Datasets:

tuple_ie

like 1

{ "score": [ 0.9399999976158142, 0.8299999833106995, 0.9100000262260437, 0.550000011920929, 0.75 ], "tuple_text": [ "(the water solution; to cloud; T:as the black ink is heated and released from the Xerox 4004 Series ink cartridge)", "(the black ink; is; heated)", "(the black ink; released; from the Xerox 4004 Series ink cartridge)", "(You; will see; the water solution start to cloud)", "Context(You will see,List([0, 12))):(the water solution; start; )" ], "context": [ "", "", "", "", "You will see,List([0, 12))" ], "arg1": [ "the water solution", "the black ink", "the black ink", "You", "the water solution" ], "rel": [ "to cloud", "is", "released", "will see", "start" ], "arg2s": [ [ "T:as the black ink is heated and released from the Xerox 4004 Series ink cartridge" ], [ "heated" ], [ "from the Xerox 4004 Series ink cartridge" ], [ "the water solution start to cloud" ], [ "" ] ] }

{ "score": [ 0.9399999976158142, 0.8299999833106995, 0.9100000262260437, 0.550000011920929, 0.75 ], "tuple_text": [ "(the water solution; to cloud; T:as the black ink is heated and released from the Xerox 8R7638 Series ink cartridge)", "(the black ink; is; heated)", "(the black ink; released; from the Xerox 8R7638 Series ink cartridge)", "(You; will see; the water solution start to cloud)", "Context(You will see,List([0, 12))):(the water solution; start; )" ], "context": [ "", "", "", "", "You will see,List([0, 12))" ], "arg1": [ "the water solution", "the black ink", "the black ink", "You", "the water solution" ], "rel": [ "to cloud", "is", "released", "will see", "start" ], "arg2s": [ [ "T:as the black ink is heated and released from the Xerox 8R7638 Series ink cartridge" ], [ "heated" ], [ "from the Xerox 8R7638 Series ink cartridge" ], [ "the water solution start to cloud" ], [ "" ] ] }

{ "score": [ 0.9399999976158142, 0.8299999833106995, 0.9100000262260437, 0.550000011920929, 0.75 ], "tuple_text": [ "(the water solution; to cloud; T:as the black ink is heated and released from the Xerox 8R7881 Series ink cartridge)", "(the black ink; is; heated)", "(the black ink; released; from the Xerox 8R7881 Series ink cartridge)", "(You; will see; the water solution start to cloud)", "Context(You will see,List([0, 12))):(the water solution; start; )" ], "context": [ "", "", "", "", "You will see,List([0, 12))" ], "arg1": [ "the water solution", "the black ink", "the black ink", "You", "the water solution" ], "rel": [ "to cloud", "is", "released", "will see", "start" ], "arg2s": [ [ "T:as the black ink is heated and released from the Xerox 8R7881 Series ink cartridge" ], [ "heated" ], [ "from the Xerox 8R7881 Series ink cartridge" ], [ "the water solution start to cloud" ], [ "" ] ] }

{ "score": [ 0.7200000286102295, 0.9200000166893005, 0.949999988079071, 0.550000011920929, 0.75 ], "tuple_text": [ "(the water solution; to cloud; )", "(the Cyan Magenta Black or combination of any ink; is; heated)", "(the Cyan Magenta Black or combination of any ink; released; from the apple C1816 photo ink cartridge)", "(You; will see; the water solution start to cloud)", "Context(You will see,List([0, 12))):(the water solution; start; )" ], "context": [ "", "", "", "", "You will see,List([0, 12))" ], "arg1": [ "the water solution", "the Cyan Magenta Black or combination of any ink", "the Cyan Magenta Black or combination of any ink", "You", "the water solution" ], "rel": [ "to cloud", "is", "released", "will see", "start" ], "arg2s": [ [ "" ], [ "heated" ], [ "from the apple C1816 photo ink cartridge" ], [ "the water solution start to cloud" ], [ "" ] ] }

{ "score": [ 0.7200000286102295, 0.9200000166893005, 0.9599999785423279, 0.550000011920929, 0.75 ], "tuple_text": [ "(the water solution; to cloud; )", "(the Cyan Magenta Black or combination of any ink; is; heated)", "(the Cyan Magenta Black or combination of any ink; released; from the Lexmark/Compaq 12A1990 ink cartridge)", "(You; will see; the water solution start to cloud)", "Context(You will see,List([0, 12))):(the water solution; start; )" ], "context": [ "", "", "", "", "You will see,List([0, 12))" ], "arg1": [ "the water solution", "the Cyan Magenta Black or combination of any ink", "the Cyan Magenta Black or combination of any ink", "You", "the water solution" ], "rel": [ "to cloud", "is", "released", "will see", "start" ], "arg2s": [ [ "" ], [ "heated" ], [ "from the Lexmark/Compaq 12A1990 ink cartridge" ], [ "the water solution start to cloud" ], [ "" ] ] }

{ "score": [ 0.6200000047683716 ], "tuple_text": [ "(You; will see; trucks)" ], "context": [ "" ], "arg1": [ "You" ], "rel": [ "will see" ], "arg2s": [ [ "trucks" ] ] }

{ "score": [ 0.6499999761581421, 0.41999998688697815 ], "tuple_text": [ "(You; will derive; the three-dimensional shapes of molecules; T:then)", "(You; relate; this; to their chemical and physical properties)" ], "context": [ "", "" ], "arg1": [ "You", "You" ], "rel": [ "will derive", "relate" ], "arg2s": [ [ "the three-dimensional shapes of molecules", "T:then" ], [ "this", "to their chemical and physical properties" ] ] }

{ "score": [ 0.550000011920929, 0.550000011920929 ], "tuple_text": [ "(You; will use; heat; to melt ice)", "Context(You will use,List([0, 12))):(You; will use heat to melt; ice to form water (ie)" ], "context": [ "", "You will use,List([0, 12))" ], "arg1": [ "You", "You" ], "rel": [ "will use", "will use heat to melt" ], "arg2s": [ [ "heat", "to melt ice" ], [ "ice to form water (ie" ] ] }

