recruited, he initially signed to play college basketball for coach Bob Knight of the Indiana Hoosiers, but Bird dropped out after one month and returned to French Lick to attend a local community college. The next year he attended the smaller Indiana State University, ultimately playing three years for the Sycamores. Drafted by the Boston Celtics with the sixth overall pick in the 1978 NBA draft after his second year at Indiana State, Bird elected to stay in college and returned for the 1978–1979 season. He then led his team to an undefeated regular season. The season finished with a national championship game match-up of Indiana State against Michigan State and featured a highly anticipated match-up of Bird against Michigan State great Magic Johnson, thus beginning a career-long rivalry that the two shared for over a decade.
https://en.wikipedia.org/wiki/Larry_Bird | Larry Bird was born in French Lick. He played and coached basketball for a living, and his main rival was Magic Johnson. | closed_qa | <s><SYS>Larry Joe Bird (born December 7, 1956) is an American former professional basketball player, coach, and executive in the National Basketball Association (NBA). Nicknamed "the Hick from French Lick" and "Larry Legend", Bird is widely regarded as one of the greatest basketball players of all time. He is the only person in NBA history to be named Rookie of the Year, Most Valuable Player, Finals MVP, All-Star MVP, Coach of the Year, and Executive of the Year. Growing up in French Lick, Indiana, he was a local basketball star. Highly recruited, he initially signed to play college basketball for coach Bob Knight of the Indiana Hoosiers, but Bird dropped out after one month and returned to French Lick to attend a local community college. The next year he attended the smaller Indiana State University, ultimately playing three years for the Sycamores. Drafted by the Boston Celtics with the sixth overall pick in the 1978 NBA draft after his second year at Indiana State, Bird elected to stay in college and returned for the 1978–1979 season. He then led his team to an undefeated regular season. The season finished with a national championship game match-up of Indiana State against Michigan State and featured a highly anticipated match-up of Bird against Michigan State great Magic Johnson, thus beginning a career-long rivalry that the two shared for over a decade.
https://en.wikipedia.org/wiki/Larry_Bird</SYS>[INST] Given the reference text below about Larry Bird, tell me where he was born, what he did for a living, and who his greatest professional rival was. [/INST] Larry Bird was born in French Lick. He played and coached basketball for a living, and his main rival was Magic Johnson. </s> |
Name some famous cartoon cats. | Some famous cartoon cats include Heathcliff, Garfield, Tom, Sylvester, Felix, and the Cheshire Cat. | classification | <s>[INST] Name some famous cartoon cats. [/INST] Some famous cartoon cats include Heathcliff, Garfield, Tom, Sylvester, Felix, and the Cheshire Cat. </s> |
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which is the odd one out? Spoon, Pen, Knife, Fork | Pen is the odd one out. The rest are silverware we use for eating | classification | <s>[INST] which is the odd one out? Spoon, Pen, Knife, Fork [/INST] Pen is the odd one out. The rest are silverware we use for eating </s> |
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What are some different types of natural disasters? | Types of natural disasters include: Forest Fires, Tsunamis, Earthquakes, Volcanic Eruptions, Hurricanes, Tornados, and Avalanches. | classification | <s>[INST] What are some different types of natural disasters? [/INST] Types of natural disasters include: Forest Fires, Tsunamis, Earthquakes, Volcanic Eruptions, Hurricanes, Tornados, and Avalanches. </s> |
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Can you summarize the book Annihilation? | Annihilation is a science fiction book taking place in the southern US inside a mysterious Area X. A team is assembled to explore the domain of Area X, led by a character only known as the psychologist. The main character is known as the biologist. These expeditions are managed by a mysterious government organization known as the Southern Reach.
The expedition centers on two notable landmarks within Area X, the topological anomaly, which the biologists calls a tower but is really a tunnel, and a lighthouse. The expedition encounters an entity within the topological anomaly that "writes" living words of non-sense on the wall of the anomaly in fungus.
Early in the expedition, the biologist is contaminated by the fungus of the words in the anomaly, which grants her immunity to hypnotic suggestion, which the psychologist uses to control the other members of the expedition. The plot follows the biologist pursuing the psychologist in search of answers, leading a confrontation at the lighthouse. The psychologist jumps from the lighthouse, presumably forced to by the entity behind Area X, but lives long enough to confront the biologist. During the climax of that encounter, the psychologist shouts "Annihilation!" multiple times, and it is revealed that this is a hypnotic trigger word designed to induce suicide in the other expedition members.
After the psychologist succumbs to her injuries at the base of the lighthouse, the biologist embarks on a journey north to an island that is possibly related to the disappearance of her husband, who was a member of the previous expedition. | general_qa | <s>[INST] Can you summarize the book Annihilation? [/INST] Annihilation is a science fiction book taking place in the southern US inside a mysterious Area X. A team is assembled to explore the domain of Area X, led by a character only known as the psychologist. The main character is known as the biologist. These expeditions are managed by a mysterious government organization known as the Southern Reach.
The expedition centers on two notable landmarks within Area X, the topological anomaly, which the biologists calls a tower but is really a tunnel, and a lighthouse. The expedition encounters an entity within the topological anomaly that "writes" living words of non-sense on the wall of the anomaly in fungus.
Early in the expedition, the biologist is contaminated by the fungus of the words in the anomaly, which grants her immunity to hypnotic suggestion, which the psychologist uses to control the other members of the expedition. The plot follows the biologist pursuing the psychologist in search of answers, leading a confrontation at the lighthouse. The psychologist jumps from the lighthouse, presumably forced to by the entity behind Area X, but lives long enough to confront the biologist. During the climax of that encounter, the psychologist shouts "Annihilation!" multiple times, and it is revealed that this is a hypnotic trigger word designed to induce suicide in the other expedition members.
After the psychologist succumbs to her injuries at the base of the lighthouse, the biologist embarks on a journey north to an island that is possibly related to the disappearance of her husband, who was a member of the previous expedition. </s> |
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If a candidate running to be the President of the United States is indicted during his campaign, can he continue running for election? | If someone running to be the President of the United States is indicted, this person still can run for election no matter when he was indicted. | brainstorming | <s>[INST] If a candidate running to be the President of the United States is indicted during his campaign, can he continue running for election? [/INST] If someone running to be the President of the United States is indicted, this person still can run for election no matter when he was indicted. </s> |
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What happens if you're lost in the Bermuda Triangle? | As a survivor of the Bermuda Triangle, I've learned that people are what make life great. We go through life feeling frustrated by what others say or do, or even waiting in a simple line, but the relationships you gain in life make it all worthwhile. Being in the Bermuda Triangle with so few people reminds me how important it is to work as a team to pool your resources, especially your time and energy, so you can work together. | creative_writing | <s>[INST] What happens if you're lost in the Bermuda Triangle? [/INST] As a survivor of the Bermuda Triangle, I've learned that people are what make life great. We go through life feeling frustrated by what others say or do, or even waiting in a simple line, but the relationships you gain in life make it all worthwhile. Being in the Bermuda Triangle with so few people reminds me how important it is to work as a team to pool your resources, especially your time and energy, so you can work together. </s> |
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Is Chi Kraeng River in South America, Southeast Asia, or Australia? | Chi Kraeng River is a river in Cambodia. It is a major tributary of the Tonlé Sap. The name means "great ancestor" in Khmer. | Southeast Asia | closed_qa | <s><SYS>Chi Kraeng River is a river in Cambodia. It is a major tributary of the Tonlé Sap. The name means "great ancestor" in Khmer.</SYS>[INST] Is Chi Kraeng River in South America, Southeast Asia, or Australia? [/INST] Southeast Asia </s> |
What is the fastest point of sail? | The fastest point of sail on a traditional sailing vessel is the beam reach. | general_qa | <s>[INST] What is the fastest point of sail? [/INST] The fastest point of sail on a traditional sailing vessel is the beam reach. </s> |
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What does quantitative easing mean? | Quantitative Easing, or QE is a policy action taken by the central bank to increase the amount of money in circulation with the goal of stimulating economic activity. The central bank achieves this by purchasing a predetermined amount of purchasing government bonds. Money is 'created' through this process. | open_qa | <s>[INST] What does quantitative easing mean? [/INST] Quantitative Easing, or QE is a policy action taken by the central bank to increase the amount of money in circulation with the goal of stimulating economic activity. The central bank achieves this by purchasing a predetermined amount of purchasing government bonds. Money is 'created' through this process. </s> |
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Given the following paragraph on siliceous ooze, how are oozes defined? | Siliceous ooze is a type of biogenic pelagic sediment located on the deep ocean floor. Siliceous oozes are the least common of the deep sea sediments, and make up approximately 15% of the ocean floor. Oozes are defined as sediments which contain at least 30% skeletal remains of pelagic microorganisms. Siliceous oozes are largely composed of the silica based skeletons of microscopic marine organisms such as diatoms and radiolarians. Other components of siliceous oozes near continental margins may include terrestrially derived silica particles and sponge spicules. Siliceous oozes are composed of skeletons made from opal silica Si(O2), as opposed to calcareous oozes, which are made from skeletons of calcium carbonate organisms (i.e. coccolithophores). Silica (Si) is a bioessential element and is efficiently recycled in the marine environment through the silica cycle. Distance from land masses, water depth and ocean fertility are all factors that affect the opal silica content in seawater and the presence of siliceous oozes. | Oozes are defined as sediments which contain at least 30 percent skeletal remains of pelagic microorganisms. | closed_qa | <s><SYS>Siliceous ooze is a type of biogenic pelagic sediment located on the deep ocean floor. Siliceous oozes are the least common of the deep sea sediments, and make up approximately 15% of the ocean floor. Oozes are defined as sediments which contain at least 30% skeletal remains of pelagic microorganisms. Siliceous oozes are largely composed of the silica based skeletons of microscopic marine organisms such as diatoms and radiolarians. Other components of siliceous oozes near continental margins may include terrestrially derived silica particles and sponge spicules. Siliceous oozes are composed of skeletons made from opal silica Si(O2), as opposed to calcareous oozes, which are made from skeletons of calcium carbonate organisms (i.e. coccolithophores). Silica (Si) is a bioessential element and is efficiently recycled in the marine environment through the silica cycle. Distance from land masses, water depth and ocean fertility are all factors that affect the opal silica content in seawater and the presence of siliceous oozes.</SYS>[INST] Given the following paragraph on siliceous ooze, how are oozes defined? [/INST] Oozes are defined as sediments which contain at least 30 percent skeletal remains of pelagic microorganisms. </s> |
Give me a title of one of the "Harry Potter" novels. | Harry Potter and the Philosopher's Stone | open_qa | <s>[INST] Give me a title of one of the "Harry Potter" novels. [/INST] Harry Potter and the Philosopher's Stone </s> |
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What is a pyroclastic flow? | A pyroclastic flow comes is created from a volcano that blasts out part of volcanic mountain into the sky. It is a mixture of very hot volcanic rock, gases, ash and other trace elements that travels at hundred of miles per hour down the side of the volcanic mountain. If you are in the way of a pyroclastic flow there is no escape and your life is in immense danger because of their temperature and mobility. It is best to stay away from active volcanoes that could have a chance of developing a pyroclastic flow. Pyroclastic flows have also been known to travel as far as 30 kilometers from the volcano. | open_qa | <s>[INST] What is a pyroclastic flow? [/INST] A pyroclastic flow comes is created from a volcano that blasts out part of volcanic mountain into the sky. It is a mixture of very hot volcanic rock, gases, ash and other trace elements that travels at hundred of miles per hour down the side of the volcanic mountain. If you are in the way of a pyroclastic flow there is no escape and your life is in immense danger because of their temperature and mobility. It is best to stay away from active volcanoes that could have a chance of developing a pyroclastic flow. Pyroclastic flows have also been known to travel as far as 30 kilometers from the volcano. </s> |
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How was the San Francisco bay created? | Until the last ice age, the basin which is now filled by the San Francisco Bay was a large linear valley with small hills, similar to most of the valleys of the Coast Ranges. As the great ice sheets began to melt, around 11,000 years ago, the sea level started to rise. By 5000 BC the sea level rose 300 feet (90 m), filling the valley with water from the Pacific. The valley became a bay, and the small hills became islands. | Around 11,000 years ago the earth began to wam and melt the great ice sheets, raising sea levels and filling the valley that the San Francisco Bay now lives in. | closed_qa | <s><SYS>Until the last ice age, the basin which is now filled by the San Francisco Bay was a large linear valley with small hills, similar to most of the valleys of the Coast Ranges. As the great ice sheets began to melt, around 11,000 years ago, the sea level started to rise. By 5000 BC the sea level rose 300 feet (90 m), filling the valley with water from the Pacific. The valley became a bay, and the small hills became islands.</SYS>[INST] How was the San Francisco bay created? [/INST] Around 11,000 years ago the earth began to wam and melt the great ice sheets, raising sea levels and filling the valley that the San Francisco Bay now lives in. </s> |
Which one among the following three words is different to the others: Novelty, Playful, Irresistible? Why? | The word 'Novelty' is different to the other two words because it is an noun, while the others are adjectives. | classification | <s>[INST] Which one among the following three words is different to the others: Novelty, Playful, Irresistible? Why? [/INST] The word 'Novelty' is different to the other two words because it is an noun, while the others are adjectives. </s> |
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What was the primary mode of transportation across the San Francisco bay prior to the Golden Gate Bridge? | Before the bridge was built, the only practical short route between San Francisco and what is now Marin County was by boat across a section of San Francisco Bay. A ferry service began as early as 1820, with a regularly scheduled service beginning in the 1840s for the purpose of transporting water to San Francisco.
The Sausalito Land and Ferry Company service, launched in 1867, eventually became the Golden Gate Ferry Company, a Southern Pacific Railroad subsidiary, the largest ferry operation in the world by the late 1920s. Once for railroad passengers and customers only, Southern Pacific's automobile ferries became very profitable and important to the regional economy. The ferry crossing between the Hyde Street Pier in San Francisco and Sausalito Ferry Terminal in Marin County took approximately 20 minutes and cost $1.00 per vehicle,[when?] a price later reduced to compete with the new bridge. The trip from the San Francisco Ferry Building took 27 minutes. | The only (practical) way to get across the San Francisco Bay prior to 1937 was by Ferry. The Golden Gate Ferry Company, which became the largest ferry operation by the late 1920's, was established in 1867 as the Sausalito Land & Ferry Company. The ferry would take approximately 20 minutes and cost $1.00 per vehicle. | summarization | <s><SYS>Before the bridge was built, the only practical short route between San Francisco and what is now Marin County was by boat across a section of San Francisco Bay. A ferry service began as early as 1820, with a regularly scheduled service beginning in the 1840s for the purpose of transporting water to San Francisco.
The Sausalito Land and Ferry Company service, launched in 1867, eventually became the Golden Gate Ferry Company, a Southern Pacific Railroad subsidiary, the largest ferry operation in the world by the late 1920s. Once for railroad passengers and customers only, Southern Pacific's automobile ferries became very profitable and important to the regional economy. The ferry crossing between the Hyde Street Pier in San Francisco and Sausalito Ferry Terminal in Marin County took approximately 20 minutes and cost $1.00 per vehicle,[when?] a price later reduced to compete with the new bridge. The trip from the San Francisco Ferry Building took 27 minutes.</SYS>[INST] What was the primary mode of transportation across the San Francisco bay prior to the Golden Gate Bridge? [/INST] The only (practical) way to get across the San Francisco Bay prior to 1937 was by Ferry. The Golden Gate Ferry Company, which became the largest ferry operation by the late 1920's, was established in 1867 as the Sausalito Land & Ferry Company. The ferry would take approximately 20 minutes and cost $1.00 per vehicle. </s> |
Which of the following are rock bands (e.g., garage rock, alternative, indie, etc.): Pavement, Nirvana, The Beatles, The Who, Led Zeppelin, Lynyrd Skynyrd, Pearl Jam, The Doors, dirt, grass, co2, hamburgers | The following are rock bands: Pavement, Nirvana, The Beatles, The Who, Led Zeppelin, Lynrd Skynyrd, Pearl Jam, The Doors | classification | <s>[INST] Which of the following are rock bands (e.g., garage rock, alternative, indie, etc.): Pavement, Nirvana, The Beatles, The Who, Led Zeppelin, Lynyrd Skynyrd, Pearl Jam, The Doors, dirt, grass, co2, hamburgers [/INST] The following are rock bands: Pavement, Nirvana, The Beatles, The Who, Led Zeppelin, Lynrd Skynyrd, Pearl Jam, The Doors </s> |
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Tell me about the Sukhoi-Gulfstream | Sukhoi-Gulfstream S-21 was a projected Russian-American supersonic business jet.
