id
stringlengths 10
31
| type
stringclasses 3
values | statement
stringlengths 12
408
| ratings
stringlengths 1
11
| gold
stringclasses 2
values | type.1
stringclasses 4
values | source
stringclasses 3
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|---|---|---|---|---|---|---|
NYSEDREGENTS_2004_4_11-C-shred2
|
premise
|
A plants / living things require water for survival / to grow.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NYSEDREGENTS_2004_4_11-C-shred2
|
premise
|
Soil contains water.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NYSEDREGENTS_2004_4_11-C-shred2
|
hypothesis
|
A plant requires water from soil to grow.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NYSEDREGENTS_2004_4_11-C-shred2
|
entailment
|
A plants / living things require water for survival / to grow. & Soil contains water. |- A plant requires water from soil to grow.
|
KNOWN
|
T
|
TT
|
eb-train-right-answer-entailment
|
NYSEDREGENTS_2004_4_11-C-shred1
|
premise
|
Soil contains nutrients for plants.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NYSEDREGENTS_2004_4_11-C-shred1
|
premise
|
A plant / living thing requires nutrients to grow.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NYSEDREGENTS_2004_4_11-C-shred1
|
hypothesis
|
A plant requires nutrients from soil to grow.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NYSEDREGENTS_2004_4_11-C-shred1
|
entailment
|
Soil contains nutrients for plants. & A plant / living thing requires nutrients to grow. |- A plant requires nutrients from soil to grow.
|
KNOWN
|
T
|
TT
|
eb-train-right-answer-entailment
|
NYSEDREGENTS_2004_4_11-C
|
premise
|
The funtion of a plant's roots is to absorb water and nutrients.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NYSEDREGENTS_2004_4_11-C
|
premise
|
Absorbing something is a kind of method for taking something in.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NYSEDREGENTS_2004_4_11-C
|
hypothesis
|
The function of a plant's roots is to take in water and nutrients.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NYSEDREGENTS_2004_4_11-C
|
entailment
|
The funtion of a plant's roots is to absorb water and nutrients. & Absorbing something is a kind of method for taking something in. |- The function of a plant's roots is to take in water and nutrients.
|
KNOWN
|
T
|
TT
|
eb-train-right-answer-entailment
|
NCEOGA_2013_8_23-B-shred2
|
premise
|
The total number of atoms stay the same in chemical reaction.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_8_23-B-shred2
|
premise
|
Photosynthesis is a kind of chemical reaction.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_8_23-B-shred2
|
hypothesis
|
The total number of atoms stay the same in photosynthesis.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_8_23-B-shred2
|
entailment
|
The total number of atoms stay the same in chemical reaction. & Photosynthesis is a kind of chemical reaction. |- The total number of atoms stay the same in photosynthesis.
|
KNOWN
|
T
|
TT
|
eb-train-right-answer-entailment
|
NCEOGA_2013_8_23-B-shred1
|
premise
|
Chemical reactions do not cause the total number of atoms to change.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_8_23-B-shred1
|
premise
|
Photosynthesis is a kind of chemical reaction.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_8_23-B-shred1
|
hypothesis
|
The total number of atoms stay the same in chemical reaction.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_8_23-B-shred1
|
entailment
|
Chemical reactions do not cause the total number of atoms to change. & Photosynthesis is a kind of chemical reaction. |- The total number of atoms stay the same in chemical reaction.
|
KNOWN
|
T
|
TT
|
eb-train-right-answer-entailment
|
NCEOGA_2013_8_22-D-shred1
|
premise
|
Nitrogen and phosphorus belongs to nitrogen family, group 15 on the Periodic Table.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_8_22-D-shred1
|
premise
|
Elements in the same group on the Periodic Table of Elements have similar properties.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_8_22-D-shred1
|
hypothesis
|
Nitrogen and phosphorus will have similar properties.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_8_22-D-shred1
|
entailment
|
Nitrogen and phosphorus belongs to nitrogen family, group 15 on the Periodic Table. & Elements in the same group on the Periodic Table of Elements have similar properties. |- Nitrogen and phosphorus will have similar properties.
|
KNOWN
|
T
|
TT
|
eb-train-right-answer-entailment
|
NCEOGA_2013_8_21-A-shred2
|
premise
|
The heat energy of water is increasing.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_8_21-A-shred2
|
premise
|
Temperature is a measure of heat energy.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_8_21-A-shred2
|
hypothesis
|
The temperature of water is increasing.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_8_21-A-shred2
|
entailment
|
The heat energy of water is increasing. & Temperature is a measure of heat energy. |- The temperature of water is increasing.
|
KNOWN
|
T
|
TT
|
eb-train-right-answer-entailment
|
NCEOGA_2013_8_1-C
|
premise
|
Gold is a pure substance.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_8_1-C
|
premise
|
A pure substance is made up of only one kind of atom.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_8_1-C
|
hypothesis
|
Gold is only made of gold atoms.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_8_1-C
|
entailment
|
Gold is a pure substance. & A pure substance is made up of only one kind of atom. |- Gold is only made of gold atoms.
