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stringlengths 10
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|---|---|---|---|---|---|---|
TIMSS_2003_8_pg28-C-shred1 | premise | Renewable is the opposite of nonrenewable. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_8_pg28-C-shred1 | premise | Something cannot have two opposite properties. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_8_pg28-C-shred1 | hypothesis | Something cannot be renewable and nonrenewable. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_8_pg28-C-shred1 | entailment | Renewable is the opposite of nonrenewable. & Something cannot have two opposite properties. |- Something cannot be renewable and nonrenewable. | KNOWN | T | TT | eb-train-right-answer-entailment |
TIMSS_2003_8_pg28-C | premise | Wood is a renewable resource. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_8_pg28-C | premise | If something is renewable then that something is not a fossil fuel. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_8_pg28-C | hypothesis | Wood is not a fossil fuel. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_8_pg28-C | entailment | Wood is a renewable resource. & If something is renewable then that something is not a fossil fuel. |- Wood is not a fossil fuel. | KNOWN | T | TT | eb-train-right-answer-entailment |
TIMSS_2003_8_pg26-C-shred2 | premise | A powder is made up of white specks and black specks. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_8_pg26-C-shred2 | premise | Specks of different colors are different substances. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_8_pg26-C-shred2 | hypothesis | The powder is made up two different substances. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_8_pg26-C-shred2 | entailment | A powder is made up of white specks and black specks. & Specks of different colors are different substances. |- The powder is made up two different substances. | KNOWN | T | TT | eb-train-right-answer-entailment |
TIMSS_2003_8_pg26-C-shred1 | premise | A speck is a kind of solid object. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_8_pg26-C-shred1 | premise | Color is a kind of physical / visual property. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_8_pg26-C-shred1 | hypothesis | Specks of different colors are different substances. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_8_pg26-C-shred1 | entailment | A speck is a kind of solid object. & Color is a kind of physical / visual property. |- Specks of different colors are different substances. | KNOWN | T | TT | eb-train-right-answer-entailment |
TIMSS_2003_8_pg26-C | premise | An mixture is formed by two or more substances combined together physically. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_8_pg26-C | premise | The powder is made up two different substances. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_8_pg26-C | hypothesis | The powder is a mixture. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_8_pg26-C | entailment | An mixture is formed by two or more substances combined together physically. & The powder is made up two different substances. |- The powder is a mixture. | KNOWN | T | TT | eb-train-right-answer-entailment |
TIMSS_2003_8_pg17-B-shred1 | premise | Fossil fuels / fossils are formed from dead organisms over time. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_8_pg17-B-shred1 | premise | Remains are parts of a dead organism. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_8_pg17-B-shred1 | hypothesis | Fossil fuels are formed from the remains of organisms. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_8_pg17-B-shred1 | entailment | Fossil fuels / fossils are formed from dead organisms over time. & Remains are parts of a dead organism. |- Fossil fuels are formed from the remains of organisms. | KNOWN | T | TT | eb-train-right-answer-entailment |
TIMSS_2003_8_pg17-B | premise | Fossil fuels are formed from the remains of organisms. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_8_pg17-B | premise | An organism is a living thing. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_8_pg17-B | hypothesis | Fossil fuels are formed from the remains of living things. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_8_pg17-B | entailment | Fossil fuels are formed from the remains of organisms. & An organism is a living thing. |- Fossil fuels are formed from the remains of living things. | KNOWN | T | TT | eb-train-right-answer-entailment |
TIMSS_2003_4_pg5-C-shred4 | premise | The mixture is made of iron nails and aluminum nails. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg5-C-shred4 | premise | A magnet will not attract aluminum. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg5-C-shred4 | hypothesis | A magnet will not attract the aluminum nails in the mixture. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg5-C-shred4 | entailment | The mixture is made of iron nails and aluminum nails. & A magnet will not attract aluminum. |- A magnet will not attract the aluminum nails in the mixture. | KNOWN | T | TT | eb-train-right-answer-entailment |