In the early 1990s, Gulfstream Aerospace and the Sukhoi Design Bureau began a joint effort to develop a supersonic small business jet, code named the S-21. Due to questionable market demand for commercial supersonic air travel, commitment to the project weakened and delays mounted.
Gulfstream eventually dissolved the partnership, although Sukhoi continued work on the S-21.
The S-21 would be capable of sustained cruise at Mach 2+ and much research and development has gone into the management of the troublesome transonic effects phenomena associated with near Mach 1 air speeds.
As of 2012, the project had not received any funding for the 2013-2025 development period and appeared to be cancelled. | The Sukhoi-Gulfstream S-21 was a projected Russian-American supersonic business jet.
In the early 1990s, Gulfstream Aerospace and the Sukhoi Design Bureau began a joint effort to develop a supersonic small business jet, code named the S-21. Due to questionable market demand for commercial supersonic air travel, commitment to the project weakened and delays mounted. | summarization | <s><SYS>Sukhoi-Gulfstream S-21 was a projected Russian-American supersonic business jet.
In the early 1990s, Gulfstream Aerospace and the Sukhoi Design Bureau began a joint effort to develop a supersonic small business jet, code named the S-21. Due to questionable market demand for commercial supersonic air travel, commitment to the project weakened and delays mounted.
Gulfstream eventually dissolved the partnership, although Sukhoi continued work on the S-21.
The S-21 would be capable of sustained cruise at Mach 2+ and much research and development has gone into the management of the troublesome transonic effects phenomena associated with near Mach 1 air speeds.
As of 2012, the project had not received any funding for the 2013-2025 development period and appeared to be cancelled.</SYS>[INST] Tell me about the Sukhoi-Gulfstream [/INST] The Sukhoi-Gulfstream S-21 was a projected Russian-American supersonic business jet.
In the early 1990s, Gulfstream Aerospace and the Sukhoi Design Bureau began a joint effort to develop a supersonic small business jet, code named the S-21. Due to questionable market demand for commercial supersonic air travel, commitment to the project weakened and delays mounted. </s> |
What are the 3 laws of motion that Newton defined? | Newton's laws of motion are three basic laws of classical mechanics that describe the relationship between the motion of an object and the forces acting on it. These laws can be paraphrased as follows:
A body remains at rest, or in motion at a constant speed in a straight line, unless acted upon by a force.
When a body is acted upon by a force, the time rate of change of its momentum equals the force.
If two bodies exert forces on each other, these forces have the same magnitude but opposite directions.
The three laws of motion were first stated by Isaac Newton in his Philosophiæ Naturalis Principia Mathematica (Mathematical Principles of Natural Philosophy), originally published in 1687. Newton used them to investigate and explain the motion of many physical objects and systems, which laid the foundation for classical mechanics. In the time since Newton, the conceptual content of classical physics has been reformulated in alternative ways, involving different mathematical approaches that have yielded insights which were obscured in the original, Newtonian formulation. Limitations to Newton's laws have also been discovered; new theories are necessary when objects move at very high speeds (special relativity), are very massive (general relativity), or are very small (quantum mechanics). | 1. A body remains at rest, or in motion at a constant speed in a straight line, unless acted upon by a force.
2. When a body is acted upon by a force, the time rate of change of its momentum equals the force.
3. If two bodies exert forces on each other, these forces have the same magnitude but opposite directions | information_extraction | <s><SYS>Newton's laws of motion are three basic laws of classical mechanics that describe the relationship between the motion of an object and the forces acting on it. These laws can be paraphrased as follows:
A body remains at rest, or in motion at a constant speed in a straight line, unless acted upon by a force.
When a body is acted upon by a force, the time rate of change of its momentum equals the force.
If two bodies exert forces on each other, these forces have the same magnitude but opposite directions.
The three laws of motion were first stated by Isaac Newton in his Philosophiæ Naturalis Principia Mathematica (Mathematical Principles of Natural Philosophy), originally published in 1687. Newton used them to investigate and explain the motion of many physical objects and systems, which laid the foundation for classical mechanics. In the time since Newton, the conceptual content of classical physics has been reformulated in alternative ways, involving different mathematical approaches that have yielded insights which were obscured in the original, Newtonian formulation. Limitations to Newton's laws have also been discovered; new theories are necessary when objects move at very high speeds (special relativity), are very massive (general relativity), or are very small (quantum mechanics).</SYS>[INST] What are the 3 laws of motion that Newton defined? [/INST] 1. A body remains at rest, or in motion at a constant speed in a straight line, unless acted upon by a force.
2. When a body is acted upon by a force, the time rate of change of its momentum equals the force.
3. If two bodies exert forces on each other, these forces have the same magnitude but opposite directions </s> |
If your child has been told that he or she has lice, what should you do? | The first thing is to buy a shampoo that is made to kill the lice. Lice only live on human scalps, and they lay tiny white eggs called nits. Once lice and/or nits are visually identified, immediately use the lice shampoo to thoroughly wash and clean the hair and scalp of your child. After the cleaning, carefully comb out the hair with a special nit comb, which has metal teeth very close together to most effectively get rid of the lice and the eggs. After shampooing and combing out, make sure to wash all bedding and any other furniture or rugs where there may have been head-to-fabric contact. Pillows and bedding must also be washed; if washing is not possible, then put the objects or fabrics in a plastic bag and store in a closet or garage for two weeks.
Check for any itching after cleaning and combing out the hair, and re-apply the shampoo if either lice or eggs are detected again. | open_qa | <s>[INST] If your child has been told that he or she has lice, what should you do? [/INST] The first thing is to buy a shampoo that is made to kill the lice. Lice only live on human scalps, and they lay tiny white eggs called nits. Once lice and/or nits are visually identified, immediately use the lice shampoo to thoroughly wash and clean the hair and scalp of your child. After the cleaning, carefully comb out the hair with a special nit comb, which has metal teeth very close together to most effectively get rid of the lice and the eggs. After shampooing and combing out, make sure to wash all bedding and any other furniture or rugs where there may have been head-to-fabric contact. Pillows and bedding must also be washed; if washing is not possible, then put the objects or fabrics in a plastic bag and store in a closet or garage for two weeks.
Check for any itching after cleaning and combing out the hair, and re-apply the shampoo if either lice or eggs are detected again. </s> |
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Name two cabinet members mentioned in the following paragraph. Provide these as a bulleted list in order of appearance. | Washington played an indispensable role in adopting and ratifying the Constitution of the United States, which replaced the Articles of Confederation in 1789 and remains the world's longest-standing written and codified national constitution to this day. He was then twice elected president by the Electoral College unanimously. As the first U.S. president, Washington implemented a strong, well-financed national government while remaining impartial in a fierce rivalry that emerged between cabinet members Thomas Jefferson and Alexander Hamilton. During the French Revolution, he proclaimed a policy of neutrality while sanctioning the Jay Treaty. He set enduring precedents for the office of president, including use of the title "Mr. President" and taking an Oath of Office with his hand on a Bible. His Farewell Address on September 19, 1796, is widely regarded as a preeminent statement on republicanism. | * Thomas Jefferson
* Alexander Hamilton | information_extraction | <s><SYS>Washington played an indispensable role in adopting and ratifying the Constitution of the United States, which replaced the Articles of Confederation in 1789 and remains the world's longest-standing written and codified national constitution to this day. He was then twice elected president by the Electoral College unanimously. As the first U.S. president, Washington implemented a strong, well-financed national government while remaining impartial in a fierce rivalry that emerged between cabinet members Thomas Jefferson and Alexander Hamilton. During the French Revolution, he proclaimed a policy of neutrality while sanctioning the Jay Treaty. He set enduring precedents for the office of president, including use of the title "Mr. President" and taking an Oath of Office with his hand on a Bible. His Farewell Address on September 19, 1796, is widely regarded as a preeminent statement on republicanism.</SYS>[INST] Name two cabinet members mentioned in the following paragraph. Provide these as a bulleted list in order of appearance. [/INST] * Thomas Jefferson
* Alexander Hamilton </s> |
According to this paragraph about the University of Virginia, where did Edgar Allan Poe live during his time at the university? | It is considered a great honor to be invited to live on The Lawn, and 54 fourth-year undergraduates do so each year, joining ten members of the faculty who permanently live and teach in the Pavilions there. Similarly, graduate students may live on The Range. Edgar Allan Poe formerly lived in 13 West Range, and since 1904 the Raven Society has retrofitted and preserved his room much as it may have existed in the 1820s. | Edgar Allen Poe lived in 13 West Range on The Lawn at the University of Virginia. | closed_qa | <s><SYS>It is considered a great honor to be invited to live on The Lawn, and 54 fourth-year undergraduates do so each year, joining ten members of the faculty who permanently live and teach in the Pavilions there. Similarly, graduate students may live on The Range. Edgar Allan Poe formerly lived in 13 West Range, and since 1904 the Raven Society has retrofitted and preserved his room much as it may have existed in the 1820s.</SYS>[INST] According to this paragraph about the University of Virginia, where did Edgar Allan Poe live during his time at the university? [/INST] Edgar Allen Poe lived in 13 West Range on The Lawn at the University of Virginia. </s> |
What should I consider before taking a job with a lot of travel? | Many people are attracted to jobs that have significant travel. The allure of traveling to new and exciting places, the potential for airline and hotel program status benefits, meeting new people, etc. All of these things may be exactly what you are looking for. But my advice for anyone who is considering a position with significant travel and who has not experienced that type of work-life before is to think about all the things in their life that they are involved with that make them happy. Think hard about whether you can take them on the road with you, reproduce them wherever your business travel takes you, or do without them. Perhaps you have a standing poker night each month with your friends. You may not be able to attend that with any regularity. You may love the climbing gym or cycling club at home. Can you replace that with hotel gyms? Do you stick to a diet that will be hard to keep when you need to eat out a lot? Do you have a relationship at home that will suffer if you are gone a lot? The list can go on and on and is different for each person. But it is critical to evaluate this aspect of how your life will change when you travel a lot of the time and make sure you are happy with the accommodations and changes you will need to make. Another important consideration is whether you will be traveling to different time zones. Often the idea of globetrotting to different parts of the world is very exciting, but you will have to deal with jetlag while maintaining your work performance. You will end up dealing with canceled or delayed flights, traffic, and other types of travel disruptions. Ultimately, a job with significant travel can involve a lot of excitement and fun. But it is not right for everyone. It is not vacation travel. And being honest with yourself about what changes you will need to make, what hassles you will need to deal with, and what you will have to give up will help you make the right decision. And you will never truly know until you do it. | general_qa | <s>[INST] What should I consider before taking a job with a lot of travel? [/INST] Many people are attracted to jobs that have significant travel. The allure of traveling to new and exciting places, the potential for airline and hotel program status benefits, meeting new people, etc. All of these things may be exactly what you are looking for. But my advice for anyone who is considering a position with significant travel and who has not experienced that type of work-life before is to think about all the things in their life that they are involved with that make them happy. Think hard about whether you can take them on the road with you, reproduce them wherever your business travel takes you, or do without them. Perhaps you have a standing poker night each month with your friends. You may not be able to attend that with any regularity. You may love the climbing gym or cycling club at home. Can you replace that with hotel gyms? Do you stick to a diet that will be hard to keep when you need to eat out a lot? Do you have a relationship at home that will suffer if you are gone a lot? The list can go on and on and is different for each person. But it is critical to evaluate this aspect of how your life will change when you travel a lot of the time and make sure you are happy with the accommodations and changes you will need to make. Another important consideration is whether you will be traveling to different time zones. Often the idea of globetrotting to different parts of the world is very exciting, but you will have to deal with jetlag while maintaining your work performance. You will end up dealing with canceled or delayed flights, traffic, and other types of travel disruptions. Ultimately, a job with significant travel can involve a lot of excitement and fun. But it is not right for everyone. It is not vacation travel. And being honest with yourself about what changes you will need to make, what hassles you will need to deal with, and what you will have to give up will help you make the right decision. And you will never truly know until you do it. </s> |
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Identify which animal species is alive or extinct: Hallucigenia, Fin Whale | Fin Whale is alive, Hallucigenia is extinct. | classification | <s>[INST] Identify which animal species is alive or extinct: Hallucigenia, Fin Whale [/INST] Fin Whale is alive, Hallucigenia is extinct. </s> |
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What are the two different continental tournaments that Roger Lemerre won ? | In September 2002, the Tunisian Football Federation announced that it was finalizing a contract with former France manager Roger Lemerre. Tunisia hosted the 2004 African Cup of Nations, winning the group. They defeated Senegal in the quarter-finals, and Nigeria in the semi-finals. Tunisia built a 1–0 lead after four minutes with Mehdi Nafti's concentration pushed by Francileudo Santos, before Morocco levelled. Tunisia restored their lead, giving them their first African Cup of Nations title. They also won the CAF's African National Team of the Year award. Lemerre became the first manager to win two different continental tournaments, having previously won Euro 2000 with France.
As a result, Tunisia qualified for the 2005 FIFA Confederations Cup in Germany, playing the hosts, Argentina and Australia. The only points they would win was a victory over Australia. Before their 2006 World Cup appearance, Lemerre took the Tunisians to a training camp in Switzerland, where they played international friendlies against Swiss clubs. Tunisia would only record one draw in Germany, against Saudi Arabia, losing against Spain and Ukraine | Roger Lemerre won the Euro 2000 with France and the African Cup of Nations 2004 with Tunisia | closed_qa | <s><SYS>In September 2002, the Tunisian Football Federation announced that it was finalizing a contract with former France manager Roger Lemerre. Tunisia hosted the 2004 African Cup of Nations, winning the group. They defeated Senegal in the quarter-finals, and Nigeria in the semi-finals. Tunisia built a 1–0 lead after four minutes with Mehdi Nafti's concentration pushed by Francileudo Santos, before Morocco levelled. Tunisia restored their lead, giving them their first African Cup of Nations title. They also won the CAF's African National Team of the Year award. Lemerre became the first manager to win two different continental tournaments, having previously won Euro 2000 with France.
As a result, Tunisia qualified for the 2005 FIFA Confederations Cup in Germany, playing the hosts, Argentina and Australia. The only points they would win was a victory over Australia. Before their 2006 World Cup appearance, Lemerre took the Tunisians to a training camp in Switzerland, where they played international friendlies against Swiss clubs. Tunisia would only record one draw in Germany, against Saudi Arabia, losing against Spain and Ukraine</SYS>[INST] What are the two different continental tournaments that Roger Lemerre won ? [/INST] Roger Lemerre won the Euro 2000 with France and the African Cup of Nations 2004 with Tunisia </s> |
Aztec civilization originated from which country? | Mexico | open_qa | <s>[INST] Aztec civilization originated from which country? [/INST] Mexico </s> |
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Why would a person from Switzerland immigrate to the California? | The warm climate, the nice weather, the proximity to the ocean in California are all things that Switzerland misses. People are usually more relaxed and friendlier to strangers than in Switzerland. In California has a huge variety of restaurants and grocery stores from all over the world.
But of course a person from Switzerland missed the mountains, excellent public transportation, cheese and chocolate. | general_qa | <s>[INST] Why would a person from Switzerland immigrate to the California? [/INST] The warm climate, the nice weather, the proximity to the ocean in California are all things that Switzerland misses. People are usually more relaxed and friendlier to strangers than in Switzerland. In California has a huge variety of restaurants and grocery stores from all over the world.