{ "score": [ 0.6200000047683716, 0.8100000023841858 ], "tuple_text": [ "(You; will use; less energy; because the dryer is already heated)", "(the dryer; is; T:already; heated)" ], "context": [ "", "" ], "arg1": [ "You", "the dryer" ], "rel": [ "will use", "is" ], "arg2s": [ [ "less energy", "because the dryer is already heated" ], [ "T:already", "heated" ] ] }

{ "score": [ 0.6499999761581421 ], "tuple_text": [ "(You; will see; chickadees in pairs or small groups; T:usually)" ], "context": [ "" ], "arg1": [ "You" ], "rel": [ "will see" ], "arg2s": [ [ "chickadees in pairs or small groups", "T:usually" ] ] }

{ "score": [ 0.5600000023841858, 0.5600000023841858, 0.9100000262260437, 0.30000001192092896 ], "tuple_text": [ "(You; will want; to accompany a friend this day after Christians to see how we can shine God's light in us into the future)", "Context(You will want,List([0, 13))):(You; will want to accompany; a friend; T:this day; after Christians to see how we can shine God's light in us into the future)", "(Christians; to see; how we can shine God's light in us into the future)", "Context(Christians to see,List([51, 68))):(we; can shine; God's light; L:in us; T:into the future)" ], "context": [ "", "You will want,List([0, 13))", "", "Christians to see,List([51, 68))" ], "arg1": [ "You", "You", "Christians", "we" ], "rel": [ "will want", "will want to accompany", "to see", "can shine" ], "arg2s": [ [ "to accompany a friend this day after Christians to see how we can shine God's light in us into the future" ], [ "a friend", "T:this day", "after Christians to see how we can shine God's light in us into the future" ], [ "how we can shine God's light in us into the future" ], [ "God's light", "L:in us", "T:into the future" ] ] }

{ "score": [ 0.9200000166893005, 0.550000011920929, 0.41999998688697815 ], "tuple_text": [ "(animals; are; suitable for a rain forest ecosystem, such as tree frogs or salamanders)", "(You; will want; to choose animals)", "Context(You will want,List([0, 13))):(You; will want to choose; animals that are suitable for a rain forest ecosystem, such as tree frogs or salamanders)" ], "context": [ "", "", "You will want,List([0, 13))" ], "arg1": [ "animals", "You", "You" ], "rel": [ "are", "will want", "will want to choose" ], "arg2s": [ [ "suitable for a rain forest ecosystem, such as tree frogs or salamanders" ], [ "to choose animals" ], [ "animals that are suitable for a rain forest ecosystem, such as tree frogs or salamanders" ] ] }

{ "score": [ 0.8100000023841858, 0.6600000262260437, 0.550000011920929 ], "tuple_text": [ "(the weather; is; warm)", "(You; will want; to grow a lot of insect and animal food while the weather is warm)", "Context(You will want,List([0, 13))):(You; will want to grow; a lot of insect and animal food; T:while the weather is warm)" ], "context": [ "", "", "You will want,List([0, 13))" ], "arg1": [ "the weather", "You", "You" ], "rel": [ "is", "will want", "will want to grow" ], "arg2s": [ [ "warm" ], [ "to grow a lot of insect and animal food while the weather is warm" ], [ "a lot of insect and animal food", "T:while the weather is warm" ] ] }

{ "score": [ 0.6200000047683716, 0.9100000262260437, 0.9300000071525574, 0.8999999761581421 ], "tuple_text": [ "(You; wind up; with the rock particle)", "(the rock particle; covered; with something)", "(the body; thinks; is food)", "(something; is; food)" ], "context": [ "", "", "", "" ], "arg1": [ "You", "the rock particle", "the body", "something" ], "rel": [ "wind up", "covered", "thinks", "is" ], "arg2s": [ [ "with the rock particle" ], [ "with something" ], [ "is food" ], [ "food" ] ] }

{ "score": [ 0.8500000238418579, 0.8799999952316284, 0.33000001311302185 ], "tuple_text": [ "(s tusks; unearthed; L:in nearby Sullivan City)", "(t; miss; the huge fragments of a woolly mammoth&#146)", "Context(t miss,List([13, 19))):(You; won; )" ], "context": [ "", "", "t miss,List([13, 19))" ], "arg1": [ "s tusks", "t", "You" ], "rel": [ "unearthed", "miss", "won" ], "arg2s": [ [ "L:in nearby Sullivan City" ], [ "the huge fragments of a woolly mammoth&#146" ], [ "" ] ] }

{ "score": [ 0.6200000047683716 ], "tuple_text": [ "(You; would awaken; T:very early in the morning)" ], "context": [ "" ], "arg1": [ "You" ], "rel": [ "would awaken" ], "arg2s": [ [ "T:very early in the morning" ] ] }

{ "score": [ 0.8799999952316284, 0.6600000262260437, 0.8700000047683716 ], "tuple_text": [ "(students; facilitate; the designing and investigative process)", "(You; would be helping; students define a problem for investigation, facilitate the designing and investigative process, and help conduct the investigation)", "Context(You would be helping,List([0, 20))):(students; define; a problem for investigation)" ], "context": [ "", "", "You would be helping,List([0, 20))" ], "arg1": [ "students", "You", "students" ], "rel": [ "facilitate", "would be helping", "define" ], "arg2s": [ [ "the designing and investigative process" ], [ "students define a problem for investigation, facilitate the designing and investigative process, and help conduct the investigation" ], [ "a problem for investigation" ] ] }

{ "score": [ 0.47999998927116394, 0.8999999761581421, 0.9300000071525574 ], "tuple_text": [ "(You; would expect; animals that climb for a living, animals like lizards, monkeys and squirrels)", "(animals; climb; for a living)", "(animals that climb for a living, animals like lizards, monkeys and squirrels; to spend; much of their lives; L:in the forest canopy)" ], "context": [ "", "", "" ], "arg1": [ "You", "animals", "animals that climb for a living, animals like lizards, monkeys and squirrels" ], "rel": [ "would expect", "climb", "to spend" ], "arg2s": [ [ "animals that climb for a living, animals like lizards, monkeys and squirrels" ], [ "for a living" ], [ "much of their lives", "L:in the forest canopy" ] ] }