TIMSS_2003_4_pg5-C-shred3 | premise | A magnet will not attract nonmagnetic metals. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg5-C-shred3 | premise | Aluminum is always nonmagnetic. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg5-C-shred3 | hypothesis | A magnet will not attract aluminum. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg5-C-shred3 | entailment | A magnet will not attract nonmagnetic metals. & Aluminum is always nonmagnetic. |- A magnet will not attract aluminum. | KNOWN | T | TT | eb-train-right-answer-entailment |
TIMSS_2003_4_pg5-C-shred2 | premise | The mixture is made of iron nails and aluminum nails. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg5-C-shred2 | premise | A magnet will attract iron. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg5-C-shred2 | hypothesis | A magnet will attract the iron nails in the mixture. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg5-C-shred2 | entailment | The mixture is made of iron nails and aluminum nails. & A magnet will attract iron. |- A magnet will attract the iron nails in the mixture. | KNOWN | T | TT | eb-train-right-answer-entailment |
TIMSS_2003_4_pg5-C-shred1 | premise | A magnet attracts magnetic metals. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg5-C-shred1 | premise | Iron is always magnetic. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg5-C-shred1 | hypothesis | A magnet will attract iron. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg5-C-shred1 | entailment | A magnet attracts magnetic metals. & Iron is always magnetic. |- A magnet will attract iron. | KNOWN | T | TT | eb-train-right-answer-entailment |
TIMSS_2003_4_pg5-C | premise | A magnet will attract the iron nails in the mixture. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg5-C | premise | A magnet will not attract the aluminum nails in the mixture. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg5-C | hypothesis | A magnet can separate the mixutre of iron nails and aluminum nails. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg5-C | entailment | A magnet will attract the iron nails in the mixture. & A magnet will not attract the aluminum nails in the mixture. |- A magnet can separate the mixutre of iron nails and aluminum nails. | KNOWN | T | TT | eb-train-right-answer-entailment |
TIMSS_2003_4_pg58-A-shred2 | premise | A seed is a kind of young plant. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg58-A-shred2 | premise | A plant is a kind of living thing. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg58-A-shred2 | hypothesis | A seed is a kind of living thing. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg58-A-shred2 | entailment | A seed is a kind of young plant. & A plant is a kind of living thing. |- A seed is a kind of living thing. | KNOWN | T | TT | eb-train-right-answer-entailment |
TIMSS_2003_4_pg58-A | premise | A bird and a rabbit are living things. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg58-A | premise | A seed is a kind of living thing. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg58-A | hypothesis | A bird, a rabbit, and a seed are living things. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg58-A | entailment | A bird and a rabbit are living things. & A seed is a kind of living thing. |- A bird, a rabbit, and a seed are living things. | KNOWN | T | TT | eb-train-right-answer-entailment |
TIMSS_2003_4_pg36-E-shred1 | premise | Iron is a kind of metal. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg36-E-shred1 | premise | Aluminum is a kind of metal. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg36-E-shred1 | hypothesis | Iron and aluminum are kinds of metal. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg36-E-shred1 | entailment | Iron is a kind of metal. & Aluminum is a kind of metal. |- Iron and aluminum are kinds of metal. | KNOWN | T | TT | eb-train-right-answer-entailment |
TIMSS_2003_4_pg36-E | premise | Rocks often contain large amounts of metal. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg36-E | premise | Iron and aluminum are kinds of metal. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg36-E | hypothesis | Rocks may contain large amounts of iron and aluminum. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg36-E | entailment | Rocks often contain large amounts of metal. & Iron and aluminum are kinds of metal. |- Rocks may contain large amounts of iron and aluminum. | KNOWN | T | TT | eb-train-right-answer-entailment |
TIMSS_2003_4_pg33-D | premise | Herbivores only eat plants. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg33-D | premise | A rabbit is a kind of herbivore. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg33-D | hypothesis | A rabbit only eats plants. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg33-D | entailment | Herbivores only eat plants. & A rabbit is a kind of herbivore. |- A rabbit only eats plants. | KNOWN | T | TT | eb-train-right-answer-entailment |