But of course a person from Switzerland missed the mountains, excellent public transportation, cheese and chocolate. </s> |
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What is the Pulitzer Prize for Fiction? | The Pulitzer in Fiction is awarded each year to the American author who published the best novel written in the prior year. | open_qa | <s>[INST] What is the Pulitzer Prize for Fiction? [/INST] The Pulitzer in Fiction is awarded each year to the American author who published the best novel written in the prior year. </s> |
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What's Jiang's theoretical contribution? | Jiang Zemin (17 August 1926 – 30 November 2022) was a Chinese politician who served as general secretary of the Chinese Communist Party (CCP) from 1989 to 2002, as chairman of the Central Military Commission from 1989 to 2004, and as president of China from 1993 to 2003. Jiang was paramount leader of China from 1989 to 2002. He was the core leader of the third generation of Chinese leadership, one of four core leaders alongside Mao Zedong, Deng Xiaoping and Xi Jinping.
Born in Yangzhou, Jiangsu, Jiang joined the CCP while he was in college. After the establishment of the People's Republic of China in 1949, he received training at the Stalin Automobile Works in Moscow in the 1950s, later returning to Shanghai in 1962 to serve in various institutes, later being sent between 1970-1972 to Romania as part of an expert team to establish machinery manufacturing plants in the country. After 1979, he was appointed as the vice chair of two commissions by vice premier Gu Mu to oversee the newly-established special economic zones (SEZs). He became the vice minister of the newly-established Ministry of Electronics Industry and a member of the CCP Central Committee in 1982.
Jiang was appointed as the mayor of Shanghai in 1985, later being promoted to its Communist Party secretary, as well as a member of the CCP Politburo, in 1987. Jiang came to power unexpectedly as a compromise candidate following the 1989 Tiananmen Square protests and massacre, when he replaced Zhao Ziyang as CCP general secretary after Zhao was ousted for his support for the student movement. As the involvement of the "Eight Elders" in Chinese politics steadily declined, Jiang consolidated his hold on power to become the "paramount leader" in the country during the 1990s. Urged by Deng Xiaoping's southern tour in 1992, Jiang officially introduced the term "socialist market economy" in his speech during the 14th CCP National Congress held later that year, which accelerated "opening up and reform".
Under Jiang's leadership, China experienced substantial economic growth with the continuation of market reforms. The returning of Hong Kong from the United Kingdom in 1997 and of Macau from Portugal in 1999, and entry into the World Trade Organisation in 2001, were landmark moments of his era. China also witnessed improved relations with the outside world, while the Communist Party maintained its tight control over the state. Jiang faced criticism over human rights abuses, including the crackdown on the Falun Gong movement. His contributions to party doctrine, known as the "Three Represents", were written into the CCP constitution in 2002. Jiang gradually vacated his official leadership titles from 2002 to 2005, being succeeded in these roles by Hu Jintao, although he and his political faction continued to influence affairs until much later. On 30 November 2022, Jiang died from leukemia and multiple organ failure in Shanghai. | The Three Represents | closed_qa | <s><SYS>Jiang Zemin (17 August 1926 – 30 November 2022) was a Chinese politician who served as general secretary of the Chinese Communist Party (CCP) from 1989 to 2002, as chairman of the Central Military Commission from 1989 to 2004, and as president of China from 1993 to 2003. Jiang was paramount leader of China from 1989 to 2002. He was the core leader of the third generation of Chinese leadership, one of four core leaders alongside Mao Zedong, Deng Xiaoping and Xi Jinping.
Born in Yangzhou, Jiangsu, Jiang joined the CCP while he was in college. After the establishment of the People's Republic of China in 1949, he received training at the Stalin Automobile Works in Moscow in the 1950s, later returning to Shanghai in 1962 to serve in various institutes, later being sent between 1970-1972 to Romania as part of an expert team to establish machinery manufacturing plants in the country. After 1979, he was appointed as the vice chair of two commissions by vice premier Gu Mu to oversee the newly-established special economic zones (SEZs). He became the vice minister of the newly-established Ministry of Electronics Industry and a member of the CCP Central Committee in 1982.
Jiang was appointed as the mayor of Shanghai in 1985, later being promoted to its Communist Party secretary, as well as a member of the CCP Politburo, in 1987. Jiang came to power unexpectedly as a compromise candidate following the 1989 Tiananmen Square protests and massacre, when he replaced Zhao Ziyang as CCP general secretary after Zhao was ousted for his support for the student movement. As the involvement of the "Eight Elders" in Chinese politics steadily declined, Jiang consolidated his hold on power to become the "paramount leader" in the country during the 1990s. Urged by Deng Xiaoping's southern tour in 1992, Jiang officially introduced the term "socialist market economy" in his speech during the 14th CCP National Congress held later that year, which accelerated "opening up and reform".
Under Jiang's leadership, China experienced substantial economic growth with the continuation of market reforms. The returning of Hong Kong from the United Kingdom in 1997 and of Macau from Portugal in 1999, and entry into the World Trade Organisation in 2001, were landmark moments of his era. China also witnessed improved relations with the outside world, while the Communist Party maintained its tight control over the state. Jiang faced criticism over human rights abuses, including the crackdown on the Falun Gong movement. His contributions to party doctrine, known as the "Three Represents", were written into the CCP constitution in 2002. Jiang gradually vacated his official leadership titles from 2002 to 2005, being succeeded in these roles by Hu Jintao, although he and his political faction continued to influence affairs until much later. On 30 November 2022, Jiang died from leukemia and multiple organ failure in Shanghai.</SYS>[INST] What's Jiang's theoretical contribution? [/INST] The Three Represents </s> |
Give me a list of some different summer holidays that occur in the United States | Some summer Holidays include Memorial Day, Fourth of July, Juneteenth and Labor Day | brainstorming | <s>[INST] Give me a list of some different summer holidays that occur in the United States [/INST] Some summer Holidays include Memorial Day, Fourth of July, Juneteenth and Labor Day </s> |
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Who is the most powerful person in the world? | The answer is subjective as it depends on definition of power at a global scale. If the criteria is based on a person representing a country with significant military power, economic power and geo-political influence, then the two most powerful individuals in the world are Joe Biden (current president of the United States) and Xi Jinping (leader of the Chinese Communist Party) and leader of China | open_qa | <s>[INST] Who is the most powerful person in the world? [/INST] The answer is subjective as it depends on definition of power at a global scale. If the criteria is based on a person representing a country with significant military power, economic power and geo-political influence, then the two most powerful individuals in the world are Joe Biden (current president of the United States) and Xi Jinping (leader of the Chinese Communist Party) and leader of China </s> |
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What are the best tips for professional Safari photography ? | -Patience is key, while most animals have predictable migratory patterns, a number of factors can occur to disrupt that. If you are in a vehicle, try driving around and finding other spots.
-Carry at least 2 cameras, one with a wide angle lens and one with telephoto lens. As you won’t have time to swap out lenses as different animals move around you.
-Gear can be very heavy, so don’t bring too large a telephoto lens, as shooting from a vehicle can be challenging.
-Be conscious of your surroundings, don’t be too distracted as you are still in an active environment and animals can react to you. | brainstorming | <s>[INST] What are the best tips for professional Safari photography ? [/INST] -Patience is key, while most animals have predictable migratory patterns, a number of factors can occur to disrupt that. If you are in a vehicle, try driving around and finding other spots.
-Carry at least 2 cameras, one with a wide angle lens and one with telephoto lens. As you won’t have time to swap out lenses as different animals move around you.
-Gear can be very heavy, so don’t bring too large a telephoto lens, as shooting from a vehicle can be challenging.
-Be conscious of your surroundings, don’t be too distracted as you are still in an active environment and animals can react to you. </s> |
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How many Olympic venues are there for canoeing | For the Summer Olympics there are 26 venues that have been or will be used in canoeing. Initially set for canoe sprint (flatwater racing until November 2008), canoe slalom (slalom racing until November 2008) was first added at the 1972 Summer Olympics in Munich. Dropped after those games, canoe slalom was reinstitute at the 1992 Summer Olympics in Barcelona. | For the Summer Olympics there are 26 venues that have been or will be used in canoeing. Initially set for canoe sprint (flatwater racing until November 2008), canoe slalom (slalom racing until November 2008) was first added at the 1972 Summer Olympics in Munich. Dropped after those games, canoe slalom was reinstituted at the 1992 Summer Olympics in Barcelona.
Games Venue Other sports hosted at venue for those games Capacity Ref.
1936 Berlin Berlin-Grünau Regatta Course Rowing 19,000
1948 London Henley Royal Regatta Rowing Not listed.
1952 Helsinki Taivallahti None Not listed.
1956 Melbourne Lake Wendouree Rowing 14,300
1960 Rome Lake Albano Rowing 10,000
1964 Tokyo Lake Sagami None 1,500
1968 Mexico City Virgilio Uribe Rowing and Canoeing Course Rowing 17,600
1972 Munich Eiskanal (slalom) None 25,000
Regattastrecke Oberschleißheim (sprint) Rowing 41,000
1976 Montreal Notre Dame Island Rowing 27,000
1980 Moscow Krylatskoye Sports Complex Canoeing and Rowing Basin Rowing 21,600
1984 Los Angeles Lake Casitas Rowing 4,680
1988 Seoul Han River Regatta Course/Canoeing Site Rowing 25,000
1992 Barcelona Canal Olímpic de Catalunya (sprint) None 500
Parc Olímpic del Segre (slalom) None 2,500
1996 Atlanta Lake Lanier (sprint) Rowing 17,300
Ocoee Whitewater Center (slalom) None 14,400
2000 Sydney Penrith Whitewater Stadium (slalom) None 12,500
Sydney International Regatta Centre (sprint) Rowing 20,000
2004 Athens Olympic Canoe/Kayak Slalom Centre (slalom) None 3,150
Schinias Olympic Rowing and Canoeing Centre (sprint) Rowing 14,000
2008 Beijing Shunyi Olympic Rowing-Canoeing Park Rowing, Swimming (marathon) 37,000
2012 London Dorney Lake (sprint) Rowing 30,000
Lee Valley White Water Centre (slalom) None 12,000
2016 Rio de Janeiro Lagoa Rodrigo de Freitas (sprint) Rowing 14,000
Olympic Whitewater Stadium (slalom) None 8,000
2020 Tokyo Kasai Rinkai Park (slalom) None 7,500
Sea Forest Waterway (sprint) Rowing 12,800 | information_extraction | <s><SYS>For the Summer Olympics there are 26 venues that have been or will be used in canoeing. Initially set for canoe sprint (flatwater racing until November 2008), canoe slalom (slalom racing until November 2008) was first added at the 1972 Summer Olympics in Munich. Dropped after those games, canoe slalom was reinstitute at the 1992 Summer Olympics in Barcelona.</SYS>[INST] How many Olympic venues are there for canoeing [/INST] For the Summer Olympics there are 26 venues that have been or will be used in canoeing. Initially set for canoe sprint (flatwater racing until November 2008), canoe slalom (slalom racing until November 2008) was first added at the 1972 Summer Olympics in Munich. Dropped after those games, canoe slalom was reinstituted at the 1992 Summer Olympics in Barcelona.
Games Venue Other sports hosted at venue for those games Capacity Ref.
1936 Berlin Berlin-Grünau Regatta Course Rowing 19,000
1948 London Henley Royal Regatta Rowing Not listed.
1952 Helsinki Taivallahti None Not listed.
1956 Melbourne Lake Wendouree Rowing 14,300
1960 Rome Lake Albano Rowing 10,000
1964 Tokyo Lake Sagami None 1,500
1968 Mexico City Virgilio Uribe Rowing and Canoeing Course Rowing 17,600
1972 Munich Eiskanal (slalom) None 25,000
Regattastrecke Oberschleißheim (sprint) Rowing 41,000
1976 Montreal Notre Dame Island Rowing 27,000
1980 Moscow Krylatskoye Sports Complex Canoeing and Rowing Basin Rowing 21,600
1984 Los Angeles Lake Casitas Rowing 4,680
1988 Seoul Han River Regatta Course/Canoeing Site Rowing 25,000
1992 Barcelona Canal Olímpic de Catalunya (sprint) None 500
Parc Olímpic del Segre (slalom) None 2,500
1996 Atlanta Lake Lanier (sprint) Rowing 17,300
Ocoee Whitewater Center (slalom) None 14,400
2000 Sydney Penrith Whitewater Stadium (slalom) None 12,500
Sydney International Regatta Centre (sprint) Rowing 20,000
2004 Athens Olympic Canoe/Kayak Slalom Centre (slalom) None 3,150
Schinias Olympic Rowing and Canoeing Centre (sprint) Rowing 14,000
2008 Beijing Shunyi Olympic Rowing-Canoeing Park Rowing, Swimming (marathon) 37,000
2012 London Dorney Lake (sprint) Rowing 30,000
Lee Valley White Water Centre (slalom) None 12,000
2016 Rio de Janeiro Lagoa Rodrigo de Freitas (sprint) Rowing 14,000
Olympic Whitewater Stadium (slalom) None 8,000
2020 Tokyo Kasai Rinkai Park (slalom) None 7,500
Sea Forest Waterway (sprint) Rowing 12,800 </s> |
What was the Triceratops diet? | Triceratops were herbivorous, and because of their low slung head, their primary food was probably low growing vegetation, although they may have been able to knock down taller plants with their horns, beak, and bulk. The jaws were tipped with a deep, narrow beak, believed to have been better at grasping and plucking than biting.
Triceratops teeth were arranged in groups called batteries, of 36 to 40 tooth columns in each side of each jaw, with 3 to 5 stacked teeth per column, depending on the size of the animal. This gives a range of 432 to 800 teeth, of which only a fraction were in use at any given time (Tooth replacement was continuous throughout the life of the animal). They functioned by shearing in a vertical to near-vertical orientation. The great size and numerous teeth of Triceratops suggests that they ate large volumes of fibrous plant material, with some researchers suggesting palms and cycads, and others suggesting ferns, which then grew in prairies. | The triceratops were herbivores and are believed to have eaten plants such as palms, cycads and ferns. | information_extraction | <s><SYS>Triceratops were herbivorous, and because of their low slung head, their primary food was probably low growing vegetation, although they may have been able to knock down taller plants with their horns, beak, and bulk. The jaws were tipped with a deep, narrow beak, believed to have been better at grasping and plucking than biting.
Triceratops teeth were arranged in groups called batteries, of 36 to 40 tooth columns in each side of each jaw, with 3 to 5 stacked teeth per column, depending on the size of the animal. This gives a range of 432 to 800 teeth, of which only a fraction were in use at any given time (Tooth replacement was continuous throughout the life of the animal). They functioned by shearing in a vertical to near-vertical orientation. The great size and numerous teeth of Triceratops suggests that they ate large volumes of fibrous plant material, with some researchers suggesting palms and cycads, and others suggesting ferns, which then grew in prairies.</SYS>[INST] What was the Triceratops diet? [/INST] The triceratops were herbivores and are believed to have eaten plants such as palms, cycads and ferns. </s> |
What towns make up Cape Ann? | Cape Ann is a rocky peninsula in northeastern Massachusetts on the Atlantic Ocean. It is about 30 miles (48 km) northeast of Boston and marks the northern limit of Massachusetts Bay. Cape Ann includes the city of Gloucester and the towns of Essex, Manchester-by-the-Sea and Rockport. | brainstorming | <s>[INST] What towns make up Cape Ann? [/INST] Cape Ann is a rocky peninsula in northeastern Massachusetts on the Atlantic Ocean. It is about 30 miles (48 km) northeast of Boston and marks the northern limit of Massachusetts Bay. Cape Ann includes the city of Gloucester and the towns of Essex, Manchester-by-the-Sea and Rockport. </s> |
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List some common symptoms that someone may experience if they acquired a gastrointestinal bug. | Common symptoms someone who has a gastrointestinal infection may experience include cramping, diarrhea, low-grade fever, vomiting, and nausea. | open_qa | <s>[INST] List some common symptoms that someone may experience if they acquired a gastrointestinal bug. [/INST] Common symptoms someone who has a gastrointestinal infection may experience include cramping, diarrhea, low-grade fever, vomiting, and nausea. </s> |
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What is the Memorial Recreation Park and where is it located | Memorial Recreation Park is an athletic and recreation complex in Port Huron, Michigan. The main facility of the complex is a 5,500-seat stadium, home to the Port Huron Northern High School and Port Huron High School football teams. In addition, there are in the 27-acre (11 ha) complex tennis courts, four baseball fields, four softball fields, several football fields, and a quarter-mile track.