{ "score": [ 0.7200000286102295 ], "tuple_text": [ "(You; would get; a measured number; from using a meterstick to find the length of a board or using a graduated cylinder to find the volume of a liquid)" ], "context": [ "" ], "arg1": [ "You" ], "rel": [ "would get" ], "arg2s": [ [ "a measured number", "from using a meterstick to find the length of a board or using a graduated cylinder to find the volume of a liquid" ] ] }

{ "score": [ 0.5799999833106995 ], "tuple_text": [ "(You; would get; your food clothing, shelter, water, and air from the plants, animals, minerals, and features of the natural environment)" ], "context": [ "" ], "arg1": [ "You" ], "rel": [ "would get" ], "arg2s": [ [ "your food clothing, shelter, water, and air from the plants, animals, minerals, and features of the natural environment" ] ] }

{ "score": [ 0.46000000834465027, 0.9200000166893005, 0.5799999833106995, 0.7599999904632568 ], "tuple_text": [ "(You; would highlight; the paper size you want)", "(the paper size; want; you)", "(You; select; the orientation)", "(You; click; on the [OK] button; T:then)" ], "context": [ "", "", "", "" ], "arg1": [ "You", "the paper size", "You", "You" ], "rel": [ "would highlight", "want", "select", "click" ], "arg2s": [ [ "the paper size you want" ], [ "you" ], [ "the orientation" ], [ "on the [OK] button", "T:then" ] ] }

{ "score": [ 0.7200000286102295, 0.9300000071525574, 0.9300000071525574 ], "tuple_text": [ "(You; would make; sure all plants in both groups were the same distance from the window, got the same amount of water, were at the same temperature, had the same soil and pot size, etc.)", "(all plants in both groups; were; the same distance from the window)", "(all plants in both groups; got; the same amount of water)" ], "context": [ "", "", "" ], "arg1": [ "You", "all plants in both groups", "all plants in both groups" ], "rel": [ "would make", "were", "got" ], "arg2s": [ [ "sure all plants in both groups were the same distance from the window, got the same amount of water, were at the same temperature, had the same soil and pot size, etc." ], [ "the same distance from the window" ], [ "the same amount of water" ] ] }

{ "score": [ 0.5199999809265137, 0.7900000214576721 ], "tuple_text": [ "(You; would probably think; the stronger the wind, the more effective it would be as an agent of erosion, transportation and deposition)", "Context(You would probably think,List([0, 24))):(the stronger the wind; would be; the more effective)" ], "context": [ "", "You would probably think,List([0, 24))" ], "arg1": [ "You", "the stronger the wind" ], "rel": [ "would probably think", "would be" ], "arg2s": [ [ "the stronger the wind, the more effective it would be as an agent of erosion, transportation and deposition" ], [ "the more effective" ] ] }

{ "score": [ 0.1899999976158142, 0.550000011920929, 0.8799999952316284 ], "tuple_text": [ "(it; doesn't; )", "(You; would think; a doorbell would solve most problems)", "Context(You would think,List([0, 15))):(a doorbell; would solve; most problems)" ], "context": [ "", "", "You would think,List([0, 15))" ], "arg1": [ "it", "You", "a doorbell" ], "rel": [ "doesn't", "would think", "would solve" ], "arg2s": [ [ "" ], [ "a doorbell would solve most problems" ], [ "most problems" ] ] }

{ "score": [ 0.41999998688697815, 0.8700000047683716, 0.7799999713897705, 0.7200000286102295, 0.8999999761581421, 0.8199999928474426, 0.9200000166893005 ], "tuple_text": [ "(You; would think; that rain would slow the city traffic, but most drivers fail to acknowledge the slick sheen)", "Context(You would think,List([0, 15))):(rain; would slow; the city traffic)", "(rainwater and oil; fail; to mix)", "(rainwater and oil; to mix; )", "(most drivers; fail; to acknowledge the slick sheen)", "(most drivers; to acknowledge; the slick sheen that forms on the tarmac roads and freeways)", "(the slick sheen; forms; L:on the tarmac roads and freeways)" ], "context": [ "", "You would think,List([0, 15))", "", "", "", "", "" ], "arg1": [ "You", "rain", "rainwater and oil", "rainwater and oil", "most drivers", "most drivers", "the slick sheen" ], "rel": [ "would think", "would slow", "fail", "to mix", "fail", "to acknowledge", "forms" ], "arg2s": [ [ "that rain would slow the city traffic, but most drivers fail to acknowledge the slick sheen" ], [ "the city traffic" ], [ "to mix" ], [ "" ], [ "to acknowledge the slick sheen" ], [ "the slick sheen that forms on the tarmac roads and freeways" ], [ "L:on the tarmac roads and freeways" ] ] }

{ "score": [ 0.5199999809265137, 0.550000011920929, 0.30000001192092896 ], "tuple_text": [ "(You; would use; your hand lens; to examine each part of the plant and learn its name)", "Context(You would use,List([0, 13))):(You; would use your hand lens to examine; each part of the plant)", "Context(You would use,List([0, 13))):(You; would use your hand lens to learn; its name)" ], "context": [ "", "You would use,List([0, 13))", "You would use,List([0, 13))" ], "arg1": [ "You", "You", "You" ], "rel": [ "would use", "would use your hand lens to examine", "would use your hand lens to learn" ], "arg2s": [ [ "your hand lens", "to examine each part of the plant and learn its name" ], [ "each part of the plant" ], [ "its name" ] ] }

{ "score": [], "tuple_text": [], "context": [], "arg1": [], "rel": [], "arg2s": [] }

{ "score": [ 0.9800000190734863 ], "tuple_text": [ "(Yucca moths, cactus wrens, long-nosed bats, and many other desert animal species; rely; upon certain plant species for survival)" ], "context": [ "" ], "arg1": [ "Yucca moths, cactus wrens, long-nosed bats, and many other desert animal species" ], "rel": [ "rely" ], "arg2s": [ [ "upon certain plant species for survival" ] ] }

{ "score": [ 0.9300000071525574, 0.9300000071525574 ], "tuple_text": [ "(Yucca Mountain; receives; very little rainfall; T:each year)", "(Yucca Mountain; has; a water table)" ], "context": [ "", "" ], "arg1": [ "Yucca Mountain", "Yucca Mountain" ], "rel": [ "receives", "has" ], "arg2s": [ [ "very little rainfall", "T:each year" ], [ "a water table" ] ] }