TIMSS_2003_4_pg27-A | premise | A bubble is made of pockets of gas trapped inside a liquid or solid. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg27-A | premise | Soap bubbles are made of air trapped inside soap liquid. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg27-A | hypothesis | Air is inside the soap bubbles. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg27-A | entailment | A bubble is made of pockets of gas trapped inside a liquid or solid. & Soap bubbles are made of air trapped inside soap liquid. |- Air is inside the soap bubbles. | KNOWN | T | TT | eb-train-right-answer-entailment |
TIMSS_2003_4_pg24-D-shred3 | premise | Light is more easily to be split into different colors after the rain. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg24-D-shred3 | premise | A rainbow is formed by refraction of light by splitting light into all different colors. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg24-D-shred3 | hypothesis | A rainbow is more easily to be formed after the rain through light refraction. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg24-D-shred3 | entailment | Light is more easily to be split into different colors after the rain. & A rainbow is formed by refraction of light by splitting light into all different colors. |- A rainbow is more easily to be formed after the rain through light refraction. | KNOWN | T | TT | eb-train-right-answer-entailment |
TIMSS_2003_4_pg24-D-shred2 | premise | Light is more easily to be refracted after the rain. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg24-D-shred2 | premise | Refracting light causes light to split into different colors. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg24-D-shred2 | hypothesis | Light is more easily to be split into different colors after the rain. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg24-D-shred2 | entailment | Light is more easily to be refracted after the rain. & Refracting light causes light to split into different colors. |- Light is more easily to be split into different colors after the rain. | KNOWN | T | TT | eb-train-right-answer-entailment |
TIMSS_2003_4_pg24-D-shred1 | premise | More water droplets are present in the air after the rain. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg24-D-shred1 | premise | Light refracts when it passes through water droplets. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg24-D-shred1 | hypothesis | Light is more easily to be refracted after the rain. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg24-D-shred1 | entailment | More water droplets are present in the air after the rain. & Light refracts when it passes through water droplets. |- Light is more easily to be refracted after the rain. | KNOWN | T | TT | eb-train-right-answer-entailment |
TIMSS_2003_4_pg24-D | premise | A rainbow is more easily to be formed after the rain through light refraction. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg24-D | premise | Sunlight is a kind of light. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg24-D | hypothesis | Sunlight and rain can cause a rainbow. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg24-D | entailment | A rainbow is more easily to be formed after the rain through light refraction. & Sunlight is a kind of light. |- Sunlight and rain can cause a rainbow. | KNOWN | T | TT | eb-train-right-answer-entailment |
TIMSS_2003_4_pg16-C-shred1 | premise | Boiling means matter / a substance changes from a liquid into a gas by increasing heat energy. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg16-C-shred1 | premise | Water is a kind of substance. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg16-C-shred1 | hypothesis | Water boiling is when water changes from a liquid into a gas. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_2003_4_pg16-C-shred1 | entailment | Boiling means matter / a substance changes from a liquid into a gas by increasing heat energy. & Water is a kind of substance. |- Water boiling is when water changes from a liquid into a gas. | KNOWN | T | TT | eb-train-right-answer-entailment |
TIMSS_1995_8_O11-C-shred1 | premise | Element 3 turns to a greenish color. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_1995_8_O11-C-shred1 | premise | An element is a kind of substance. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_1995_8_O11-C-shred1 | hypothesis | Element 3 turning green is an example of a substance turning green. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_1995_8_O11-C-shred1 | entailment | Element 3 turns to a greenish color. & An element is a kind of substance. |- Element 3 turning green is an example of a substance turning green. | KNOWN | T | TT | eb-train-right-answer-entailment |
TIMSS_1995_8_O11-C | premise | If the color of a substance changes then a chemical change may have occurred. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_1995_8_O11-C | premise | Element 3 turning green is an example of a substance turning green. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_1995_8_O11-C | hypothesis | A chemical change may occur to element 3. | KNOWN | T | null | eb-train-right-answer-entailment |
TIMSS_1995_8_O11-C | entailment | If the color of a substance changes then a chemical change may have occurred. & Element 3 turning green is an example of a substance turning green. |- A chemical change may occur to element 3. | KNOWN | T | TT | eb-train-right-answer-entailment |
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