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stringclasses 3
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|---|---|---|---|---|---|---|
Mercury_7043698-C | premise | a lunar month is equal to 30 days | T T T | T | null | eb-train-wrong-answer-turked-entailment |
Mercury_7043698-C | premise | 30 days means three times | F F F | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7043698-C | hypothesis | how many times does the moon rotate on its axis during a lunar month three | KNOWN | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7043698-C | entailment | a lunar month is equal to 30 days & 30 days means three times |- how many times does the moon rotate on its axis during a lunar month three | T T T | T | FT | eb-train-wrong-answer-turked-entailment |
Mercury_7040898-C | premise | the northern hemisphere is tilted directly toward the sun | F T F | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7040898-C | premise | spring is when a hemisphere is tilted directly toward the sun | F F F | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7040898-C | hypothesis | the northern hemisphere is experiencing spring when it is tilted directly toward the sun | KNOWN | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7040898-C | entailment | the northern hemisphere is tilted directly toward the sun & spring is when a hemisphere is tilted directly toward the sun |- the northern hemisphere is experiencing spring when it is tilted directly toward the sun | T T T | T | FT | eb-train-wrong-answer-turked-entailment |
Mercury_7040845-D | premise | sound waves travel the fastest through matter | T F T | T | null | eb-train-wrong-answer-turked-entailment |
Mercury_7040845-D | premise | atmosphere is made of matter | F T F | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7040845-D | hypothesis | sound waves travel the fastest through atmosphere | KNOWN | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7040845-D | entailment | sound waves travel the fastest through matter & atmosphere is made of matter |- sound waves travel the fastest through atmosphere | T T T | T | FT | eb-train-wrong-answer-turked-entailment |
Mercury_7038658-A | hypothesis | negatively charged and has a negligible mass best describes a proton | F F F | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7038658-A | premise | the opposite of negatively charged is positively charged | T T T | T | null | eb-train-wrong-answer-turked-entailment |
Mercury_7038658-A | hypothesis | negatively charged and has a negligible mass best describes a proton | F F F | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7038658-A | entailment | negatively charged and has a negligible mass best describes a proton & the opposite of negatively charged is positively charged |- negatively charged and has a negligible mass best describes a proton | T T T | T | FT | eb-train-wrong-answer-turked-entailment |
Mercury_7037240-C | premise | neutrons orbit the center of an atom | F F F | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7037240-C | premise | neutrons are a part of an atom | T T T | T | null | eb-train-wrong-answer-turked-entailment |
Mercury_7037240-C | hypothesis | a neutron orbits around the center of the atom | KNOWN | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7037240-C | entailment | neutrons orbit the center of an atom & neutrons are a part of an atom |- a neutron orbits around the center of the atom | T T T | T | FT | eb-train-wrong-answer-turked-entailment |
Mercury_7037240-A | premise | protons orbit the center of the atom | F F F | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7037240-A | premise | a proton is a kind of subatomic particle | T T T | T | null | eb-train-wrong-answer-turked-entailment |
Mercury_7037240-A | hypothesis | a proton orbits around the center of the atom | KNOWN | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7037240-A | entailment | protons orbit the center of the atom & a proton is a kind of subatomic particle |- a proton orbits around the center of the atom | T T T | T | FT | eb-train-wrong-answer-turked-entailment |
Mercury_7034860-D | premise | mercury is a metal that is heavier than all other metals | ? F ? | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7034860-D | premise | the periodic table of elements does not distinguish between metals that are lighter in weight and metals that are heavier in weight | F F T | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7034860-D | hypothesis | according to the periodic table of the elements, mercury (hg) is different from other metals because mercury is heavier than all other metals | KNOWN | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7034860-D | entailment | mercury is a metal that is heavier than all other metals & the periodic table of elements does not distinguish between metals that are lighter in weight and metals that are heavier in weight |- according to the periodic table of the elements, mercury (hg) is different from other metals because mercury is heavier than all other metals | T T T | T | FT | eb-train-wrong-answer-turked-entailment |
Mercury_7034860-A | premise | mercury is solid at room temperature | F F F | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7034860-A | premise | metals are usually liquid at room temperature | F F F | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7034860-A | hypothesis | according to the periodic table of the elements, mercury (hg) is different from other metals because mercury is solid at room temperature | KNOWN | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7034860-A | entailment | mercury is solid at room temperature & metals are usually liquid at room temperature |- according to the periodic table of the elements, mercury (hg) is different from other metals because mercury is solid at room temperature | T T T | T | FT | eb-train-wrong-answer-turked-entailment |