{ "score": [ 0.8899999856948853, 0.8899999856948853 ], "tuple_text": [ "(Yuccas; are pollinated; by a moth)", "(a moth; carries; pollen; from one plant to another)" ], "context": [ "", "" ], "arg1": [ "Yuccas", "a moth" ], "rel": [ "are pollinated", "carries" ], "arg2s": [ [ "by a moth" ], [ "pollen", "from one plant to another" ] ] }

{ "score": [ 0.8299999833106995 ], "tuple_text": [ "(the soccer ball; was; T:still; there)" ], "context": [ "" ], "arg1": [ "the soccer ball" ], "rel": [ "was" ], "arg2s": [ [ "T:still", "there" ] ] }

{ "score": [ 0.8899999856948853 ], "tuple_text": [ "(y x Students; will Identify; effects of rapid changes on Earth's surface features)" ], "context": [ "" ], "arg1": [ "y x Students" ], "rel": [ "will Identify" ], "arg2s": [ [ "effects of rapid changes on Earth's surface features" ] ] }

{ "score": [ 0.47999998927116394, 0.7699999809265137, 0.8899999856948853, 0.44999998807907104, 0.8899999856948853 ], "tuple_text": [ "(y; Explain; that light travels in a straight line until it strikes an object (e.g., reflected by a mirror,)", "Context(y Explain,List([0, 15))):(that light; travels; T:until it strikes an object)", "(a mirror; absorbed; by an object)", "(it; strikes; an object)", "(a mirror; refracted; by a lens)" ], "context": [ "", "y Explain,List([0, 15))", "", "", "" ], "arg1": [ "y", "that light", "a mirror", "it", "a mirror" ], "rel": [ "Explain", "travels", "absorbed", "strikes", "refracted" ], "arg2s": [ [ "that light travels in a straight line until it strikes an object (e.g., reflected by a mirror," ], [ "T:until it strikes an object" ], [ "by an object" ], [ "an object" ], [ "by a lens" ] ] }

{ "score": [ 0.949999988079071, 0.8899999856948853 ], "tuple_text": [ "(y x x y x x; Explain; how force and mass can change the speed or direction of an object)", "Context(y x x y x x Explain,List([0, 19))):(force and mass; can change; the speed or direction of an object)" ], "context": [ "", "y x x y x x Explain,List([0, 19))" ], "arg1": [ "y x x y x x", "force and mass" ], "rel": [ "Explain", "can change" ], "arg2s": [ [ "how force and mass can change the speed or direction of an object" ], [ "the speed or direction of an object" ] ] }

{ "score": [ 0.9399999976158142 ], "tuple_text": [ "(This module; provides; competency-based training in the provision of food for zoo animals)" ], "context": [ "" ], "arg1": [ "This module" ], "rel": [ "provides" ], "arg2s": [ [ "competency-based training in the provision of food for zoo animals" ] ] }

{ "score": [], "tuple_text": [], "context": [], "arg1": [], "rel": [], "arg2s": [] }

{ "score": [ 0.6100000143051147, 0.6499999761581421, 0.5400000214576721, 0.949999988079071 ], "tuple_text": [ "(All living things; reproduce; Life arises from life)", "(Z All living things reproduce x Life arises from life; can be; asexual)", "(sexual; controlled; by genes x goal)", "(sexual controlled by genes x goal; is; to proliferate the species z P)" ], "context": [ "", "", "", "" ], "arg1": [ "All living things", "Z All living things reproduce x Life arises from life", "sexual", "sexual controlled by genes x goal" ], "rel": [ "reproduce", "can be", "controlled", "is" ], "arg2s": [ [ "Life arises from life" ], [ "asexual" ], [ "by genes x goal" ], [ "to proliferate the species z P" ] ] }

{ "score": [ 0.44999998807907104, 0.8299999833106995, 0.7200000286102295 ], "tuple_text": [ "(he; 's tumbled; into a big puddle)", "(Zberg; soaked; L:in mudy water)", "Context(Zberg soaked,List([0, 12))):(the roads; are; dry)" ], "context": [ "", "", "Zberg soaked,List([0, 12))" ], "arg1": [ "he", "Zberg", "the roads" ], "rel": [ "'s tumbled", "soaked", "are" ], "arg2s": [ [ "into a big puddle" ], [ "L:in mudy water" ], [ "dry" ] ] }

{ "score": [ 0.8799999952316284 ], "tuple_text": [ "(Elephant Cheeta Giraffe Biliography; [is] Lion [of]; Zebra)" ], "context": [ "" ], "arg1": [ "Elephant Cheeta Giraffe Biliography" ], "rel": [ "[is] Lion [of]" ], "arg2s": [ [ "Zebra" ] ] }

{ "score": [ 0.7900000214576721, 0.9300000071525574, 0.8999999761581421, 0.9300000071525574, 0.9100000262260437 ], "tuple_text": [ "(Zebra mussels; actively feed; )", "(Zebra mussels; spawn; T:as water temperatures reach 54 F)", "(water temperatures; reach; 54 F)", "(Zebra mussels; can tolerate; temperatures ranging from 45 F to 90 F.)", "(temperatures; ranging; from 45 F; to 90 F.)" ], "context": [ "", "", "", "", "" ], "arg1": [ "Zebra mussels", "Zebra mussels", "water temperatures", "Zebra mussels", "temperatures" ], "rel": [ "actively feed", "spawn", "reach", "can tolerate", "ranging" ], "arg2s": [ [ "" ], [ "T:as water temperatures reach 54 F" ], [ "54 F" ], [ "temperatures ranging from 45 F to 90 F." ], [ "from 45 F", "to 90 F." ] ] }