The complex was built in 1945 and is dedicated to the men and women of Port Huron who served in World War II. | open_qa | <s>[INST] What is the Memorial Recreation Park and where is it located [/INST] Memorial Recreation Park is an athletic and recreation complex in Port Huron, Michigan. The main facility of the complex is a 5,500-seat stadium, home to the Port Huron Northern High School and Port Huron High School football teams. In addition, there are in the 27-acre (11 ha) complex tennis courts, four baseball fields, four softball fields, several football fields, and a quarter-mile track.
The complex was built in 1945 and is dedicated to the men and women of Port Huron who served in World War II. </s> |
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How many full siblings did Fatemeh Pahlavi have? | Fatemeh Pahlavi was born in Tehran on 30 October 1928. She was the tenth child of Reza Shah and his fourth and last wife, Esmat Dowlatshahi. Her mother was from the Qajar dynasty and married Reza Shah in 1923. Fatemeh was the full-sister of Abdul Reza Pahlavi, Ahmad Reza Pahlavi, Mahmoud Reza Pahlavi and Hamid Reza Pahlavi. | 4 siblings: Abdul Reza Pahlavi, Ahmad Reza Pahlavi, Mahmoud Reza Pahlavi and Hamid Reza Pahlavi. | closed_qa | <s><SYS>Fatemeh Pahlavi was born in Tehran on 30 October 1928. She was the tenth child of Reza Shah and his fourth and last wife, Esmat Dowlatshahi. Her mother was from the Qajar dynasty and married Reza Shah in 1923. Fatemeh was the full-sister of Abdul Reza Pahlavi, Ahmad Reza Pahlavi, Mahmoud Reza Pahlavi and Hamid Reza Pahlavi.</SYS>[INST] How many full siblings did Fatemeh Pahlavi have? [/INST] 4 siblings: Abdul Reza Pahlavi, Ahmad Reza Pahlavi, Mahmoud Reza Pahlavi and Hamid Reza Pahlavi. </s> |
What instruments did Henri Chaix play? | Chaix was born in Geneva, but both of his parents were French citizens; he studied at the Conservatoire de Musique de Genève but never became a Swiss national. In 1943 he joined Loys Choquart's Dixie Dandies ensemble, and in 1951 was a sideman for Claude Aubert's band, a group he would eventually become the leader of. He also began recording under his own name in the 1950s, both on solo piano and with ensembles, and worked as a sideman for American expatriates such as Sidney Bechet, Bill Coleman, and Albert Nicholas. He worked frequently as a leader in the 1960s and did many of his own arrangements; Roger Zufferey and Michel Pilet were some of his sideman. He also worked in the 1960s with Milt Buckner, Benny Carter, Buck Clayton, Guy Lafitte, Ray Nance, Rex Stewart, and Ben Webster. | Henri Chaix was a talented musician who played the solo piano and with ensembles. | summarization | <s><SYS>Chaix was born in Geneva, but both of his parents were French citizens; he studied at the Conservatoire de Musique de Genève but never became a Swiss national. In 1943 he joined Loys Choquart's Dixie Dandies ensemble, and in 1951 was a sideman for Claude Aubert's band, a group he would eventually become the leader of. He also began recording under his own name in the 1950s, both on solo piano and with ensembles, and worked as a sideman for American expatriates such as Sidney Bechet, Bill Coleman, and Albert Nicholas. He worked frequently as a leader in the 1960s and did many of his own arrangements; Roger Zufferey and Michel Pilet were some of his sideman. He also worked in the 1960s with Milt Buckner, Benny Carter, Buck Clayton, Guy Lafitte, Ray Nance, Rex Stewart, and Ben Webster.</SYS>[INST] What instruments did Henri Chaix play? [/INST] Henri Chaix was a talented musician who played the solo piano and with ensembles. </s> |
What are the benefits of using the ReLU activation function over the classic sigmoid function in neural networks? | 1. Gradient vanishing problem: The max value of the derivative of sigmoid function is 0.25, which can result in the total gradients becoming very small during back propagation. In contrast ReLU has a constant gradient 1 for positive inputs.
2. Compute efficiency: ReLU can be computed using max(0, x), more efficient than exponential operations in sigmoid function.
3. Convergence speed: it's also reported that using ReLU as activation function in neural networks converges faster than using sigmoid function. | open_qa | <s>[INST] What are the benefits of using the ReLU activation function over the classic sigmoid function in neural networks? [/INST] 1. Gradient vanishing problem: The max value of the derivative of sigmoid function is 0.25, which can result in the total gradients becoming very small during back propagation. In contrast ReLU has a constant gradient 1 for positive inputs.
2. Compute efficiency: ReLU can be computed using max(0, x), more efficient than exponential operations in sigmoid function.
3. Convergence speed: it's also reported that using ReLU as activation function in neural networks converges faster than using sigmoid function. </s> |
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Who is Joëlle Boutin? | Joëlle Boutin (born October 2, 1979) is a Canadian politician, who was elected to the National Assembly of Quebec in a byelection on December 2, 2019. She represents the electoral district of Jean-Talon as a member of the Coalition Avenir Québec. | Joëlle Boutin is a Canadian politician and member of the National Assembly of Quebec. She is a member of the Coalition Avenir Quebec and represents the electoral district of Jean-Talon. | summarization | <s><SYS>Joëlle Boutin (born October 2, 1979) is a Canadian politician, who was elected to the National Assembly of Quebec in a byelection on December 2, 2019. She represents the electoral district of Jean-Talon as a member of the Coalition Avenir Québec.</SYS>[INST] Who is Joëlle Boutin? [/INST] Joëlle Boutin is a Canadian politician and member of the National Assembly of Quebec. She is a member of the Coalition Avenir Quebec and represents the electoral district of Jean-Talon. </s> |
What's the Platinum Jubilee? | The Platinum Jubilee of Elizabeth II was the international celebration in 2022 marking the 70th anniversary of the accession of Queen Elizabeth II on 6 February 1952. It was the first time that any monarch in British history celebrated a platinum jubilee, as is the case in the histories of the other Commonwealth realms.[n 1]
Initiatives to commemorate the jubilee were announced by the governments of many realms—including Australia, Canada, New Zealand, Papua New Guinea, and the United Kingdom—of territories, such as the Cayman Islands and Gibraltar, and celebrations were also held in other Commonwealth member states, like the Gambia, Malaysia, Malta, Pakistan, and Samoa. Leaders from across the world, including from China, France, Germany, Israel, and the United States, sent messages of congratulations to the Queen on reaching the milestone. In the United Kingdom, there was an extra bank holiday on 3 June and the usual spring bank holiday was moved from the end of May to 2 June to create the four-day Platinum Jubilee Central Weekend from Thursday, 2 June, to Sunday, 5 June. Commemorative stamps and coins were issued by several Commonwealth nations and beacons were lit in every Commonwealth capital for the first time. In many places, trees were planted in the Queen's honour.
The Queen died in her Platinum Jubilee year, on 8 September, at the age of 96. Her funeral was held on 19 September 2022 and she was buried at the King George VI Memorial Chapel later that day. | The Platinum Jubilee was a 2022 celebration commemorating British Monarch Queen Elizabeth II's 70th anniversary on the throne. No other monarch in British history has lived long enough to celebrate this milestone, and celebrations were held in her honor all over the world, and several Commonwealth nations commemorated the occasion by issuing special stamps and coins. | information_extraction | <s><SYS>The Platinum Jubilee of Elizabeth II was the international celebration in 2022 marking the 70th anniversary of the accession of Queen Elizabeth II on 6 February 1952. It was the first time that any monarch in British history celebrated a platinum jubilee, as is the case in the histories of the other Commonwealth realms.[n 1]
Initiatives to commemorate the jubilee were announced by the governments of many realms—including Australia, Canada, New Zealand, Papua New Guinea, and the United Kingdom—of territories, such as the Cayman Islands and Gibraltar, and celebrations were also held in other Commonwealth member states, like the Gambia, Malaysia, Malta, Pakistan, and Samoa. Leaders from across the world, including from China, France, Germany, Israel, and the United States, sent messages of congratulations to the Queen on reaching the milestone. In the United Kingdom, there was an extra bank holiday on 3 June and the usual spring bank holiday was moved from the end of May to 2 June to create the four-day Platinum Jubilee Central Weekend from Thursday, 2 June, to Sunday, 5 June. Commemorative stamps and coins were issued by several Commonwealth nations and beacons were lit in every Commonwealth capital for the first time. In many places, trees were planted in the Queen's honour.
The Queen died in her Platinum Jubilee year, on 8 September, at the age of 96. Her funeral was held on 19 September 2022 and she was buried at the King George VI Memorial Chapel later that day.</SYS>[INST] What's the Platinum Jubilee? [/INST] The Platinum Jubilee was a 2022 celebration commemorating British Monarch Queen Elizabeth II's 70th anniversary on the throne. No other monarch in British history has lived long enough to celebrate this milestone, and celebrations were held in her honor all over the world, and several Commonwealth nations commemorated the occasion by issuing special stamps and coins. </s> |
Classify each of the following as a programming language or not: Lisp, Basic, Esperanto, Prolog, Sympathy, Pascal, Tessellation, Kumquats, Algol, Java, C++, Corkscrew, Envy, Brainfuck | From the list, these are programming languages: Lisp, Basic, Prolog, Pascal, Algol, Java, C++, Envy, Brainfuck. | classification | <s>[INST] Classify each of the following as a programming language or not: Lisp, Basic, Esperanto, Prolog, Sympathy, Pascal, Tessellation, Kumquats, Algol, Java, C++, Corkscrew, Envy, Brainfuck [/INST] From the list, these are programming languages: Lisp, Basic, Prolog, Pascal, Algol, Java, C++, Envy, Brainfuck. </s> |
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Who were the "Big Four" of Grunge? | Alice in Chains, Soundgarden, Nirvana, and Pearl Jam. | open_qa | <s>[INST] Who were the "Big Four" of Grunge? [/INST] Alice in Chains, Soundgarden, Nirvana, and Pearl Jam. </s> |
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When does the world celebrates Hindi diwas every year | On January 10 | open_qa | <s>[INST] When does the world celebrates Hindi diwas every year [/INST] On January 10 </s> |
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Classify the following foods as Mexican or Italian: Burrito, Pizza, Pasta, Quesadilla, Taco, Gelato | Burrito: Mexican
Pizza: Italian
Pasta: Italian
Quesadilla: Mexican
Taco: Mexican
Gelato: Italian | classification | <s>[INST] Classify the following foods as Mexican or Italian: Burrito, Pizza, Pasta, Quesadilla, Taco, Gelato [/INST] Burrito: Mexican
Pizza: Italian
Pasta: Italian
Quesadilla: Mexican
Taco: Mexican
Gelato: Italian </s> |
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What are 3 ways I can do to feel better if I am in a bad mood? | I'm sorry you are in a bad mood. You can try going outside for a walk, go to the gym and workout, or take a hot bath. Feel well soon. | brainstorming | <s>[INST] What are 3 ways I can do to feel better if I am in a bad mood? [/INST] I'm sorry you are in a bad mood. You can try going outside for a walk, go to the gym and workout, or take a hot bath. Feel well soon. </s> |
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What are some of the best science fiction movies of all time? | There have been a number of well received science fiction movies including classics such "2001: A Space Odyssey", "Star Wars", "Blade Runner", "Alien", "Inception", "The Martian" and "The Matrix". Often the most important factor of what makes a movie great is very dependent on the viewer themselves. Are they interested in movies that are based more on hard science like "The Martian" or more like a soft space opera or fantasy like "Star Wars". Movies can also be great commercial successes while not being critically acclaimed. Some movies can also be great action films or be very thought provoking or reflect on bigger themes like the nature of being. | general_qa | <s>[INST] What are some of the best science fiction movies of all time? [/INST] There have been a number of well received science fiction movies including classics such "2001: A Space Odyssey", "Star Wars", "Blade Runner", "Alien", "Inception", "The Martian" and "The Matrix". Often the most important factor of what makes a movie great is very dependent on the viewer themselves. Are they interested in movies that are based more on hard science like "The Martian" or more like a soft space opera or fantasy like "Star Wars". Movies can also be great commercial successes while not being critically acclaimed. Some movies can also be great action films or be very thought provoking or reflect on bigger themes like the nature of being. </s> |
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What is ICC Men's T20 World Cup? | The ICC Men's T20 World Cup (earlier known as ICC World Twenty20) is the international championship of Twenty20. Organised by cricket's governing body, the International Cricket Council (ICC), the tournament consists of 20 teams, with top 12 teams from the previous tournament getting automatic qualifications. while the 8 other teams chosen through the Regional Qualifiers
The event has generally been held every two years. In May 2016, the ICC put forward the idea of having a tournament in 2018, with South Africa being the possible host, but the ICC later dropped the idea of a 2018 edition at the conclusion of the 2017 ICC Champions Trophy. The 2020 edition of the tournament was scheduled to take place in 2020 in Australia but due to the COVID-19 pandemic, the tournament was postponed until 2021, with the intended host changed to India. The tournament was later relocated to the United Arab Emirates (UAE) and Oman due to problems relating to the COVID-19 pandemic in India, taking place 5 years after the previous (2016) iteration. | The ICC Men's T20 World Cup is the international championship of Twenty20 cricket. In Twenty20 format cricket each match will consist of 2 teams playing maximum of 20 overs each. ICC Men's T20 World Cup tournament generally played with 20 teams, with top 12 teams from the previous tournament getting automatic qualifications, while the remaining 8 teams are chosen through the Regional Qualifiers. Recent tournament was held in 2022 and England was the winner. The next tournament will be hosted in 2024 and hosted by USA and West Indies | information_extraction | <s><SYS>The ICC Men's T20 World Cup (earlier known as ICC World Twenty20) is the international championship of Twenty20. Organised by cricket's governing body, the International Cricket Council (ICC), the tournament consists of 20 teams, with top 12 teams from the previous tournament getting automatic qualifications. while the 8 other teams chosen through the Regional Qualifiers
The event has generally been held every two years. In May 2016, the ICC put forward the idea of having a tournament in 2018, with South Africa being the possible host, but the ICC later dropped the idea of a 2018 edition at the conclusion of the 2017 ICC Champions Trophy. The 2020 edition of the tournament was scheduled to take place in 2020 in Australia but due to the COVID-19 pandemic, the tournament was postponed until 2021, with the intended host changed to India. The tournament was later relocated to the United Arab Emirates (UAE) and Oman due to problems relating to the COVID-19 pandemic in India, taking place 5 years after the previous (2016) iteration.</SYS>[INST] What is ICC Men's T20 World Cup? [/INST] The ICC Men's T20 World Cup is the international championship of Twenty20 cricket. In Twenty20 format cricket each match will consist of 2 teams playing maximum of 20 overs each. ICC Men's T20 World Cup tournament generally played with 20 teams, with top 12 teams from the previous tournament getting automatic qualifications, while the remaining 8 teams are chosen through the Regional Qualifiers. Recent tournament was held in 2022 and England was the winner. The next tournament will be hosted in 2024 and hosted by USA and West Indies </s> |
Extract the species of coffee from the text. Separate them with a semi-colon | Several species of shrub of the genus Coffea produce the berries from which coffee is extracted. The two main species commercially cultivated are Coffea canephora (predominantly a form known as 'robusta') and C. arabica. C. arabica, the most highly regarded species, is native to the southwestern highlands of Ethiopia and the Boma Plateau in southeastern Sudan and Mount Marsabit in northern Kenya. C. canephora is native to western and central Subsaharan Africa, from Guinea to Uganda and southern Sudan. Less popular species are C. liberica, C. stenophylla, C. mauritiana, and C. racemosa.