Mercury_7031605-A | premise | an ancient river flooded the area where the appalachian mountains are located | T F F | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7031605-A | premise | the flood of an ancient river explains how the mountains were formed | F F F | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7031605-A | hypothesis | that an ancient river flooded best explains how the appalachian mountains formed | KNOWN | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7031605-A | entailment | an ancient river flooded the area where the appalachian mountains are located & the flood of an ancient river explains how the mountains were formed |- that an ancient river flooded best explains how the appalachian mountains formed | T T T | T | FT | eb-train-wrong-answer-turked-entailment |
Mercury_7030818-D | premise | elements in group 1 are grouped together because they easily react with other elements | T F T | T | null | eb-train-wrong-answer-turked-entailment |
Mercury_7030818-D | premise | elements in group 18 are grouped together because they easily react with other elements | F F F | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7030818-D | hypothesis | ) are grouped together because they easily react with other elements | KNOWN | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7030818-D | entailment | elements in group 1 are grouped together because they easily react with other elements & elements in group 18 are grouped together because they easily react with other elements |- ) are grouped together because they easily react with other elements | T T T | T | FT | eb-train-wrong-answer-turked-entailment |
Mercury_7017763-D | premise | soil erosion can be prevented by increasing the slope of the land | F ? F | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7017763-D | premise | adding more soil can help prevent soil erosion | F ? F | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7017763-D | hypothesis | soil erosion can be best prevented by increasing the slope of the land by adding more soil | KNOWN | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7017763-D | entailment | soil erosion can be prevented by increasing the slope of the land & adding more soil can help prevent soil erosion |- soil erosion can be best prevented by increasing the slope of the land by adding more soil | T T T | T | FT | eb-train-wrong-answer-turked-entailment |
Mercury_7017150-B | premise | coal is a kind of fuel | T T T | T | null | eb-train-wrong-answer-turked-entailment |
Mercury_7017150-B | premise | mechanical to thermal energy is converted when fuel is burned | F F F | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7017150-B | hypothesis | mechanical to thermal occurs whenever coal is burned | KNOWN | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7017150-B | entailment | coal is a kind of fuel & mechanical to thermal energy is converted when fuel is burned |- mechanical to thermal occurs whenever coal is burned | T T T | T | FT | eb-train-wrong-answer-turked-entailment |
Mercury_7017133-C | premise | an aluminum can is made of aluminum and plastic | F F F | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7017133-C | premise | aluminum and plastic are composite materials | F T F | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7017133-C | hypothesis | an aluminum can is a composite material | KNOWN | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7017133-C | entailment | an aluminum can is made of aluminum and plastic & aluminum and plastic are composite materials |- an aluminum can is a composite material | T T T | T | FT | eb-train-wrong-answer-turked-entailment |
Mercury_7017133-B | premise | a bronze statue is made of bronze | T T T | T | null | eb-train-wrong-answer-turked-entailment |
Mercury_7017133-B | premise | bronze is a kind of composite material | F T F | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7017133-B | hypothesis | a bronze statue is a composite material | KNOWN | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7017133-B | entailment | a bronze statue is made of bronze & bronze is a kind of composite material |- a bronze statue is a composite material | T T T | T | FT | eb-train-wrong-answer-turked-entailment |
Mercury_7017133-A | premise | a window is made of glass | T T T | T | null | eb-train-wrong-answer-turked-entailment |
Mercury_7017133-A | premise | glass is a kind of composite material | F F ? | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7017133-A | hypothesis | a glass window is a composite material | KNOWN | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7017133-A | entailment | a window is made of glass & glass is a kind of composite material |- a glass window is a composite material | T T T | T | FT | eb-train-wrong-answer-turked-entailment |
Mercury_7016188-C | premise | liquid state is a kind of state of matter | T T T | T | null | eb-train-wrong-answer-turked-entailment |
Mercury_7016188-C | premise | copper is in the liquid state , called liquid copper , at room temperature | F F F | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7016188-C | hypothesis | at room temperature, liquid state is copper | KNOWN | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7016188-C | entailment | liquid state is a kind of state of matter & copper is in the liquid state , called liquid copper , at room temperature |- at room temperature, liquid state is copper | T T T | T | FT | eb-train-wrong-answer-turked-entailment |
Mercury_7015750-A | premise | helium is the most common element in a star | F F F | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7015750-A | premise | the sun is a kind of star | T T T | T | null | eb-train-wrong-answer-turked-entailment |
Mercury_7015750-A | hypothesis | helium is the most common element in a star such as the sun | KNOWN | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7015750-A | entailment | helium is the most common element in a star & the sun is a kind of star |- helium is the most common element in a star such as the sun | T T T | T | FT | eb-train-wrong-answer-turked-entailment |