{ "score": [ 0.9100000262260437, 0.9100000262260437, 0.9399999976158142 ], "tuple_text": [ "(an exotic species; most likely entered; the country; L:in the late 1980s aboard ballast water; T:first)", "(Zebra mussels; can harm; ecosystems)", "(Zebra mussels; pose; problems for electrical utilities, municipal water supply treatment plants, industries, and boats)" ], "context": [ "", "", "" ], "arg1": [ "an exotic species", "Zebra mussels", "Zebra mussels" ], "rel": [ "most likely entered", "can harm", "pose" ], "arg2s": [ [ "the country", "L:in the late 1980s aboard ballast water", "T:first" ], [ "ecosystems" ], [ "problems for electrical utilities, municipal water supply treatment plants, industries, and boats" ] ] }

{ "score": [ 0.7699999809265137 ], "tuple_text": [ "(Callisaurus; draconoides; )" ], "context": [ "" ], "arg1": [ "Callisaurus" ], "rel": [ "draconoides" ], "arg2s": [ [ "" ] ] }

{ "score": [ 0.5400000214576721, 0.7099999785423279, 0.5899999737739563, 0.8700000047683716 ], "tuple_text": [ "(you; want; a really good look at it)", "(binoculars; would help; )", "(Zehr; points out; that the comet is "as bright as a star and if you want a really good look at it, binoculars would help)", "Context(Zehr points out,List([0, 15))):(the comet; is; as bright as a star and if you want a really good look at it, binoculars would help)" ], "context": [ "", "", "", "Zehr points out,List([0, 15))" ], "arg1": [ "you", "binoculars", "Zehr", "the comet" ], "rel": [ "want", "would help", "points out", "is" ], "arg2s": [ [ "a really good look at it" ], [ "" ], [ "that the comet is "as bright as a star and if you want a really good look at it, binoculars would help" ], [ "as bright as a star and if you want a really good look at it, binoculars would help" ] ] }

{ "score": [ 0.8999999761581421, 0.8999999761581421, 0.8600000143051147, 0.9399999976158142, 0.7400000095367432, 0.8999999761581421 ], "tuple_text": [ "(Zeiss; began; to make improvements in microscopes)", "Context(Zeiss began,List([0, 11))):(Zeiss; began to make; improvements in microscopes)", "Context(Zeiss began,List([0, 11))):(Zeiss; began offering; simple microscopes)", "Context(Zeiss began,List([0, 11))):(Zeiss; began introducing; the first compound (which employ an objective and an eyepiece; T:in 1857)", "(microscope; Stand; )", "(the first compound; employ; an objective and an eyepiece)" ], "context": [ "", "Zeiss began,List([0, 11))", "Zeiss began,List([0, 11))", "Zeiss began,List([0, 11))", "", "" ], "arg1": [ "Zeiss", "Zeiss", "Zeiss", "Zeiss", "microscope", "the first compound" ], "rel": [ "began", "began to make", "began offering", "began introducing", "Stand", "employ" ], "arg2s": [ [ "to make improvements in microscopes" ], [ "improvements in microscopes" ], [ "simple microscopes" ], [ "the first compound (which employ an objective and an eyepiece", "T:in 1857" ], [ "" ], [ "an objective and an eyepiece" ] ] }

{ "score": [ 0.8799999952316284 ], "tuple_text": [ "(Zen Mind; [is]; Ecological Mind)" ], "context": [ "" ], "arg1": [ "Zen Mind" ], "rel": [ "[is]" ], "arg2s": [ [ "Ecological Mind" ] ] }

{ "score": [ 0.949999988079071 ], "tuple_text": [ "(ZENON; provides; microfiltration, ultrafiltration, nanofiltration and reverse osmosis membranes for removal of cryptosporidium, giardia, bacteria, salt, viruses and suspended solids from surface water, ground water and seawater)" ], "context": [ "" ], "arg1": [ "ZENON" ], "rel": [ "provides" ], "arg2s": [ [ "microfiltration, ultrafiltration, nanofiltration and reverse osmosis membranes for removal of cryptosporidium, giardia, bacteria, salt, viruses and suspended solids from surface water, ground water and seawater" ] ] }

{ "score": [ 0.949999988079071, 0.9200000166893005 ], "tuple_text": [ "(Zeolite; was formed; T:when ash from volcanoes was deposited in alkaline and saline lakes millions of years ago)", "(when ash from volcanoes; was deposited; in alkaline and saline lakes millions of years ago)" ], "context": [ "", "" ], "arg1": [ "Zeolite", "when ash from volcanoes" ], "rel": [ "was formed", "was deposited" ], "arg2s": [ [ "T:when ash from volcanoes was deposited in alkaline and saline lakes millions of years ago" ], [ "in alkaline and saline lakes millions of years ago" ] ] }

{ "score": [ 0.949999988079071 ], "tuple_text": [ "(Zero Balancing; works primarily; with the soft tissues of the muscular and skeletal systems)" ], "context": [ "" ], "arg1": [ "Zero Balancing" ], "rel": [ "works primarily" ], "arg2s": [ [ "with the soft tissues of the muscular and skeletal systems" ] ] }

{ "score": [ 0.949999988079071 ], "tuple_text": [ "(Zero degrees; was; the temperature of an ice, water, and salt mixture)" ], "context": [ "" ], "arg1": [ "Zero degrees" ], "rel": [ "was" ], "arg2s": [ [ "the temperature of an ice, water, and salt mixture" ] ] }

{ "score": [ 0.9200000166893005, 0.6100000143051147, 0.699999988079071 ], "tuple_text": [ "(Zero; represented; the boiling point of water)", "(100; was; the temperature at which water froze)", "(the temperature; froze; )" ], "context": [ "", "", "" ], "arg1": [ "Zero", "100", "the temperature" ], "rel": [ "represented", "was", "froze" ], "arg2s": [ [ "the boiling point of water" ], [ "the temperature at which water froze" ], [ "" ] ] }

{ "score": [], "tuple_text": [], "context": [], "arg1": [], "rel": [], "arg2s": [] }

{ "score": [ 0.8899999856948853 ], "tuple_text": [ "(A vehicle; certified; by the state; to emit)" ], "context": [ "" ], "arg1": [ "A vehicle" ], "rel": [ "certified" ], "arg2s": [ [ "by the state", "to emit" ] ] }