All coffee plants are classified in the large family Rubiaceae. They are evergreen shrubs or trees that may grow 5 m (15 ft) tall when unpruned. The leaves are dark green and glossy, usually 10–15 cm (4–6 in) long and 6 cm (2.4 in) wide, simple, entire, and opposite. Petioles of opposite leaves fuse at the base to form interpetiolar stipules, characteristic of Rubiaceae. The flowers are axillary, and clusters of fragrant white flowers bloom simultaneously. Gynoecium consists of an inferior ovary, also characteristic of Rubiaceae. The flowers are followed by oval berries of about 1.5 cm (0.6 in). When immature, they are green, and they ripen to yellow, then crimson, before turning black on drying. Each berry usually contains two seeds, but 5–10% of the berries have only one; these are called peaberries. Arabica berries ripen in six to eight months, while robusta takes nine to eleven months.
Coffea arabica is predominantly self-pollinating, and as a result, the seedlings are generally uniform and vary little from their parents. In contrast, Coffea canephora, and C. liberica are self-incompatible and require outcrossing. This means that useful forms and hybrids must be propagated vegetatively. Cuttings, grafting, and budding are the usual methods of vegetative propagation. On the other hand, there is great scope for experimentation in search of potential new strains. | Coffea canephora; C. arabica; C. liberica; C. stenophylla; C. mauritiana; C. racemosa | information_extraction | <s><SYS>Several species of shrub of the genus Coffea produce the berries from which coffee is extracted. The two main species commercially cultivated are Coffea canephora (predominantly a form known as 'robusta') and C. arabica. C. arabica, the most highly regarded species, is native to the southwestern highlands of Ethiopia and the Boma Plateau in southeastern Sudan and Mount Marsabit in northern Kenya. C. canephora is native to western and central Subsaharan Africa, from Guinea to Uganda and southern Sudan. Less popular species are C. liberica, C. stenophylla, C. mauritiana, and C. racemosa.
All coffee plants are classified in the large family Rubiaceae. They are evergreen shrubs or trees that may grow 5 m (15 ft) tall when unpruned. The leaves are dark green and glossy, usually 10–15 cm (4–6 in) long and 6 cm (2.4 in) wide, simple, entire, and opposite. Petioles of opposite leaves fuse at the base to form interpetiolar stipules, characteristic of Rubiaceae. The flowers are axillary, and clusters of fragrant white flowers bloom simultaneously. Gynoecium consists of an inferior ovary, also characteristic of Rubiaceae. The flowers are followed by oval berries of about 1.5 cm (0.6 in). When immature, they are green, and they ripen to yellow, then crimson, before turning black on drying. Each berry usually contains two seeds, but 5–10% of the berries have only one; these are called peaberries. Arabica berries ripen in six to eight months, while robusta takes nine to eleven months.
Coffea arabica is predominantly self-pollinating, and as a result, the seedlings are generally uniform and vary little from their parents. In contrast, Coffea canephora, and C. liberica are self-incompatible and require outcrossing. This means that useful forms and hybrids must be propagated vegetatively. Cuttings, grafting, and budding are the usual methods of vegetative propagation. On the other hand, there is great scope for experimentation in search of potential new strains.</SYS>[INST] Extract the species of coffee from the text. Separate them with a semi-colon [/INST] Coffea canephora; C. arabica; C. liberica; C. stenophylla; C. mauritiana; C. racemosa </s> |
What did Michael Faraday and Georg Ohm do? | Long before any knowledge of electricity existed, people were aware of shocks from electric fish. Ancient Egyptian texts dating from 2750 BCE referred to these fish as the "Thunderer of the Nile", and described them as the "protectors" of all other fish. Electric fish were again reported millennia later by ancient Greek, Roman and Arabic naturalists and physicians. Several ancient writers, such as Pliny the Elder and Scribonius Largus, attested to the numbing effect of electric shocks delivered by electric catfish and electric rays, and knew that such shocks could travel along conducting objects. Patients with ailments such as gout or headache were directed to touch electric fish in the hope that the powerful jolt might cure them.
Ancient cultures around the Mediterranean knew that certain objects, such as rods of amber, could be rubbed with cat's fur to attract light objects like feathers. Thales of Miletus made a series of observations on static electricity around 600 BCE, from which he believed that friction rendered amber magnetic, in contrast to minerals such as magnetite, which needed no rubbing.
Thales was incorrect in believing the attraction was due to a magnetic effect, but later science would prove a link between magnetism and electricity. According to a controversial theory, the Parthians may have had knowledge of electroplating, based on the 1936 discovery of the Baghdad Battery, which resembles a galvanic cell, though it is uncertain whether the artifact was electrical in nature.
Electricity would remain little more than an intellectual curiosity for millennia until 1600, when the English scientist William Gilbert wrote De Magnete, in which he made a careful study of electricity and magnetism, distinguishing the lodestone effect from static electricity produced by rubbing amber. He coined the New Latin word electricus ("of amber" or "like amber",, elektron, the Greek word for "amber") to refer to the property of attracting small objects after being rubbed. This association gave rise to the English words "electric" and "electricity", which made their first appearance in print in Thomas Browne's Pseudodoxia Epidemica of 1646.
Further work was conducted in the 17th and early 18th centuries by Otto von Guericke, Robert Boyle, Stephen Gray and C. F. du Fay. Later in the 18th century, Benjamin Franklin conducted extensive research in electricity, selling his possessions to fund his work. In June 1752 he is reputed to have attached a metal key to the bottom of a dampened kite string and flown the kite in a storm-threatened sky. A succession of sparks jumping from the key to the back of his hand showed that lightning was indeed electrical in nature. He also explained the apparently paradoxical behavior of the Leyden jar as a device for storing large amounts of electrical charge in terms of electricity consisting of both positive and negative charges
In 1775, Hugh Williamson reported a series of experiments to the Royal Society on the shocks delivered by the electric eel; that same year the surgeon and anatomist John Hunter described the structure of the fish's electric organs. In 1791, Luigi Galvani published his discovery of bioelectromagnetics, demonstrating that electricity was the medium by which neurons passed signals to the muscles. Alessandro Volta's battery, or voltaic pile, of 1800, made from alternating layers of zinc and copper, provided scientists with a more reliable source of electrical energy than the electrostatic machines previously used. The recognition of electromagnetism, the unity of electric and magnetic phenomena, is due to Hans Christian Ørsted and André-Marie Ampère in 1819–1820. Michael Faraday invented the electric motor in 1821, and Georg Ohm mathematically analysed the electrical circuit in 1827. Electricity and magnetism (and light) were definitively linked by James Clerk Maxwell, in particular in his "On Physical Lines of Force" in 1861 and 1862.
While the early 19th century had seen rapid progress in electrical science, the late 19th century would see the greatest progress in electrical engineering. Through such people as Alexander Graham Bell, Ottó Bláthy, Thomas Edison, Galileo Ferraris, Oliver Heaviside, Ányos Jedlik, William Thomson, 1st Baron Kelvin, Charles Algernon Parsons, Werner von Siemens, Joseph Swan, Reginald Fessenden, Nikola Tesla and George Westinghouse, electricity turned from a scientific curiosity into an essential tool for modern life.
In 1887, Heinrich Hertz discovered that electrodes illuminated with ultraviolet light create electric sparks more easily. In 1905, Albert Einstein published a paper that explained experimental data from the photoelectric effect as being the result of light energy being carried in discrete quantized packets, energising electrons. This discovery led to the quantum revolution. Einstein was awarded the Nobel Prize in Physics in 1921 for "his discovery of the law of the photoelectric effect". The photoelectric effect is also employed in photocells such as can be found in solar panels.
The first solid-state device was the "cat's-whisker detector" first used in the 1900s in radio receivers. A whisker-like wire is placed lightly in contact with a solid crystal (such as a germanium crystal) to detect a radio signal by the contact junction effect. In a solid-state component, the current is confined to solid elements and compounds engineered specifically to switch and amplify it. Current flow can be understood in two forms: as negatively charged electrons, and as positively charged electron deficiencies called holes. These charges and holes are understood in terms of quantum physics. The building material is most often a crystalline semiconductor.
Solid-state electronics came into its own with the emergence of transistor technology. The first working transistor, a germanium-based point-contact transistor, was invented by John Bardeen and Walter Houser Brattain at Bell Labs in 1947, followed by the bipolar junction transistor in 1948. | Michael Faraday invented the electric motor in 1821, and Georg Ohm mathematically analysed the electrical circuit in 1827. | information_extraction | <s><SYS>Long before any knowledge of electricity existed, people were aware of shocks from electric fish. Ancient Egyptian texts dating from 2750 BCE referred to these fish as the "Thunderer of the Nile", and described them as the "protectors" of all other fish. Electric fish were again reported millennia later by ancient Greek, Roman and Arabic naturalists and physicians. Several ancient writers, such as Pliny the Elder and Scribonius Largus, attested to the numbing effect of electric shocks delivered by electric catfish and electric rays, and knew that such shocks could travel along conducting objects. Patients with ailments such as gout or headache were directed to touch electric fish in the hope that the powerful jolt might cure them.
Ancient cultures around the Mediterranean knew that certain objects, such as rods of amber, could be rubbed with cat's fur to attract light objects like feathers. Thales of Miletus made a series of observations on static electricity around 600 BCE, from which he believed that friction rendered amber magnetic, in contrast to minerals such as magnetite, which needed no rubbing.
Thales was incorrect in believing the attraction was due to a magnetic effect, but later science would prove a link between magnetism and electricity. According to a controversial theory, the Parthians may have had knowledge of electroplating, based on the 1936 discovery of the Baghdad Battery, which resembles a galvanic cell, though it is uncertain whether the artifact was electrical in nature.
Electricity would remain little more than an intellectual curiosity for millennia until 1600, when the English scientist William Gilbert wrote De Magnete, in which he made a careful study of electricity and magnetism, distinguishing the lodestone effect from static electricity produced by rubbing amber. He coined the New Latin word electricus ("of amber" or "like amber",, elektron, the Greek word for "amber") to refer to the property of attracting small objects after being rubbed. This association gave rise to the English words "electric" and "electricity", which made their first appearance in print in Thomas Browne's Pseudodoxia Epidemica of 1646.
Further work was conducted in the 17th and early 18th centuries by Otto von Guericke, Robert Boyle, Stephen Gray and C. F. du Fay. Later in the 18th century, Benjamin Franklin conducted extensive research in electricity, selling his possessions to fund his work. In June 1752 he is reputed to have attached a metal key to the bottom of a dampened kite string and flown the kite in a storm-threatened sky. A succession of sparks jumping from the key to the back of his hand showed that lightning was indeed electrical in nature. He also explained the apparently paradoxical behavior of the Leyden jar as a device for storing large amounts of electrical charge in terms of electricity consisting of both positive and negative charges
In 1775, Hugh Williamson reported a series of experiments to the Royal Society on the shocks delivered by the electric eel; that same year the surgeon and anatomist John Hunter described the structure of the fish's electric organs. In 1791, Luigi Galvani published his discovery of bioelectromagnetics, demonstrating that electricity was the medium by which neurons passed signals to the muscles. Alessandro Volta's battery, or voltaic pile, of 1800, made from alternating layers of zinc and copper, provided scientists with a more reliable source of electrical energy than the electrostatic machines previously used. The recognition of electromagnetism, the unity of electric and magnetic phenomena, is due to Hans Christian Ørsted and André-Marie Ampère in 1819–1820. Michael Faraday invented the electric motor in 1821, and Georg Ohm mathematically analysed the electrical circuit in 1827. Electricity and magnetism (and light) were definitively linked by James Clerk Maxwell, in particular in his "On Physical Lines of Force" in 1861 and 1862.
While the early 19th century had seen rapid progress in electrical science, the late 19th century would see the greatest progress in electrical engineering. Through such people as Alexander Graham Bell, Ottó Bláthy, Thomas Edison, Galileo Ferraris, Oliver Heaviside, Ányos Jedlik, William Thomson, 1st Baron Kelvin, Charles Algernon Parsons, Werner von Siemens, Joseph Swan, Reginald Fessenden, Nikola Tesla and George Westinghouse, electricity turned from a scientific curiosity into an essential tool for modern life.
In 1887, Heinrich Hertz discovered that electrodes illuminated with ultraviolet light create electric sparks more easily. In 1905, Albert Einstein published a paper that explained experimental data from the photoelectric effect as being the result of light energy being carried in discrete quantized packets, energising electrons. This discovery led to the quantum revolution. Einstein was awarded the Nobel Prize in Physics in 1921 for "his discovery of the law of the photoelectric effect". The photoelectric effect is also employed in photocells such as can be found in solar panels.
The first solid-state device was the "cat's-whisker detector" first used in the 1900s in radio receivers. A whisker-like wire is placed lightly in contact with a solid crystal (such as a germanium crystal) to detect a radio signal by the contact junction effect. In a solid-state component, the current is confined to solid elements and compounds engineered specifically to switch and amplify it. Current flow can be understood in two forms: as negatively charged electrons, and as positively charged electron deficiencies called holes. These charges and holes are understood in terms of quantum physics. The building material is most often a crystalline semiconductor.
Solid-state electronics came into its own with the emergence of transistor technology. The first working transistor, a germanium-based point-contact transistor, was invented by John Bardeen and Walter Houser Brattain at Bell Labs in 1947, followed by the bipolar junction transistor in 1948.</SYS>[INST] What did Michael Faraday and Georg Ohm do? [/INST] Michael Faraday invented the electric motor in 1821, and Georg Ohm mathematically analysed the electrical circuit in 1827. </s> |
Given a reference text about José Francisco Miguel António de Mendonça, tell me when he was appointed patriarch and when he died. | José Francisco Miguel António de Mendonça, or rather, Mendoça (Lisbon, October 2, 1725 - Lisbon, February 11, 1808), was the fifth Patriarch of Lisbon under the name of D. José II.
Biography
He was the son of Nuno Manuel de Mendoça, 4th Count of Vale de Reis, and his wife, D. Leonor Maria Antónia de Noronha. He was the younger brother of the 5th Count and 1st Count of Azambuja, and of D. João Rafael de Mendonça, Bishop of Porto.
He graduated in canon law, having been canon of the Patriarchal See of Lisbon, Monsignor and still principal of the same church.
José Mendonca succeeded D. Francisco de Lemos as rector of the University of Coimbra from 1780 to 1785. During his tenure he attempted introduce a number of reforms.
In 1786, he was appointed Patriarch of Lisbon. By 1792 he was still trying to get permission from the Real Mesa Censória (Royal Censorial Court) to publish two pastoral letters. A law passed on April 5, 1768 reaffirmed the right of "temporal sovereignty" over the prohibition of "pernicious books and papers" in the interest of political defense. As the Mesa had jurisdiction over all printed materials, this included pastoral letters.
Pope Pius VI made him a cardinal in 1788. He died in 1808 and his body is buried in the Convent of Grace. | José Francisco Miguel António de Mendonça was appointed Patriarch of Lisbon in 1786 and died in 1808. | closed_qa | <s><SYS>José Francisco Miguel António de Mendonça, or rather, Mendoça (Lisbon, October 2, 1725 - Lisbon, February 11, 1808), was the fifth Patriarch of Lisbon under the name of D. José II.
Biography
He was the son of Nuno Manuel de Mendoça, 4th Count of Vale de Reis, and his wife, D. Leonor Maria Antónia de Noronha. He was the younger brother of the 5th Count and 1st Count of Azambuja, and of D. João Rafael de Mendonça, Bishop of Porto.
He graduated in canon law, having been canon of the Patriarchal See of Lisbon, Monsignor and still principal of the same church.
José Mendonca succeeded D. Francisco de Lemos as rector of the University of Coimbra from 1780 to 1785. During his tenure he attempted introduce a number of reforms.