Mercury_7013773-D | premise | as the density of a medium increases , the compression of the light wave will increase | ? ? F | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7013773-D | premise | a denser medium means a medium with a higher density | ? T ? | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7013773-D | hypothesis | that it is compressed takes place as a light wave enters a denser medium | KNOWN | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7013773-D | entailment | as the density of a medium increases , the compression of the light wave will increase & a denser medium means a medium with a higher density |- that it is compressed takes place as a light wave enters a denser medium | T T T | T | FT | eb-train-wrong-answer-turked-entailment |
Mercury_7013283-D | premise | the speed of sound is generally greatest in gases | F F F | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7013283-D | premise | the speed of sound is generally lowest in solids | F F F | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7013283-D | hypothesis | the speed of sound is generally greatest in gases and lowest in solids | KNOWN | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7013283-D | entailment | the speed of sound is generally greatest in gases & the speed of sound is generally lowest in solids |- the speed of sound is generally greatest in gases and lowest in solids | T T T | T | FT | eb-train-wrong-answer-turked-entailment |
Mercury_7013283-C | premise | the speed of sound is generally greatest in gases | F F F | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7013283-C | premise | the speed of sound in liquids is generally lowest | F F F | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7013283-C | hypothesis | the speed of sound is generally greatest in gases and lowest in liquids | KNOWN | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7013283-C | entailment | the speed of sound is generally greatest in gases & the speed of sound in liquids is generally lowest |- the speed of sound is generally greatest in gases and lowest in liquids | T T T | T | FT | eb-train-wrong-answer-turked-entailment |
Mercury_7013283-A | premise | the speed of sound is generally greatest in solids | T T T | T | null | eb-train-wrong-answer-turked-entailment |
Mercury_7013283-A | premise | the speed of sound is generally lowest in liquids | F F F | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7013283-A | hypothesis | the speed of sound is generally greatest in solids and lowest in liquids | KNOWN | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7013283-A | entailment | the speed of sound is generally greatest in solids & the speed of sound is generally lowest in liquids |- the speed of sound is generally greatest in solids and lowest in liquids | T T T | T | FT | eb-train-wrong-answer-turked-entailment |
Mercury_7013143-B | premise | a glowing light stick is an example of a chemical reaction | T T T | T | null | eb-train-wrong-answer-turked-entailment |
Mercury_7013143-B | premise | chemical reactions are usually endothermic | F F ? | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7013143-B | hypothesis | a glowing light stick is an example of an endothermic process | KNOWN | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7013143-B | entailment | a glowing light stick is an example of a chemical reaction & chemical reactions are usually endothermic |- a glowing light stick is an example of an endothermic process | T T T | T | FT | eb-train-wrong-answer-turked-entailment |
Mercury_7012618-C | premise | sound waves travel fastest through solid | T T T T F T | T | null | eb-train-wrong-answer-turked-entailment |
Mercury_7012618-C | premise | water is a kind of solid | F F F | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7012618-C | hypothesis | sound waves travel fastest in water | KNOWN | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7012618-C | entailment | sound waves travel fastest through solid & water is a kind of solid |- sound waves travel fastest in water | T T T | T | FT | eb-train-wrong-answer-turked-entailment |
Mercury_7012548-D | premise | elements in the same column of the periodic table of the elements all have the same number of neutrons | F T F | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7012548-D | premise | if the elements have the same number of neutrons , then the elements will share the same number of neutrons | T T T | T | null | eb-train-wrong-answer-turked-entailment |
Mercury_7012548-D | hypothesis | elements in the same column of the periodic table of the elements all share the same number of neutrons | KNOWN | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7012548-D | entailment | elements in the same column of the periodic table of the elements all have the same number of neutrons & if the elements have the same number of neutrons , then the elements will share the same number of neutrons |- elements in the same column of the periodic table of the elements all share the same number of neutrons | T T T | T | FT | eb-train-wrong-answer-turked-entailment |
Mercury_7011253-C | premise | calculating the density of a rock sample requires a microscope and a graduated cylinder | F F F | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7011253-C | premise | if something requires something else then that something else would be most useful for that something | T T T | T | null | eb-train-wrong-answer-turked-entailment |
Mercury_7011253-C | hypothesis | microscope and graduated cylinder would be most useful for calculating the density of a rock sample | KNOWN | F | null | eb-train-wrong-answer-turked-entailment |
Mercury_7011253-C | entailment | calculating the density of a rock sample requires a microscope and a graduated cylinder & if something requires something else then that something else would be most useful for that something |- microscope and graduated cylinder would be most useful for calculating the density of a rock sample | T T T | T | FT | eb-train-wrong-answer-turked-entailment |
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