{ "score": [ 0.7099999785423279, 0.5099999904632568 ], "tuple_text": [ "(you; want; to pressure the ball; T:When playing defensive basketball; T:always)", "Context(you want,List([49, 64))):(you; want to pressure; the ball)" ], "context": [ "", "you want,List([49, 64))" ], "arg1": [ "you", "you" ], "rel": [ "want", "want to pressure" ], "arg2s": [ [ "to pressure the ball", "T:When playing defensive basketball", "T:always" ], [ "the ball" ] ] }

{ "score": [ 0.9300000071525574 ], "tuple_text": [ "(Zilaboy soils; are; on similar flood plains)" ], "context": [ "" ], "arg1": [ "Zilaboy soils" ], "rel": [ "are" ], "arg2s": [ [ "on similar flood plains" ] ] }

{ "score": [], "tuple_text": [], "context": [], "arg1": [], "rel": [], "arg2s": [] }

{ "score": [ 0.9300000071525574 ], "tuple_text": [ "(Zinc; is; a mineral with many functions in the human body, including promoting growth and repair of tissues, helping the body use carbohydrate, protein, and fat, and as a part of many enzymes)" ], "context": [ "" ], "arg1": [ "Zinc" ], "rel": [ "is" ], "arg2s": [ [ "a mineral with many functions in the human body, including promoting growth and repair of tissues, helping the body use carbohydrate, protein, and fat, and as a part of many enzymes" ] ] }

{ "score": [ 0.8399999737739563, 0.7699999809265137 ], "tuple_text": [ "(the most heat-resistant substance; known; )", "(Zirconia; could be melted; T:instantly)" ], "context": [ "", "" ], "arg1": [ "the most heat-resistant substance", "Zirconia" ], "rel": [ "known", "could be melted" ], "arg2s": [ [ "" ], [ "T:instantly" ] ] }

{ "score": [ 0.9100000262260437, 0.949999988079071 ], "tuple_text": [ "(almost all materials; used; L:in shoe industry)", "(Z nd\" machines for cutting leather, and also almost all materials; best most used; L:in very high quality shoe factories)" ], "context": [ "", "" ], "arg1": [ "almost all materials", "Z nd\" machines for cutting leather, and also almost all materials" ], "rel": [ "used", "best most used" ], "arg2s": [ [ "L:in shoe industry" ], [ "L:in very high quality shoe factories" ] ] }

{ "score": [ 0.699999988079071 ], "tuple_text": [ "(An animal; hibernates; )" ], "context": [ "" ], "arg1": [ "An animal" ], "rel": [ "hibernates" ], "arg2s": [ [ "" ] ] }

{ "score": [ 0.8999999761581421 ], "tuple_text": [ "(Zo l.; Producing; males from unfertilized eggs, as certain wasps and bees)" ], "context": [ "" ], "arg1": [ "Zo l." ], "rel": [ "Producing" ], "arg2s": [ [ "males from unfertilized eggs, as certain wasps and bees" ] ] }

{ "score": [], "tuple_text": [], "context": [], "arg1": [], "rel": [], "arg2s": [] }

{ "score": [], "tuple_text": [], "context": [], "arg1": [], "rel": [], "arg2s": [] }

{ "score": [], "tuple_text": [], "context": [], "arg1": [], "rel": [], "arg2s": [] }

{ "score": [ 0.9300000071525574 ], "tuple_text": [ "(programs; built; L:around themes such as predators, ears, eyes, tails, feet, etc.)" ], "context": [ "" ], "arg1": [ "programs" ], "rel": [ "built" ], "arg2s": [ [ "L:around themes such as predators, ears, eyes, tails, feet, etc." ] ] }

{ "score": [], "tuple_text": [], "context": [], "arg1": [], "rel": [], "arg2s": [] }

{ "score": [ 0.8999999761581421 ], "tuple_text": [ "(Zoological studies; come easily; to mind)" ], "context": [ "" ], "arg1": [ "Zoological studies" ], "rel": [ "come easily" ], "arg2s": [ [ "to mind" ] ] }

{ "score": [], "tuple_text": [], "context": [], "arg1": [], "rel": [], "arg2s": [] }

{ "score": [ 0.9100000262260437, 0.3799999952316284, 0.3799999952316284 ], "tuple_text": [ "(BUTTERFLY LIFE CYCLE The Egg Larva; is; the larval stage of butterflies and moths)", "(CYCLE The Egg Larva; [is] LIFE [of]; BUTTERFLY)", "(Caterpillar The Larval Stage; [is] Adult [of]; Pupa)" ], "context": [ "", "", "" ], "arg1": [ "BUTTERFLY LIFE CYCLE The Egg Larva", "CYCLE The Egg Larva", "Caterpillar The Larval Stage" ], "rel": [ "is", "[is] LIFE [of]", "[is] Adult [of]" ], "arg2s": [ [ "the larval stage of butterflies and moths" ], [ "BUTTERFLY" ], [ "Pupa" ] ] }

{ "score": [ 0.9100000262260437, 0.44999998807907104, 0.3799999952316284, 0.3799999952316284 ], "tuple_text": [ "(The pupa; is; the stage in a butterfly's (or moth's) life when it is encased in a chrysalis and undergoing metamorphosis)", "(it; is encased; L:in a chrysalis)", "(CYCLE The Egg Larva; [is] LIFE [of]; BUTTERFLY)", "(PUPA; [is] Adult [of]; Pupa)" ], "context": [ "", "", "", "" ], "arg1": [ "The pupa", "it", "CYCLE The Egg Larva", "PUPA" ], "rel": [ "is", "is encased", "[is] LIFE [of]", "[is] Adult [of]" ], "arg2s": [ [ "the stage in a butterfly's (or moth's) life when it is encased in a chrysalis and undergoing metamorphosis" ], [ "L:in a chrysalis" ], [ "BUTTERFLY" ], [ "Pupa" ] ] }

{ "score": [ 0.8500000238418579, 0.9100000262260437, 0.3799999952316284 ], "tuple_text": [ "(CYCLE The Egg Larva; undergo; complete metamorphosis in which they go through four different life stages)", "(complete metamorphosis; go; through four different life stages)", "(CYCLE The Egg Larva; [is] LIFE [of]; BUTTERFLY)" ], "context": [ "", "", "" ], "arg1": [ "CYCLE The Egg Larva", "complete metamorphosis", "CYCLE The Egg Larva" ], "rel": [ "undergo", "go", "[is] LIFE [of]" ], "arg2s": [ [ "complete metamorphosis in which they go through four different life stages" ], [ "through four different life stages" ], [ "BUTTERFLY" ] ] }