|
KNOWN
|
T
|
TT
|
eb-train-right-answer-entailment
|
NCEOGA_2013_8_12-C-shred3
|
premise
|
Algae is a kind of green plant.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_8_12-C-shred3
|
premise
|
Green plants are a kind of producer.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_8_12-C-shred3
|
hypothesis
|
Algae is a kind of producer.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_8_12-C-shred3
|
entailment
|
Algae is a kind of green plant. & Green plants are a kind of producer. |- Algae is a kind of producer.
|
KNOWN
|
T
|
TT
|
eb-train-right-answer-entailment
|
NCEOGA_2013_8_12-C-shred2
|
premise
|
Algae is a kind of plant.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_8_12-C-shred2
|
premise
|
Algae is usually green in color.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_8_12-C-shred2
|
hypothesis
|
Algae is a kind of green plant.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_8_12-C-shred2
|
entailment
|
Algae is a kind of plant. & Algae is usually green in color. |- Algae is a kind of green plant.
|
KNOWN
|
T
|
TT
|
eb-train-right-answer-entailment
|
NCEOGA_2013_8_12-C
|
premise
|
Algae is an organism found in marine ecosystems.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_8_12-C
|
premise
|
Algae is a kind of producer.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_8_12-C
|
hypothesis
|
Algae is a kind of producer found in marine ecosystems.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_8_12-C
|
entailment
|
Algae is an organism found in marine ecosystems. & Algae is a kind of producer. |- Algae is a kind of producer found in marine ecosystems.
|
KNOWN
|
T
|
TT
|
eb-train-right-answer-entailment
|
NCEOGA_2013_5_60-A-shred2
|
premise
|
Offspring inherit inherited characteristics from their parents through DNA.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_60-A-shred2
|
premise
|
The shape of the earlobe is an inherited characteristic of human.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_60-A-shred2
|
hypothesis
|
Human offspring will inherit the shape of the earlobe from their parents through DNA.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_60-A-shred2
|
entailment
|
Offspring inherit inherited characteristics from their parents through DNA. & The shape of the earlobe is an inherited characteristic of human. |- Human offspring will inherit the shape of the earlobe from their parents through DNA.
|
KNOWN
|
T
|
TT
|
eb-train-right-answer-entailment
|
NCEOGA_2013_5_60-A-shred1
|
premise
|
The shape of body parts is an inherited characteristic.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_60-A-shred1
|
premise
|
An earlobe is a kind of body part of human.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_60-A-shred1
|
hypothesis
|
The shape of the earlobe is an inherited characteristic of human.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_60-A-shred1
|
entailment
|
The shape of body parts is an inherited characteristic. & An earlobe is a kind of body part of human. |- The shape of the earlobe is an inherited characteristic of human.
|
KNOWN
|
T
|
TT
|
eb-train-right-answer-entailment
|
NCEOGA_2013_5_60-A
|
premise
|
Human offspring will inherit the shape of the earlobe from their parents through DNA.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_60-A
|
premise
|
A child is a kind of young human offspring.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_60-A
|
hypothesis
|
Children will inheirt the shape of the earlobe from his their parents.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_60-A
|
entailment
|
Human offspring will inherit the shape of the earlobe from their parents through DNA. & A child is a kind of young human offspring. |- Children will inheirt the shape of the earlobe from his their parents.
|
KNOWN
|
T
|
TT
|
eb-train-right-answer-entailment
|
NCEOGA_2013_5_59-C-shred3
|
premise
|
A dog is a kind of animal.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_59-C-shred3
|
premise
|
An animal is a kind of organism.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_59-C-shred3
|
hypothesis
|
A dog is a kind of organism.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_59-C-shred3
|
entailment
|
A dog is a kind of animal. & An animal is a kind of organism. |- A dog is a kind of organism.
|
KNOWN
|
T
|
TT
|
eb-train-right-answer-entailment
|
NCEOGA_2013_5_59-C-shred2
|
premise
|
Food preference is a kind of learned characteristics.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_59-C-shred2
|
premise
|
Learned characteristics are similar to acquired characteristics.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_59-C-shred2
|
hypothesis
|
Food preference is a kind of acquired characteristics.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_59-C-shred2
|
entailment
|
Food preference is a kind of learned characteristics. & Learned characteristics are similar to acquired characteristics. |- Food preference is a kind of acquired characteristics.
|
KNOWN
|
T
|
TT
|
eb-train-right-answer-entailment
|
NCEOGA_2013_5_55-B-shred4
|
premise
|
A decrease of food for an organism will decrease that organism's population.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_55-B-shred4
|
premise
|
Prey is a kind of food for predators.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_55-B-shred4
|
hypothesis
|
A decrease of prey will decrease predator.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_55-B-shred4
|
entailment
|
A decrease of food for an organism will decrease that organism's population. & Prey is a kind of food for predators. |- A decrease of prey will decrease predator.