In 1786, he was appointed Patriarch of Lisbon. By 1792 he was still trying to get permission from the Real Mesa Censória (Royal Censorial Court) to publish two pastoral letters. A law passed on April 5, 1768 reaffirmed the right of "temporal sovereignty" over the prohibition of "pernicious books and papers" in the interest of political defense. As the Mesa had jurisdiction over all printed materials, this included pastoral letters.
Pope Pius VI made him a cardinal in 1788. He died in 1808 and his body is buried in the Convent of Grace.</SYS>[INST] Given a reference text about José Francisco Miguel António de Mendonça, tell me when he was appointed patriarch and when he died. [/INST] José Francisco Miguel António de Mendonça was appointed Patriarch of Lisbon in 1786 and died in 1808. </s> |
What is the best kind of dog breed? | The best dog breed is a golden retriever. They are loyal, loving, smart dogs who love all things in the world. In addition, they are the cutest dogs you may ever see and their eyes look into your soul. Their biggest flaw is that they shed, but you just need to wear less black clothing and it won't matter as much. Everyone has a unique opinion about what the best dog breed is. | general_qa | <s>[INST] What is the best kind of dog breed? [/INST] The best dog breed is a golden retriever. They are loyal, loving, smart dogs who love all things in the world. In addition, they are the cutest dogs you may ever see and their eyes look into your soul. Their biggest flaw is that they shed, but you just need to wear less black clothing and it won't matter as much. Everyone has a unique opinion about what the best dog breed is. </s> |
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What is React? | React is a JavaScript library that specializes in helping developers build user interfaces. | open_qa | <s>[INST] What is React? [/INST] React is a JavaScript library that specializes in helping developers build user interfaces. </s> |
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Which is a species of fish? Nurseryfish or Nursery | Nurseryfish | classification | <s>[INST] Which is a species of fish? Nurseryfish or Nursery [/INST] Nurseryfish </s> |
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What coloring of cat is usually almost always female? | Tortoiseshell cats are frequently female. | open_qa | <s>[INST] What coloring of cat is usually almost always female? [/INST] Tortoiseshell cats are frequently female. </s> |
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Name a Jane Austen book. | Pride and Prejudice. | open_qa | <s>[INST] Name a Jane Austen book. [/INST] Pride and Prejudice. </s> |
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What are the different air routes for traveling between Genova (GOA) and San Francisco (SFO) from fastest to longest? | 1 - GOA-MUC-SFO (United Airlines)
2 - GOA-FRA-SFO (United Airlines)
3 - GOA-AMS-SFO (KLM)
4 - GOA-FCO-SFO (ITA Airways)
5 - GOA-FCO-JFK-SFO (ITA Airways + Delta Airlines)
6 - GOA-FCO-LAX-SFO (ITA Airways + Delta Airlines)
7 - GOA-AMS-JFK-SFO (KLM + Delta Airlines)
8 - GOA-AMS-ATL-SFO (KLM + Delta Airlines)
9 - GOA-AMS-MSP-SFO (KLM + Delta Airlines) | brainstorming | <s>[INST] What are the different air routes for traveling between Genova (GOA) and San Francisco (SFO) from fastest to longest? [/INST] 1 - GOA-MUC-SFO (United Airlines)
2 - GOA-FRA-SFO (United Airlines)
3 - GOA-AMS-SFO (KLM)
4 - GOA-FCO-SFO (ITA Airways)
5 - GOA-FCO-JFK-SFO (ITA Airways + Delta Airlines)
6 - GOA-FCO-LAX-SFO (ITA Airways + Delta Airlines)
7 - GOA-AMS-JFK-SFO (KLM + Delta Airlines)
8 - GOA-AMS-ATL-SFO (KLM + Delta Airlines)
9 - GOA-AMS-MSP-SFO (KLM + Delta Airlines) </s> |
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Did Sir Winston Churchill win the Nobel Peace Prize? | No, Sir Winston Churchill did not win the Nobel Peace Prize. He was nominated for the Nobel Peace Prize twice, in 1945 and in 1950, and did not win it.
However, he did win the Nobel Prize in Literature in 1953. | open_qa | <s>[INST] Did Sir Winston Churchill win the Nobel Peace Prize? [/INST] No, Sir Winston Churchill did not win the Nobel Peace Prize. He was nominated for the Nobel Peace Prize twice, in 1945 and in 1950, and did not win it.
However, he did win the Nobel Prize in Literature in 1953. </s> |
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what is the Bieh State | Bieh State (previously named Eastern Bieh State) was a state in South Sudan that existed between 2 October 2015 and 22 February 2020. It was located in the Greater Upper Nile region and it bordered Fangak to the west, Central Upper Nile to the north, Latjoor and Akobo to the east, and Jonglei to the south.
History
On 2 October 2015, President Salva Kiir issued a decree establishing 28 states in place of the 10 constitutionally established states. The decree established the new states largely along ethnic lines. A number of opposition parties and civil society groups challenged the constitutionality of the decree. Kiir later resolved to take it to parliament for approval as a constitutional amendment. In November the South Sudanese parliament empowered President Kiir to create new states. | Bieh State (previously named Eastern Bieh State) was in South Sudan between 2 October 2015 and 22 February 2020. It was located in the Greater Upper Nile region, bordering Fangak to the west, Central Upper Nile to the north, Latjoor and Akobo to the east, and Jonglei to the south. On 2 October 2015, President Salva Kiir issued a decree establishing 28 states instead of the ten constitutionally established states. The legislation established the new states primarily along ethnic lines. | information_extraction | <s><SYS>Bieh State (previously named Eastern Bieh State) was a state in South Sudan that existed between 2 October 2015 and 22 February 2020. It was located in the Greater Upper Nile region and it bordered Fangak to the west, Central Upper Nile to the north, Latjoor and Akobo to the east, and Jonglei to the south.
History
On 2 October 2015, President Salva Kiir issued a decree establishing 28 states in place of the 10 constitutionally established states. The decree established the new states largely along ethnic lines. A number of opposition parties and civil society groups challenged the constitutionality of the decree. Kiir later resolved to take it to parliament for approval as a constitutional amendment. In November the South Sudanese parliament empowered President Kiir to create new states.</SYS>[INST] what is the Bieh State [/INST] Bieh State (previously named Eastern Bieh State) was in South Sudan between 2 October 2015 and 22 February 2020. It was located in the Greater Upper Nile region, bordering Fangak to the west, Central Upper Nile to the north, Latjoor and Akobo to the east, and Jonglei to the south. On 2 October 2015, President Salva Kiir issued a decree establishing 28 states instead of the ten constitutionally established states. The legislation established the new states primarily along ethnic lines. </s> |
You have been asked to join the School Health Advisory Council to develop a new policy that focuses on the development of a more sustainable food service. List the steps you would take to develop and implement the new policy. How would you involve staff, families, and children? | Communicate with families to list out their children’s favorite food items and eating habits. Such as allergy items and if any family requests that no milk or milk-based substitute be given to their children. Also families' dietary restrictions due to religious beliefs, personal beliefs, cultural customs and health issues.
Based on those pieces of information, develop the food-from-home policy. Restrict all allergy items to school. Meeting with all staff involves, such as teachers, kitchen staff, nutrition professionals and parents who are interested, to have a planning menu together.
For children, we can ask about their favorite foods and talk about healthy choices to get prepared for them to enjoy the new food items. Through activities and discussions to help them experience the richness of all cultures through diversity in food and food customs. Practice emerging independence by using child-sized containers and utensils, allowing preschoolers to set tables, pour beverages, serve themselves and clear their places. | general_qa | <s>[INST] You have been asked to join the School Health Advisory Council to develop a new policy that focuses on the development of a more sustainable food service. List the steps you would take to develop and implement the new policy. How would you involve staff, families, and children? [/INST] Communicate with families to list out their children’s favorite food items and eating habits. Such as allergy items and if any family requests that no milk or milk-based substitute be given to their children. Also families' dietary restrictions due to religious beliefs, personal beliefs, cultural customs and health issues.
Based on those pieces of information, develop the food-from-home policy. Restrict all allergy items to school. Meeting with all staff involves, such as teachers, kitchen staff, nutrition professionals and parents who are interested, to have a planning menu together.
For children, we can ask about their favorite foods and talk about healthy choices to get prepared for them to enjoy the new food items. Through activities and discussions to help them experience the richness of all cultures through diversity in food and food customs. Practice emerging independence by using child-sized containers and utensils, allowing preschoolers to set tables, pour beverages, serve themselves and clear their places. </s> |
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Write a short strategy on how to increase your chances to win a chess game. | The game of chess includes thinking several moves ahead of the opponent. You have to start by getting to the strategic squares on the board faster than the opponent, which directly results in having an upper hand for the rest of the game. The next best step is to protect your pieces while taking out several of your opponent's pieces. The pawn structure needs to be aligned in a way that protects the king at all times and clears the way for the queen to strategically advance forward into the opponent's side. Another strategy is by making the move of casting that pushes the king to the corner as opposed to being exposed in the front once pawns are taken out. | creative_writing | <s>[INST] Write a short strategy on how to increase your chances to win a chess game. [/INST] The game of chess includes thinking several moves ahead of the opponent. You have to start by getting to the strategic squares on the board faster than the opponent, which directly results in having an upper hand for the rest of the game. The next best step is to protect your pieces while taking out several of your opponent's pieces. The pawn structure needs to be aligned in a way that protects the king at all times and clears the way for the queen to strategically advance forward into the opponent's side. Another strategy is by making the move of casting that pushes the king to the corner as opposed to being exposed in the front once pawns are taken out. </s> |
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Why is working out good for you? | Working out provides many benefits. Studies have shown that working out is good for you long term health. It helps build muscle strength, which is shown to decrease in volume as you age. It also has benefits for your cardiovascular system. Working out also provides mental benefits, such as reduced anxiety and stress. | general_qa | <s>[INST] Why is working out good for you? [/INST] Working out provides many benefits. Studies have shown that working out is good for you long term health. It helps build muscle strength, which is shown to decrease in volume as you age. It also has benefits for your cardiovascular system. Working out also provides mental benefits, such as reduced anxiety and stress. </s> |
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Can you please describe the game of golf? | Golf originated in Scotland in the 15th century. It is mostly regarded as an "upper-class" sport reserved for members of private country clubs, but has gained a lot of popularity over the last few decades. As a result, golf has become more broadly accessible to the general public, and today the sport is enjoyed by tens of millions of people around the world.
In golf, there are a total of eighteen stretches of grass, known as holes. Each hole is comprised of a tee box, where the golfer hits his or her initial shot, the fairway, and the green. Most holes also include deep grass that runs along the fairways, known as "the rough". For added difficulty, holes can also contain hazards like sand bunkers or bodies of water like ponds and creeks. A small circular hole is located on every green and is marked with a flag so that golfers can see it from far away. The objective is to get your golf ball from the tee box into that small hole in as few shots (known as "strokes") as possible. Golfers advance their ball by striking it with a golf club, and each ball strike is counted as a stroke. Golfers are allowed to use up to 14 golf clubs over the course of their round, each of which is used for different purposes, from different distances. Some clubs, like the driver, are used to hit the ball very long distances. In fact, most professional golfers are able to drive the ball over 300 yards. That's the length of three football fields! A combination of clubs called irons make up the majority of a set of golf clubs. They are are generally used to advance the ball to the green after the golfer hits his or her initial tee shot. The club face of each iron is designed with a different loft angle. Higher loft angles enable golfers to hit the ball higher in the air and shorter distances, whereas low loft angles produce lower trajectory shots that travel longer distances. The most frequently used club in the set is the putter, which is used to tap the ball from wherever it lies on the green into the hole. On average, most good golfers will putt the ball twice per hole, or approximately 36 times per round.
Golf holes are designated as par 3, par 4, or par 5, depending on their length. These numbers are an indication of how many strokes it should take for a professional golfer to complete the hole. Par 3 holes are shorter, and should take a single stroke to get the ball from tee to green. Par 5 holes are longer, and should typically take three strokes to get from tee to green. Most golf courses have four par 3 holes, four par 5 holes, and ten par 4 holes, yielding an aggregate of par 72. At the end of a round of golf, players calculate their final score by aggregating their total number of strokes across all eighteen holes. Over time, the golfer's skill level is assessed by his or her "handicap", which is a system that reflects the average number of strokes over par that the player typically shoots. For example, if one's average round score is 79, their handicap is 7 because it's 7 strokes above par. The lower the handicap, the better the golfer. | general_qa | <s>[INST] Can you please describe the game of golf? [/INST] Golf originated in Scotland in the 15th century. It is mostly regarded as an "upper-class" sport reserved for members of private country clubs, but has gained a lot of popularity over the last few decades. As a result, golf has become more broadly accessible to the general public, and today the sport is enjoyed by tens of millions of people around the world.
In golf, there are a total of eighteen stretches of grass, known as holes. Each hole is comprised of a tee box, where the golfer hits his or her initial shot, the fairway, and the green. Most holes also include deep grass that runs along the fairways, known as "the rough". For added difficulty, holes can also contain hazards like sand bunkers or bodies of water like ponds and creeks. A small circular hole is located on every green and is marked with a flag so that golfers can see it from far away. The objective is to get your golf ball from the tee box into that small hole in as few shots (known as "strokes") as possible. Golfers advance their ball by striking it with a golf club, and each ball strike is counted as a stroke. Golfers are allowed to use up to 14 golf clubs over the course of their round, each of which is used for different purposes, from different distances. Some clubs, like the driver, are used to hit the ball very long distances. In fact, most professional golfers are able to drive the ball over 300 yards. That's the length of three football fields! A combination of clubs called irons make up the majority of a set of golf clubs. They are are generally used to advance the ball to the green after the golfer hits his or her initial tee shot. The club face of each iron is designed with a different loft angle. Higher loft angles enable golfers to hit the ball higher in the air and shorter distances, whereas low loft angles produce lower trajectory shots that travel longer distances. The most frequently used club in the set is the putter, which is used to tap the ball from wherever it lies on the green into the hole. On average, most good golfers will putt the ball twice per hole, or approximately 36 times per round.
Golf holes are designated as par 3, par 4, or par 5, depending on their length. These numbers are an indication of how many strokes it should take for a professional golfer to complete the hole. Par 3 holes are shorter, and should take a single stroke to get the ball from tee to green. Par 5 holes are longer, and should typically take three strokes to get from tee to green. Most golf courses have four par 3 holes, four par 5 holes, and ten par 4 holes, yielding an aggregate of par 72. At the end of a round of golf, players calculate their final score by aggregating their total number of strokes across all eighteen holes. Over time, the golfer's skill level is assessed by his or her "handicap", which is a system that reflects the average number of strokes over par that the player typically shoots. For example, if one's average round score is 79, their handicap is 7 because it's 7 strokes above par. The lower the handicap, the better the golfer. </s> |
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Name some famous actors in the 1940's | Jennifer Jones, Barbara Stanwyck, Greer Garson, Humphrey Bogart, Bette Davis, Bob Hope, Gregory Peck, David Niven, Victor Mature, James Cagney, Betty Grable, Judy Garland, Janet Leigh, Spencer Tracy. | open_qa | <s>[INST] Name some famous actors in the 1940's [/INST] Jennifer Jones, Barbara Stanwyck, Greer Garson, Humphrey Bogart, Bette Davis, Bob Hope, Gregory Peck, David Niven, Victor Mature, James Cagney, Betty Grable, Judy Garland, Janet Leigh, Spencer Tracy. </s> |
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What is a herbivore? | A herbivore is an animal anatomically and physiologically adapted to eating plant material, for example foliage or marine algae, for the main component of its diet. As a result of their plant diet, herbivorous animals typically have mouthparts adapted to rasping or grinding. Horses and other herbivores have wide flat teeth that are adapted to grinding grass, tree bark, and other tough plant material. | A herbivore is an animal anatomically and physiologically adapted to eating plant material, for example foliage or marine algae, for the main component of its diet. | closed_qa | <s><SYS>A herbivore is an animal anatomically and physiologically adapted to eating plant material, for example foliage or marine algae, for the main component of its diet. As a result of their plant diet, herbivorous animals typically have mouthparts adapted to rasping or grinding. Horses and other herbivores have wide flat teeth that are adapted to grinding grass, tree bark, and other tough plant material.</SYS>[INST] What is a herbivore? [/INST] A herbivore is an animal anatomically and physiologically adapted to eating plant material, for example foliage or marine algae, for the main component of its diet. </s> |
Name 5 popular musicians | Taylor Swift, Vance Joy, The Script, Coldplay, Lady Gaga | brainstorming | <s>[INST] Name 5 popular musicians [/INST] Taylor Swift, Vance Joy, The Script, Coldplay, Lady Gaga </s> |
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What is alexa? | Alexa is a virtual assistant technology that people can purchase for use in their homes. It was created by Amazon back in 2013, and it responds like a human to human questions. It can order items from Amazon, and can also be used for home automation. Many widgets created can connect to the Alexa to extend the functionality of what Alexa can do. Alexa has fun entertainment features like story telling, singing, and telling jokes. | open_qa | <s>[INST] What is alexa? [/INST] Alexa is a virtual assistant technology that people can purchase for use in their homes. It was created by Amazon back in 2013, and it responds like a human to human questions. It can order items from Amazon, and can also be used for home automation. Many widgets created can connect to the Alexa to extend the functionality of what Alexa can do. Alexa has fun entertainment features like story telling, singing, and telling jokes. </s> |
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What are the key elements to a companies income statement? | Gross Revenue, Net Revenue, Cost of Goods Sold, Gross Profit, Sales of Goods & Administration, Marketing, Operational Expenses, Operating Income | open_qa | <s>[INST] What are the key elements to a companies income statement? [/INST] Gross Revenue, Net Revenue, Cost of Goods Sold, Gross Profit, Sales of Goods & Administration, Marketing, Operational Expenses, Operating Income </s> |
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What is Project Nimbus? | Project Nimbus is a cloud computing project of the Israeli government and its military. The Israeli Finance Ministry announced April 2021, that the contract is to provide "the government, the defense establishment, and others with an all-encompassing cloud solution." Under the contract, the companies will establish local cloud sites that will "keep information within Israel's borders under strict security guidelines."