{ "score": [], "tuple_text": [], "context": [], "arg1": [], "rel": [], "arg2s": [] }

{ "score": [], "tuple_text": [], "context": [], "arg1": [], "rel": [], "arg2s": [] }

{ "score": [ 0.9200000166893005 ], "tuple_text": [ "(Zooplankton; are; the primary consumers)" ], "context": [ "" ], "arg1": [ "Zooplankton" ], "rel": [ "are" ], "arg2s": [ [ "the primary consumers" ] ] }

{ "score": [ 0.7900000214576721 ], "tuple_text": [ "(Zooplankton capture; live; )" ], "context": [ "" ], "arg1": [ "Zooplankton capture" ], "rel": [ "live" ], "arg2s": [ [ "" ] ] }

{ "score": [ 0.9300000071525574 ], "tuple_text": [ "(ZOOPLANKTON NET A zooplankton net; is used; to sample the water column (the main body of the water) of lakes or ponds)" ], "context": [ "" ], "arg1": [ "ZOOPLANKTON NET A zooplankton net" ], "rel": [ "is used" ], "arg2s": [ [ "to sample the water column (the main body of the water) of lakes or ponds" ] ] }

{ "score": [ 0.9300000071525574, 0.9399999976158142, 0.8899999856948853, 0.8899999856948853 ], "tuple_text": [ "(the microscopic plant-eaters; form; the base of the marine food chain)", "(Zooplankton; dropped; 70%; because warmer waters suppressed colder, nutrient-rich currents)", "(warmer waters; suppressed colder; nutrient-rich currents)", "(Zooplankton; [is]; the microscopic plant)" ], "context": [ "", "", "", "" ], "arg1": [ "the microscopic plant-eaters", "Zooplankton", "warmer waters", "Zooplankton" ], "rel": [ "form", "dropped", "suppressed colder", "[is]" ], "arg2s": [ [ "the base of the marine food chain" ], [ "70%", "because warmer waters suppressed colder, nutrient-rich currents" ], [ "nutrient-rich currents" ], [ "the microscopic plant" ] ] }

{ "score": [ 0.9300000071525574, 0.9399999976158142, 0.8899999856948853, 0.8899999856948853 ], "tuple_text": [ "(the microscopic plant-eaters; form; the base of the marine food chain)", "(Zooplankton; dropped; 70 percent; because warmer waters suppressed colder, nutrient-rich currents)", "(warmer waters; suppressed colder; nutrient-rich currents)", "(Zooplankton; [is]; the microscopic plant)" ], "context": [ "", "", "", "" ], "arg1": [ "the microscopic plant-eaters", "Zooplankton", "warmer waters", "Zooplankton" ], "rel": [ "form", "dropped", "suppressed colder", "[is]" ], "arg2s": [ [ "the base of the marine food chain" ], [ "70 percent", "because warmer waters suppressed colder, nutrient-rich currents" ], [ "nutrient-rich currents" ], [ "the microscopic plant" ] ] }

{ "score": [], "tuple_text": [], "context": [], "arg1": [], "rel": [], "arg2s": [] }

{ "score": [], "tuple_text": [], "context": [], "arg1": [], "rel": [], "arg2s": [] }

{ "score": [ 0.8999999761581421 ], "tuple_text": [ "(Zooxanthellae loss; is caused; by stressful conditions, including global warming)" ], "context": [ "" ], "arg1": [ "Zooxanthellae loss" ], "rel": [ "is caused" ], "arg2s": [ [ "by stressful conditions, including global warming" ] ] }

{ "score": [ 0.6200000047683716, 0.8299999833106995, 0.8999999761581421 ], "tuple_text": [ "(they; are; plants)", "(Zooxanthellae; need; sunlight; to produce food; since they are plants)", "Context(Zooxanthellae need,List([0, 18))):(Zooxanthellae; need sunlight to produce; food)" ], "context": [ "", "", "Zooxanthellae need,List([0, 18))" ], "arg1": [ "they", "Zooxanthellae", "Zooxanthellae" ], "rel": [ "are", "need", "need sunlight to produce" ], "arg2s": [ [ "plants" ], [ "sunlight", "to produce food", "since they are plants" ], [ "food" ] ] }

{ "score": [ 0.9200000166893005, 0.8799999952316284 ], "tuple_text": [ "(Zooxanthellae; takes then; from the coral polyp)", "(oxygen; is used; by the host coral polyp)" ], "context": [ "", "" ], "arg1": [ "Zooxanthellae", "oxygen" ], "rel": [ "takes then", "is used" ], "arg2s": [ [ "from the coral polyp" ], [ "by the host coral polyp" ] ] }

{ "score": [ 0.8100000023841858, 0.8899999856948853 ], "tuple_text": [ "(Z; Treat; the nests; ONLY with insecticides)", "(insecticides; labeled; for use on bees and wasps)" ], "context": [ "", "" ], "arg1": [ "Z", "insecticides" ], "rel": [ "Treat", "labeled" ], "arg2s": [ [ "the nests", "ONLY with insecticides" ], [ "for use on bees and wasps" ] ] }

{ "score": [ 0.949999988079071 ], "tuple_text": [ "(Zucchini and yellow crookneck; have; a better chance of maturing than winter squash like acorn and buttercup)" ], "context": [ "" ], "arg1": [ "Zucchini and yellow crookneck" ], "rel": [ "have" ], "arg2s": [ [ "a better chance of maturing than winter squash like acorn and buttercup" ] ] }

{ "score": [], "tuple_text": [], "context": [], "arg1": [], "rel": [], "arg2s": [] }

{ "score": [ 0.8899999856948853, 0.8799999952316284, 0.8799999952316284 ], "tuple_text": [ "(Zygotes; are living; organisms)", "(Zygotes; must obtain; oxygen and food)", "(Zygotes; eliminate; wastes)" ], "context": [ "", "", "" ], "arg1": [ "Zygotes", "Zygotes", "Zygotes" ], "rel": [ "are living", "must obtain", "eliminate" ], "arg2s": [ [ "organisms" ], [ "oxygen and food" ], [ "wastes" ] ] }