|
KNOWN
|
T
|
TT
|
eb-train-right-answer-entailment
|
NCEOGA_2013_5_55-B-shred3
|
premise
|
If an organism eats something then that something is a source of frood to that organism.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_55-B-shred3
|
premise
|
Predators eat prey.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_55-B-shred3
|
hypothesis
|
Prey is a kind of food for predators.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_55-B-shred3
|
entailment
|
If an organism eats something then that something is a source of frood to that organism. & Predators eat prey. |- Prey is a kind of food for predators.
|
KNOWN
|
T
|
TT
|
eb-train-right-answer-entailment
|
NCEOGA_2013_5_55-B-shred2
|
premise
|
Negative impacts on organisms / species will decrease the population of the organisms / the species.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_55-B-shred2
|
premise
|
A decrease of food has a negative impact on organisms.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_55-B-shred2
|
hypothesis
|
A decrease of food for an organism will decrease that organism's population.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_55-B-shred2
|
entailment
|
Negative impacts on organisms / species will decrease the population of the organisms / the species. & A decrease of food has a negative impact on organisms. |- A decrease of food for an organism will decrease that organism's population.
|
KNOWN
|
T
|
TT
|
eb-train-right-answer-entailment
|
NCEOGA_2013_5_55-B-shred1
|
premise
|
A organism requires food for survival.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_55-B-shred1
|
premise
|
The decrease of something required by an organism has a negative impact on that organism's survival / that organism's ability.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_55-B-shred1
|
hypothesis
|
A decrease of food has a negative impact on organisms.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_55-B-shred1
|
entailment
|
A organism requires food for survival. & The decrease of something required by an organism has a negative impact on that organism's survival / that organism's ability. |- A decrease of food has a negative impact on organisms.
|
KNOWN
|
T
|
TT
|
eb-train-right-answer-entailment
|
NCEOGA_2013_5_55-B
|
premise
|
A decrease of prey will decrease predator.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_55-B
|
premise
|
Population is a measure of the number of a species in an environment.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_55-B
|
hypothesis
|
A decrease of prey populations will decrease predator populations.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_55-B
|
entailment
|
A decrease of prey will decrease predator. & Population is a measure of the number of a species in an environment. |- A decrease of prey populations will decrease predator populations.
|
KNOWN
|
T
|
TT
|
eb-train-right-answer-entailment
|
NCEOGA_2013_5_53-D
|
premise
|
In the food chain process mushrooms have the role of decomposer.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_53-D
|
premise
|
If something has the role of something else then that something is an example of that something else.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_53-D
|
hypothesis
|
An example of a decomposer is a mushroom.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_53-D
|
entailment
|
In the food chain process mushrooms have the role of decomposer. & If something has the role of something else then that something is an example of that something else. |- An example of a decomposer is a mushroom.
|
KNOWN
|
T
|
TT
|
eb-train-right-answer-entailment
|
NCEOGA_2013_5_4-D-shred2
|
premise
|
Temperature changing can cause phase changes.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_4-D-shred2
|
premise
|
Evaporating and condensing are both phase change.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_4-D-shred2
|
hypothesis
|
Evaporating and condensing can both be caused by temperature changing.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_4-D-shred2
|
entailment
|
Temperature changing can cause phase changes. & Evaporating and condensing are both phase change. |- Evaporating and condensing can both be caused by temperature changing.
|
KNOWN
|
T
|
TT
|
eb-train-right-answer-entailment
|
NCEOGA_2013_5_4-D-shred1
|
premise
|
Evaporating is a kind of phase change.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_4-D-shred1
|
premise
|
Condensing is a kind of phase change.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_4-D-shred1
|
hypothesis
|
Evaporating and condensing are both phase change.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_4-D-shred1
|
entailment
|
Evaporating is a kind of phase change. & Condensing is a kind of phase change. |- Evaporating and condensing are both phase change.
|
KNOWN
|
T
|
TT
|
eb-train-right-answer-entailment
|
NCEOGA_2013_5_4-D
|
premise
|
Evaporating and condensing can both be caused by temperature changing.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_4-D
|
premise
|
Temperature is a measure of heat energy.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_4-D
|
hypothesis
|
Evaporating and condensing can both be caused by the change of heat energy.
|
KNOWN
|
T
| null |
eb-train-right-answer-entailment
|
NCEOGA_2013_5_4-D
|
entailment
|
Evaporating and condensing can both be caused by temperature changing. & Temperature is a measure of heat energy. |- Evaporating and condensing can both be caused by the change of heat energy.
|
KNOWN
|
T
|
TT
|
eb-train-right-answer-entailment
|
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