Project Nimbus has four planned phases: the first is purchasing and constructing the cloud infrastructure, the second is crafting government policy for moving operations onto the cloud, the third is moving operations to the cloud, and the fourth is implementing and optimizing cloud operations. Under a $1.2 billion contract, technology companies Google (Google Cloud Platform) and Amazon (Amazon Web Services) were selected to provide Israeli government agencies with cloud computing services, including artificial intelligence and machine learning.
The terms Israel set for the project contractually forbid Amazon and Google from halting services due to boycott pressure. The tech companies are also forbidden from denying service to any particular government entities. | Project Nimbus is the Israel government's project and tender process to move all computing from on premise to the cloud for all government entities including the military. The first phase of the $1.2 billion tender process - for the cloud infrastructure - was awarded to Google Cloud Platform (GCP) and Amazon Web Services (AWS), who have built local data centers to ensure all information will remain within Israel's borders under strict security guidelines.
The second phase will involve engaging technology and services companies to develop policy and the third will be to move operations onto the cloud. The fourth and final phase will be implementing and optimising cloud operations leveraging 1st party and 3rd party services available on GCP and AWS cloud platforms available within Israel.
The terms of the contract forbid Amazon and Google from halting services due to any boycott pressure, or from denying service to any particular government entity including their military. | summarization | <s><SYS>Project Nimbus is a cloud computing project of the Israeli government and its military. The Israeli Finance Ministry announced April 2021, that the contract is to provide "the government, the defense establishment, and others with an all-encompassing cloud solution." Under the contract, the companies will establish local cloud sites that will "keep information within Israel's borders under strict security guidelines."
Project Nimbus has four planned phases: the first is purchasing and constructing the cloud infrastructure, the second is crafting government policy for moving operations onto the cloud, the third is moving operations to the cloud, and the fourth is implementing and optimizing cloud operations. Under a $1.2 billion contract, technology companies Google (Google Cloud Platform) and Amazon (Amazon Web Services) were selected to provide Israeli government agencies with cloud computing services, including artificial intelligence and machine learning.
The terms Israel set for the project contractually forbid Amazon and Google from halting services due to boycott pressure. The tech companies are also forbidden from denying service to any particular government entities.</SYS>[INST] What is Project Nimbus? [/INST] Project Nimbus is the Israel government's project and tender process to move all computing from on premise to the cloud for all government entities including the military. The first phase of the $1.2 billion tender process - for the cloud infrastructure - was awarded to Google Cloud Platform (GCP) and Amazon Web Services (AWS), who have built local data centers to ensure all information will remain within Israel's borders under strict security guidelines.
The second phase will involve engaging technology and services companies to develop policy and the third will be to move operations onto the cloud. The fourth and final phase will be implementing and optimising cloud operations leveraging 1st party and 3rd party services available on GCP and AWS cloud platforms available within Israel.
The terms of the contract forbid Amazon and Google from halting services due to any boycott pressure, or from denying service to any particular government entity including their military. </s> |
Where were the sunspots first observed? | Galileo Galilei, Father of observational astronomy | open_qa | <s>[INST] Where were the sunspots first observed? [/INST] Galileo Galilei, Father of observational astronomy </s> |
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Who is Anne Francis? | Anne Francis, née Gittins (1738 – 7 November 1800) was an English classical scholar and poet. She is notable for a poetic translation of the Bible's Song of Songs that focuses on the dramatic action of the song, rather than its Christian allegorical interpretation.
Anne Gittins was born in 1738 as the daughter of the Rev. Daniel Gittins, rector of South Stoke, near Arundel, Sussex. She was educated by her father in the classics and Hebrew. She married the Rev. Robert Bransby Francis, rector of Edgefield, near Holt, Norfolk.
Though she lacked formal classical training, Anne Francis was in contact with the leading Old Testament scholars of the time: her Poetical Translation of the Song of Songs was dedicated to John Parkhurst, and other subscribers included Robert Lowth and Benjamin Kennicott. The Poetical Translation focused on what she saw as the direct dramatic action of the song, rather than its Christian allegorical interpretation. Taking a cue from Thomas Harmer, Francis distinguished the voice of an "Egyptian Spouse" from that of a "Jewish Queen": in this love triangle, Solomon's marriage to the daughter of Pharaoh being resented by an earlier wife.
Francis's translation has not received much continuing attention. Yet in the verdict of one recent commentator, Francis's "insistence on bringing together learning and feeling, what she knew as male and female worlds, makes her Song of Songs an outstanding feminist monument."
In 1787, Francis changed publishers to raise her voice in response to Goethe's "Charlotte to Werther. A Poetical Epistle". Throughout the 1790s, she further strengthened the reactionary side of the political divide by periodically publishing work.
Despite Francis's lack of formal education, she aided in efforts to adapt French and German playscripts, as did various other female writers.
Anne Francis died on 7 November 1800, at the age of 62. | Anne Francis, née Gittins (1738 – 7 November 1800) was an English classical scholar and poet. She is notable for a poetic translation of the Bible's Song of Songs that focuses on the dramatic action of the song, rather than its Christian allegorical interpretation.
Anne Gittins was born in 1738 as the daughter of the Rev. Daniel Gittins, rector of South Stoke, near Arundel, Sussex. She was educated by her father in the classics and Hebrew. She married the Rev. Robert Bransby Francis, rector of Edgefield, near Holt, Norfolk.
Though she lacked formal classical training, Anne Francis was in contact with the leading Old Testament scholars of the time: her Poetical Translation of the Song of Songs was dedicated to John Parkhurst, and other subscribers included Robert Lowth and Benjamin Kennicott. The Poetical Translation focused on what she saw as the direct dramatic action of the song, rather than its Christian allegorical interpretation. Taking a cue from Thomas Harmer, Francis distinguished the voice of an "Egyptian Spouse" from that of a "Jewish Queen": in this love triangle, Solomon's marriage to the daughter of Pharaoh being resented by an earlier wife.
Francis's translation has not received much continuing attention. Yet in the verdict of one recent commentator, Francis's "insistence on bringing together learning and feeling, what she knew as male and female worlds, makes her Song of Songs an outstanding feminist monument."
In 1787, Francis changed publishers to raise her voice in response to Goethe's "Charlotte to Werther. A Poetical Epistle". Throughout the 1790s, she further strengthened the reactionary side of the political divide by periodically publishing work.
Despite Francis's lack of formal education, she aided in efforts to adapt French and German playscripts, as did various other female writers.
Anne Francis died on 7 November 1800, at the age of 62. | summarization | <s><SYS>Anne Francis, née Gittins (1738 – 7 November 1800) was an English classical scholar and poet. She is notable for a poetic translation of the Bible's Song of Songs that focuses on the dramatic action of the song, rather than its Christian allegorical interpretation.
Anne Gittins was born in 1738 as the daughter of the Rev. Daniel Gittins, rector of South Stoke, near Arundel, Sussex. She was educated by her father in the classics and Hebrew. She married the Rev. Robert Bransby Francis, rector of Edgefield, near Holt, Norfolk.
Though she lacked formal classical training, Anne Francis was in contact with the leading Old Testament scholars of the time: her Poetical Translation of the Song of Songs was dedicated to John Parkhurst, and other subscribers included Robert Lowth and Benjamin Kennicott. The Poetical Translation focused on what she saw as the direct dramatic action of the song, rather than its Christian allegorical interpretation. Taking a cue from Thomas Harmer, Francis distinguished the voice of an "Egyptian Spouse" from that of a "Jewish Queen": in this love triangle, Solomon's marriage to the daughter of Pharaoh being resented by an earlier wife.
Francis's translation has not received much continuing attention. Yet in the verdict of one recent commentator, Francis's "insistence on bringing together learning and feeling, what she knew as male and female worlds, makes her Song of Songs an outstanding feminist monument."
In 1787, Francis changed publishers to raise her voice in response to Goethe's "Charlotte to Werther. A Poetical Epistle". Throughout the 1790s, she further strengthened the reactionary side of the political divide by periodically publishing work.
Despite Francis's lack of formal education, she aided in efforts to adapt French and German playscripts, as did various other female writers.
Anne Francis died on 7 November 1800, at the age of 62.</SYS>[INST] Who is Anne Francis? [/INST] Anne Francis, née Gittins (1738 – 7 November 1800) was an English classical scholar and poet. She is notable for a poetic translation of the Bible's Song of Songs that focuses on the dramatic action of the song, rather than its Christian allegorical interpretation.
Anne Gittins was born in 1738 as the daughter of the Rev. Daniel Gittins, rector of South Stoke, near Arundel, Sussex. She was educated by her father in the classics and Hebrew. She married the Rev. Robert Bransby Francis, rector of Edgefield, near Holt, Norfolk.
Though she lacked formal classical training, Anne Francis was in contact with the leading Old Testament scholars of the time: her Poetical Translation of the Song of Songs was dedicated to John Parkhurst, and other subscribers included Robert Lowth and Benjamin Kennicott. The Poetical Translation focused on what she saw as the direct dramatic action of the song, rather than its Christian allegorical interpretation. Taking a cue from Thomas Harmer, Francis distinguished the voice of an "Egyptian Spouse" from that of a "Jewish Queen": in this love triangle, Solomon's marriage to the daughter of Pharaoh being resented by an earlier wife.
Francis's translation has not received much continuing attention. Yet in the verdict of one recent commentator, Francis's "insistence on bringing together learning and feeling, what she knew as male and female worlds, makes her Song of Songs an outstanding feminist monument."
In 1787, Francis changed publishers to raise her voice in response to Goethe's "Charlotte to Werther. A Poetical Epistle". Throughout the 1790s, she further strengthened the reactionary side of the political divide by periodically publishing work.
Despite Francis's lack of formal education, she aided in efforts to adapt French and German playscripts, as did various other female writers.
Anne Francis died on 7 November 1800, at the age of 62. </s> |
Can you suggest 3 disadvantages of Genetic modification technologies like CRISPR ? | 1.Uncontrollable mutations
2.Uncontrollable population growth
3.Strong ethical concerns about discrimination | brainstorming | <s>[INST] Can you suggest 3 disadvantages of Genetic modification technologies like CRISPR ? [/INST] 1.Uncontrollable mutations
2.Uncontrollable population growth
3.Strong ethical concerns about discrimination </s> |
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Which of the following are periodic elements: Ti, N, Pt, Fl, Zt, 1L, 2y, O, F, V, Y | The following are periodic elements: Ti, N, Pt, Fl, O, F, V, Y | classification | <s>[INST] Which of the following are periodic elements: Ti, N, Pt, Fl, Zt, 1L, 2y, O, F, V, Y [/INST] The following are periodic elements: Ti, N, Pt, Fl, O, F, V, Y </s> |
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Given this paragraph about the Last of Us TV Series, who was not cast in the show? | Casting took place virtually through Zoom due to the COVID-19 pandemic. Casting director Victoria Thomas wanted to honor the game without being limited by it. Mazin and Thomas sought high-profile guest stars; Thomas said many of the actors "don't usually do one-episode guest spots". On February 10, 2021, Pascal and Ramsey were cast as Joel and Ellie. Earlier that day, it was reported Mahershala Ali was offered the role of Joel after Matthew McConaughey turned it down; The Hollywood Reporter noted Ali "did circle a role" in the show, but a deal was never formed. Any actresses considered for Ellie for the canceled film adaptation—such as Maisie Williams and Kaitlyn Dever—had aged out of consideration by the time the series was in production, resulting in a reset of candidates. The producers primarily sought actors who could embody Joel and Ellie individually as well as imitate their relationship.: 14:42 Though both were previously featured on HBO's Game of Thrones, Pascal and Ramsey had not met before the filming of The Last of Us began but found they had instant chemistry, which developed over the course of production. | Matthew McConaughey turned down the role of Joel which was also reportedly offered to and turned down by Mahershala Ali afterwards. Maisie Williams and Kaitlyn Dever were considered for the role of Ellie but aged out of consideration by the time of production. | closed_qa | <s><SYS>Casting took place virtually through Zoom due to the COVID-19 pandemic. Casting director Victoria Thomas wanted to honor the game without being limited by it. Mazin and Thomas sought high-profile guest stars; Thomas said many of the actors "don't usually do one-episode guest spots". On February 10, 2021, Pascal and Ramsey were cast as Joel and Ellie. Earlier that day, it was reported Mahershala Ali was offered the role of Joel after Matthew McConaughey turned it down; The Hollywood Reporter noted Ali "did circle a role" in the show, but a deal was never formed. Any actresses considered for Ellie for the canceled film adaptation—such as Maisie Williams and Kaitlyn Dever—had aged out of consideration by the time the series was in production, resulting in a reset of candidates. The producers primarily sought actors who could embody Joel and Ellie individually as well as imitate their relationship.: 14:42 Though both were previously featured on HBO's Game of Thrones, Pascal and Ramsey had not met before the filming of The Last of Us began but found they had instant chemistry, which developed over the course of production.</SYS>[INST] Given this paragraph about the Last of Us TV Series, who was not cast in the show? [/INST] Matthew McConaughey turned down the role of Joel which was also reportedly offered to and turned down by Mahershala Ali afterwards. Maisie Williams and Kaitlyn Dever were considered for the role of Ellie but aged out of consideration by the time of production. </s> |
What countries have won the rugby world cup? | The most important competition in rugby union is the Rugby World Cup, a men's tournament that has taken place every four years since the inaugural event in 1987. South Africa are the reigning champions, having defeated England in the final of the 2019 Rugby World Cup in Yokohama. New Zealand and South Africa have each won the title three times (New Zealand: 1987, 2011, 2015; South Africa: 1995, 2007, 2019), Australia have won twice (1991 and 1999), and England once (2003). England is the only team from the Northern Hemisphere to have won the Rugby World Cup. | - New Zealand
- Australia
- South Africa
- England | information_extraction | <s><SYS>The most important competition in rugby union is the Rugby World Cup, a men's tournament that has taken place every four years since the inaugural event in 1987. South Africa are the reigning champions, having defeated England in the final of the 2019 Rugby World Cup in Yokohama. New Zealand and South Africa have each won the title three times (New Zealand: 1987, 2011, 2015; South Africa: 1995, 2007, 2019), Australia have won twice (1991 and 1999), and England once (2003). England is the only team from the Northern Hemisphere to have won the Rugby World Cup.</SYS>[INST] What countries have won the rugby world cup? [/INST] - New Zealand
- Australia
- South Africa
- England </s> |
What is detection engineering and what are the benefits? | Detection engineering is a new approach to threat detection. More than just writing detection rules, detection engineering is a process—applying systems thinking and engineering to more accurately detect threats. The goal is to create an automated system of threat detection which is customizable, flexible, repeatable, and produces high quality alerts for security teams to act upon. Detection engineering is not yet a mature discipline with consistent methods and predictable results, but pioneers in the field are working towards this goal. There is not a lot written about the concept right now, no go-to standards or frameworks. It appears companies are developing their own approaches to incorporate the concept to improve their detection and response capabilities.