{ "score": [ 0.7099999785423279, 0.6000000238418579 ], "tuple_text": [ "(water; freezes; )", "(it; has changed; states; T:When water freezes)" ], "context": [ "", "" ], "arg1": [ "water", "it" ], "rel": [ "freezes", "has changed" ], "arg2s": [ [ "" ], [ "states", "T:When water freezes" ] ] }

{ "score": [ 0.8899999856948853 ], "tuple_text": [ "(3 Some more examples of physical changes; are tearing; paper; into smaller pieces; sharpening your pencil, and stirring sugar into water)" ], "context": [ "" ], "arg1": [ "3 Some more examples of physical changes" ], "rel": [ "are tearing" ], "arg2s": [ [ "paper", "into smaller pieces", "sharpening your pencil, and stirring sugar into water" ] ] }

{ "score": [ 0.6800000071525574, 0.3499999940395355, 0.5899999737739563, 0.8500000238418579 ], "tuple_text": [ "(you; burn; the wood)", "(you; whe; )", "(you; will also get; light; T:then)", "Context(you will also get,List([118, 140))):(Chemical energy in (for example) wood; transforms; into heat; T:when you burn the wood, and whe)" ], "context": [ "", "", "", "you will also get,List([118, 140))" ], "arg1": [ "you", "you", "you", "Chemical energy in (for example) wood" ], "rel": [ "burn", "whe", "will also get", "transforms" ], "arg2s": [ [ "the wood" ], [ "" ], [ "light", "T:then" ], [ "into heat", "T:when you burn the wood, and whe" ] ] }

{ "score": [ 0.6000000238418579, 0.2199999988079071 ], "tuple_text": [ "(All living things; need; food (for energy; to grow and reproduce)", "Context(All living things need,List([7, 29))):(All living things; need food (for energy to reproduce; )" ], "context": [ "", "All living things need,List([7, 29))" ], "arg1": [ "All living things", "All living things" ], "rel": [ "need", "need food (for energy to reproduce" ], "arg2s": [ [ "food (for energy", "to grow and reproduce" ], [ "" ] ] }

{ "score": [ 0.7900000214576721, 0.9100000262260437 ], "tuple_text": [ "(the sun and the moon; appear; )", "(the sun and the moon; to rise; L:in the east and set inthe west)" ], "context": [ "", "" ], "arg1": [ "the sun and the moon", "the sun and the moon" ], "rel": [ "appear", "to rise" ], "arg2s": [ [ "" ], [ "L:in the east and set inthe west" ] ] }

{ "score": [ 0.5400000214576721, 0.9399999976158142 ], "tuple_text": [ "(Leaves:These; are; the parts of the plant)", "(food; is made; by photosynthesis; L:the plant)" ], "context": [ "", "" ], "arg1": [ "Leaves:These", "food" ], "rel": [ "are", "is made" ], "arg2s": [ [ "the parts of the plant" ], [ "by photosynthesis", "L:the plant" ] ] }

{ "score": [ 0.6399999856948853 ], "tuple_text": [ "(Living things; are; part of a food chain)" ], "context": [ "" ], "arg1": [ "Living things" ], "rel": [ "are" ], "arg2s": [ [ "part of a food chain" ] ] }

{ "score": [ 0.5799999833106995 ], "tuple_text": [ "(Living things; need; food, water, space,and shelter; to survive)" ], "context": [ "" ], "arg1": [ "Living things" ], "rel": [ "need" ], "arg2s": [ [ "food, water, space,and shelter", "to survive" ] ] }

{ "score": [ 0.8999999761581421, 0.8500000238418579 ], "tuple_text": [ "(Primitive organisms; rely; on specialized instinct)", "(more advanced organisms; can change; their behavior; in response to novel stimuli)" ], "context": [ "", "" ], "arg1": [ "Primitive organisms", "more advanced organisms" ], "rel": [ "rely", "can change" ], "arg2s": [ [ "on specialized instinct" ], [ "their behavior", "in response to novel stimuli" ] ] }

{ "score": [ 0.8199999928474426, 0.7200000286102295 ], "tuple_text": [ "(Soil erosion; is; a natural process that occurs)", "(a natural process; occurs; )" ], "context": [ "", "" ], "arg1": [ "Soil erosion", "a natural process" ], "rel": [ "is", "occurs" ], "arg2s": [ [ "a natural process that occurs" ], [ "" ] ] }

{ "score": [ 0.5400000214576721 ], "tuple_text": [ "(These; support; the upper parts of plants)" ], "context": [ "" ], "arg1": [ "These" ], "rel": [ "support" ], "arg2s": [ [ "the upper parts of plants" ] ] }

{ "score": [ 0.9200000166893005, 0.7200000286102295 ], "tuple_text": [ "(Structures of animals and plants; compliment; the environment they live in. Species compete for food, mates, space, water, and shelter)", "(they; live; L:in. Species compete for food, mates, space, water, and shelter)" ], "context": [ "", "" ], "arg1": [ "Structures of animals and plants", "they" ], "rel": [ "compliment", "live" ], "arg2s": [ [ "the environment they live in. Species compete for food, mates, space, water, and shelter" ], [ "L:in. Species compete for food, mates, space, water, and shelter" ] ] }

{ "score": [ 0.28999999165534973, 0.8999999761581421 ], "tuple_text": [ "(we; to recognize; the genetic diversity that exists within species as well as the diversity of entire habitats and ecosystems)", "(the genetic diversity; exists; L:within species)" ], "context": [ "", "" ], "arg1": [ "we", "the genetic diversity" ], "rel": [ "to recognize", "exists" ], "arg2s": [ [ "the genetic diversity that exists within species as well as the diversity of entire habitats and ecosystems" ], [ "L:within species" ] ] }

{ "score": [ 0.8600000143051147, 0.1899999976158142 ], "tuple_text": [ "(Water; expands; T:when it freezes)", "(it; freezes; )" ], "context": [ "", "" ], "arg1": [ "Water", "it" ], "rel": [ "expands", "freezes" ], "arg2s": [ [ "T:when it freezes" ], [ "" ] ] }