A concept called detection-as-code (DaC), first coined by Anton Chuvakin in 2020, is at the heart of detection engineering, and points to the idea that detections should be treated as code. Essentially, it is about applying software engineering best practices to detections using modern agile CI/CD processes.
The benefits Of Detection Engineering include 1) reduced mean-time-to-response through automation of detections, 2) detections are more relevant to the environment, 3) the process is structured, repeatable, and informs workflows, 4) detection rules and analytics are version controlled, reused, and modified as needed, 5) Peer review and automated testing are part of the process, to catch mistakes and gaps. | general_qa | <s>[INST] What is detection engineering and what are the benefits? [/INST] Detection engineering is a new approach to threat detection. More than just writing detection rules, detection engineering is a process—applying systems thinking and engineering to more accurately detect threats. The goal is to create an automated system of threat detection which is customizable, flexible, repeatable, and produces high quality alerts for security teams to act upon. Detection engineering is not yet a mature discipline with consistent methods and predictable results, but pioneers in the field are working towards this goal. There is not a lot written about the concept right now, no go-to standards or frameworks. It appears companies are developing their own approaches to incorporate the concept to improve their detection and response capabilities.
A concept called detection-as-code (DaC), first coined by Anton Chuvakin in 2020, is at the heart of detection engineering, and points to the idea that detections should be treated as code. Essentially, it is about applying software engineering best practices to detections using modern agile CI/CD processes.
The benefits Of Detection Engineering include 1) reduced mean-time-to-response through automation of detections, 2) detections are more relevant to the environment, 3) the process is structured, repeatable, and informs workflows, 4) detection rules and analytics are version controlled, reused, and modified as needed, 5) Peer review and automated testing are part of the process, to catch mistakes and gaps. </s> |
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What is the scientific formula for table salt? | Table salt is expressed using the formula NaCl | open_qa | <s>[INST] What is the scientific formula for table salt? [/INST] Table salt is expressed using the formula NaCl </s> |
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What are the main football teams in the city of Madrid? | There are two world-class football/soccer teams in the city of Madrid, Spain: Real Madrid and Atletico de Madrid. | open_qa | <s>[INST] What are the main football teams in the city of Madrid? [/INST] There are two world-class football/soccer teams in the city of Madrid, Spain: Real Madrid and Atletico de Madrid. </s> |
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Who invented the Jeans | Jeans are a type of pants or trousers made from denim or dungaree cloth. Often the term "jeans" refers to a particular style of trousers, called "blue jeans", with copper-riveted pockets which were invented by Jacob W. Davis in 1871 and patented by Jacob W. Davis and Levi Strauss on May 20, 1873. Prior to the patent, the term "blue jeans" had been long in use for various garments (including trousers, overalls, and coats), constructed from blue-colored denim.
"Jean" also references a (historic) type of sturdy cloth commonly made with a cotton warp and wool weft (also known as "Virginia cloth"). Jean cloth can be entirely cotton as well, similar to denim. Originally designed for miners, modern jeans were popularized as casual wear by Marlon Brando and James Dean in their 1950s films, particularly The Wild One and Rebel Without a Cause, leading to the fabric becoming a symbol of rebellion among teenagers, especially members of the greaser subculture. From the 1960s onwards, jeans became common among various youth subcultures and subsequently young members of the general population. Nowadays, they are one of the most popular types of specialty trousers in Western culture. Historic brands include Levi's, Lee, and Wrangler. | Jeans are a type of pants or trousers made from denim or dungaree cloth. Often the term "jeans" refers to a particular style of trousers, called "blue jeans", with copper-riveted pockets which were invented by Jacob W. Davis in 1871 and patented by Jacob W. Davis and Levi Strauss on May 20, 1873. Prior to the patent, the term "blue jeans" had been long in use for various garments (including trousers, overalls, and coats), constructed from blue-colored denim.
"Jean" also references a (historic) type of sturdy cloth commonly made with a cotton warp and wool weft (also known as "Virginia cloth"). Jean cloth can be entirely cotton as well, similar to denim. Originally designed for miners, modern jeans were popularized as casual wear by Marlon Brando and James Dean in their 1950s films, particularly The Wild One and Rebel Without a Cause, leading to the fabric becoming a symbol of rebellion among teenagers, especially members of the greaser subculture. From the 1960s onwards, jeans became common among various youth subcultures and subsequently young members of the general population. Nowadays, they are one of the most popular types of specialty trousers in Western culture. Historic brands include Levi's, Lee, and Wrangler. | summarization | <s><SYS>Jeans are a type of pants or trousers made from denim or dungaree cloth. Often the term "jeans" refers to a particular style of trousers, called "blue jeans", with copper-riveted pockets which were invented by Jacob W. Davis in 1871 and patented by Jacob W. Davis and Levi Strauss on May 20, 1873. Prior to the patent, the term "blue jeans" had been long in use for various garments (including trousers, overalls, and coats), constructed from blue-colored denim.
"Jean" also references a (historic) type of sturdy cloth commonly made with a cotton warp and wool weft (also known as "Virginia cloth"). Jean cloth can be entirely cotton as well, similar to denim. Originally designed for miners, modern jeans were popularized as casual wear by Marlon Brando and James Dean in their 1950s films, particularly The Wild One and Rebel Without a Cause, leading to the fabric becoming a symbol of rebellion among teenagers, especially members of the greaser subculture. From the 1960s onwards, jeans became common among various youth subcultures and subsequently young members of the general population. Nowadays, they are one of the most popular types of specialty trousers in Western culture. Historic brands include Levi's, Lee, and Wrangler.</SYS>[INST] Who invented the Jeans [/INST] Jeans are a type of pants or trousers made from denim or dungaree cloth. Often the term "jeans" refers to a particular style of trousers, called "blue jeans", with copper-riveted pockets which were invented by Jacob W. Davis in 1871 and patented by Jacob W. Davis and Levi Strauss on May 20, 1873. Prior to the patent, the term "blue jeans" had been long in use for various garments (including trousers, overalls, and coats), constructed from blue-colored denim.
"Jean" also references a (historic) type of sturdy cloth commonly made with a cotton warp and wool weft (also known as "Virginia cloth"). Jean cloth can be entirely cotton as well, similar to denim. Originally designed for miners, modern jeans were popularized as casual wear by Marlon Brando and James Dean in their 1950s films, particularly The Wild One and Rebel Without a Cause, leading to the fabric becoming a symbol of rebellion among teenagers, especially members of the greaser subculture. From the 1960s onwards, jeans became common among various youth subcultures and subsequently young members of the general population. Nowadays, they are one of the most popular types of specialty trousers in Western culture. Historic brands include Levi's, Lee, and Wrangler. </s> |
What is the average lifespan of a Golden Retriever? | Golden Retrievers are a generally healthy breed; they have an average lifespan of 12 to 13 years. Irresponsible breeding to meet high demand has led to the prevalence of inherited health problems in some breed lines, including allergic skin conditions, eye problems and sometimes snappiness. These problems are rarely encountered in dogs bred from responsible breeders. | The average lifespan of a Golden Retriever is 12 to 13 years. | information_extraction | <s><SYS>Golden Retrievers are a generally healthy breed; they have an average lifespan of 12 to 13 years. Irresponsible breeding to meet high demand has led to the prevalence of inherited health problems in some breed lines, including allergic skin conditions, eye problems and sometimes snappiness. These problems are rarely encountered in dogs bred from responsible breeders.</SYS>[INST] What is the average lifespan of a Golden Retriever? [/INST] The average lifespan of a Golden Retriever is 12 to 13 years. </s> |
Who was Lionel Danthanarayana ? | Lionel Danthanarayana (born 24 August 1940 – died 30 July 1994 as ලයනල් දැරණියගල) [Sinhala]), popularly as stage name Lionel Deraniyagala, was an actor in Sri Lankan cinema and theater. One of the most popular villain artists ever in Sri Lankan film history, he had a career for more than three decades as the antagonist. | Lionel Danthanarayana was bor on August 24, 1940. He was a famous Sri Lankan Cinema and theatre actor. He is considered one of the most famous Sri Lankan viillain artists, and spent more than three decades as the antagonist. | information_extraction | <s><SYS>Lionel Danthanarayana (born 24 August 1940 – died 30 July 1994 as ලයනල් දැරණියගල) [Sinhala]), popularly as stage name Lionel Deraniyagala, was an actor in Sri Lankan cinema and theater. One of the most popular villain artists ever in Sri Lankan film history, he had a career for more than three decades as the antagonist.</SYS>[INST] Who was Lionel Danthanarayana ? [/INST] Lionel Danthanarayana was bor on August 24, 1940. He was a famous Sri Lankan Cinema and theatre actor. He is considered one of the most famous Sri Lankan viillain artists, and spent more than three decades as the antagonist. </s> |
Different ways in which you can eat noodles | hand, fork, spoon, chopsticks | brainstorming | <s>[INST] Different ways in which you can eat noodles [/INST] hand, fork, spoon, chopsticks </s> |
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3 Best TV series in the World | 1. Dexter
2. Breaking Bad
3. Prison Break | brainstorming | <s>[INST] 3 Best TV series in the World [/INST] 1. Dexter
2. Breaking Bad
3. Prison Break </s> |
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What is the best season to visit Japan? | The best season to visit Japan is well known as Spring, especially between March and April when you can enjoy cherry blossom viewing. Because it is so popular, you will expect a lot of crowds especially in famous cherry blossom spots. Hotels and flights are hard to be booked and perhaps the most expensive.
Another popular season is Fall. The weather is pleasant and many foreigners come to visit especially for fall foliage in November. And the good thing is that despite its beauty, it is expected to be less crowded than Spring during cherry blossom season. | general_qa | <s>[INST] What is the best season to visit Japan? [/INST] The best season to visit Japan is well known as Spring, especially between March and April when you can enjoy cherry blossom viewing. Because it is so popular, you will expect a lot of crowds especially in famous cherry blossom spots. Hotels and flights are hard to be booked and perhaps the most expensive.
Another popular season is Fall. The weather is pleasant and many foreigners come to visit especially for fall foliage in November. And the good thing is that despite its beauty, it is expected to be less crowded than Spring during cherry blossom season. </s> |
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Who is the Aston Martin formula 1 team principal? | The Aston Martin Aramco Team Principal is Mike Krack | classification | <s>[INST] Who is the Aston Martin formula 1 team principal? [/INST] The Aston Martin Aramco Team Principal is Mike Krack </s> |
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Why do people like cats? | People like cats for several reasons, such as enjoying their companionship, that they tend to be lower maintenance than dogs, and that they think they are cute. | open_qa | <s>[INST] Why do people like cats? [/INST] People like cats for several reasons, such as enjoying their companionship, that they tend to be lower maintenance than dogs, and that they think they are cute. </s> |
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When was the Roman empire founded? | The Roman empire was founded after the Republican period in 27BC and went through 1453AD. Some sources claim that the Roman Empire ended in 476AD with the fall of Rome via the Barbarian leader, Odoacer, however this is not true. The Roman empire continued on through the Eastern half of the Roman Empire. The Eastern Roman Empire is commonly referred to as the Byzantines. However, the Byzantines is a modern creation of referring to this Eastern Empire. In fact, all of the way through 1453AD, the people of the Eastern Roman Empire referred to themselves as Romans. | open_qa | <s>[INST] When was the Roman empire founded? [/INST] The Roman empire was founded after the Republican period in 27BC and went through 1453AD. Some sources claim that the Roman Empire ended in 476AD with the fall of Rome via the Barbarian leader, Odoacer, however this is not true. The Roman empire continued on through the Eastern half of the Roman Empire. The Eastern Roman Empire is commonly referred to as the Byzantines. However, the Byzantines is a modern creation of referring to this Eastern Empire. In fact, all of the way through 1453AD, the people of the Eastern Roman Empire referred to themselves as Romans. </s> |
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How can I run Spark on a cluster? | You can use either the standalone deploy mode, which only needs Java to be installed on each node, or the Mesos and YARN cluster managers. If you'd like to run on Amazon EC2, AMPLab provides EC2 scripts to automatically launch a cluster.
Note that you can also run Spark locally (possibly on multiple cores) without any special setup by just passing local[N] as the master URL, where N is the number of parallel threads you want. | general_qa | <s>[INST] How can I run Spark on a cluster? [/INST] You can use either the standalone deploy mode, which only needs Java to be installed on each node, or the Mesos and YARN cluster managers. If you'd like to run on Amazon EC2, AMPLab provides EC2 scripts to automatically launch a cluster.
Note that you can also run Spark locally (possibly on multiple cores) without any special setup by just passing local[N] as the master URL, where N is the number of parallel threads you want. </s> |
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Which is a species of fish? Cisco or Palo Alto | Cisco | classification | <s>[INST] Which is a species of fish? Cisco or Palo Alto [/INST] Cisco </s> |
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Tell me if the following foods would be safe or unsafe for someone with a nut allergy to eat? Peanut butter, eggs, apples, pb&j, carrots, pad thai | Peanut butter: unsafe, eggs: safe, apples: safe, pb&j: unsafe, carrots: safe, pad thai: unsafe | classification | <s>[INST] Tell me if the following foods would be safe or unsafe for someone with a nut allergy to eat? Peanut butter, eggs, apples, pb&j, carrots, pad thai [/INST] Peanut butter: unsafe, eggs: safe, apples: safe, pb&j: unsafe, carrots: safe, pad thai: unsafe </s> |
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What is Denville Station? | Denville is an active commuter railroad train station in Denville Township, Morris County, New Jersey. Located on Estling Road, the station contains three side platforms–two curved low-level platforms that service New Jersey Transit's Morristown Line, and a third that services their Montclair-Boonton Line. Both platforms on the Morristown Line contain miniature high-level platforms for handicap accessibility. Trains on both lines operate between Hoboken Terminal, New York Penn Station and Hackettstown. Heading westbound, the next station is Dover while the next station east on the Morristown Line is Mount Tabor. The next station east on the Montclair-Boonton Line is Mountain Lakes. | Denville station is a commuter railroad station in Denville Township, Morris Country, New Jersey. It is supported by two lines, the New Jersey Morristown Line and the Montclair-Boonton Line. Trains on both of these lines operate between Hoboken Terminal, New York Penn Station and Hackettstown. | information_extraction | <s><SYS>Denville is an active commuter railroad train station in Denville Township, Morris County, New Jersey. Located on Estling Road, the station contains three side platforms–two curved low-level platforms that service New Jersey Transit's Morristown Line, and a third that services their Montclair-Boonton Line. Both platforms on the Morristown Line contain miniature high-level platforms for handicap accessibility. Trains on both lines operate between Hoboken Terminal, New York Penn Station and Hackettstown. Heading westbound, the next station is Dover while the next station east on the Morristown Line is Mount Tabor. The next station east on the Montclair-Boonton Line is Mountain Lakes.</SYS>[INST] What is Denville Station? [/INST] Denville station is a commuter railroad station in Denville Township, Morris Country, New Jersey. It is supported by two lines, the New Jersey Morristown Line and the Montclair-Boonton Line. Trains on both of these lines operate between Hoboken Terminal, New York Penn Station and Hackettstown. </s> |