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GPT3-try8-num173-gen1-out2
premise
If an atom is not stable, then it will decay.
T T T
T
null
gpt3
GPT3-try8-num173-gen1-out2
premise
If an atom decays, then it will emit radiation.
T T T
T
null
gpt3
GPT3-try8-num173-gen1-out2
hypothesis
If an atom is not stable, then it will emit radiation.
KNOWN
T
null
gpt3
GPT3-try8-num173-gen1-out2
entailment
If an atom is not stable, then it will decay. & If an atom decays, then it will emit radiation. |- If an atom is not stable, then it will emit radiation.
T T T
T
TT
gpt3
GPT3-try8b-num3066-gen1-out2
premise
If something is toxic, then it is poisonous.
T T
T
null
gpt3
GPT3-try8b-num3066-gen1-out2
premise
Nicotine is toxic.
T T
T
null
gpt3
GPT3-try8b-num3066-gen1-out2
hypothesis
Nicotine is poisonous.
KNOWN
T
null
gpt3
GPT3-try8b-num3066-gen1-out2
entailment
If something is toxic, then it is poisonous. & Nicotine is toxic. |- Nicotine is poisonous.
T T
T
TT
gpt3
GPT3-try8b-num2878-gen1-out4
premise
Chemical reactions are important for life.
T T
T
null
gpt3
GPT3-try8b-num2878-gen1-out4
premise
A car engine converts chemical energy into motion.
T T
T
null
gpt3
GPT3-try8b-num2878-gen1-out4
hypothesis
If a car engine is run, then chemical reactions are taking place.
KNOWN
T
null
gpt3
GPT3-try8b-num2878-gen1-out4
entailment
Chemical reactions are important for life. & A car engine converts chemical energy into motion. |- If a car engine is run, then chemical reactions are taking place.
T T
T
TT
gpt3
GPT3-try8b-num3050-gen1-out1
premise
Braking can cause skidding.
T T T
T
null
gpt3
GPT3-try8b-num3050-gen1-out1
premise
Skidding can cause damage to tires.
T T T
T
null
gpt3
GPT3-try8b-num3050-gen1-out1
hypothesis
Braking can cause damage to tires.
KNOWN
T
null
gpt3
GPT3-try8b-num3050-gen1-out1
entailment
Braking can cause skidding. & Skidding can cause damage to tires. |- Braking can cause damage to tires.
T T T
T
TT
gpt3
GPT3-try8b-num1190-gen2-out2
premise
After a plant has been fertilized, the number of seeds produced is greatly increased.
T T
T
null
gpt3
GPT3-try8b-num1190-gen2-out2
premise
Fertilizer is an example of a substance that can provide the needed nutrients for plant growth.
T T
T
null
gpt3
GPT3-try8b-num1190-gen2-out2
hypothesis
After a plant has been fertilized, the number of seeds produced is greatly increased by a substance that can provide the needed nutrients for plant growth.
KNOWN
T
null
gpt3
GPT3-try8b-num1190-gen2-out2
entailment
After a plant has been fertilized, the number of seeds produced is greatly increased. & Fertilizer is an example of a substance that can provide the needed nutrients for plant growth. |- After a plant has been fertilized, the number of seeds produced is greatly increased by a substance that can provide the needed nutrients for plant growth.
T T
T
TT
gpt3
GPT3-try8b-num123-gen1-out3
premise
A strong acid is corrosive.
T T T
T
null
gpt3
GPT3-try8b-num123-gen1-out3
premise
A strong acid is capable of corroding metals.
T T T
T
null
gpt3
GPT3-try8b-num123-gen1-out3
hypothesis
A strong acid is corrosive to metals.
KNOWN
T
null
gpt3
GPT3-try8b-num123-gen1-out3
entailment
A strong acid is corrosive. & A strong acid is capable of corroding metals. |- A strong acid is corrosive to metals.
T T T
T
TT
gpt3
GPT3-try8b-num2899-gen1-out4
premise
A battery stores electricity.
T
T
null
gpt3
GPT3-try8b-num2899-gen1-out4
premise
When electricity is stored, it can be used at a later time.
T
T
null
gpt3
GPT3-try8b-num2899-gen1-out4
hypothesis
A battery stores electricity, which can be used at a later time.
KNOWN
T
null
gpt3
GPT3-try8b-num2899-gen1-out4
entailment
A battery stores electricity. & When electricity is stored, it can be used at a later time. |- A battery stores electricity, which can be used at a later time.
T
T
TT
gpt3
GPT3-try8b-num823-gen1-out1
premise
When a body of water receives more water than it can hold, a flood occurs.
T T T
T
null
gpt3
GPT3-try8b-num823-gen1-out1
premise
A lake is a body of water.
T T T
T
null
gpt3
GPT3-try8b-num823-gen1-out1
hypothesis
A lake can be flooded.
KNOWN
T
null
gpt3
GPT3-try8b-num823-gen1-out1
entailment
When a body of water receives more water than it can hold, a flood occurs. & A lake is a body of water. |- A lake can be flooded.
T T T
T
TT
gpt3
GPT3-try8b-num2112-gen2-out1
premise
Building housing developments usually requires replacing animal habitats.
T T
T
null
gpt3
GPT3-try8b-num2112-gen2-out1
premise
Animals that have been displaced need new habitats.
T T
T
null
gpt3
GPT3-try8b-num2112-gen2-out1
hypothesis
New animal habitats are required for animals that have been displaced.
KNOWN
T
null
gpt3
GPT3-try8b-num2112-gen2-out1
entailment
Building housing developments usually requires replacing animal habitats. & Animals that have been displaced need new habitats. |- New animal habitats are required for animals that have been displaced.
T T
T
TT
gpt3
GPT3-try8b-num896-gen1-out3
premise
A transfer of matter during which energy is not exchanged is called a non-spontaneous process.
? T
F
null
gpt3
GPT3-try8b-num896-gen1-out3
premise
Photosynthesis is non-spontaneous.
? T
F
null
gpt3
GPT3-try8b-num896-gen1-out3
hypothesis
Photosynthesis is a non-spontaneous process.
KNOWN
T
null
gpt3
GPT3-try8b-num896-gen1-out3
entailment
A transfer of matter during which energy is not exchanged is called a non-spontaneous process. & Photosynthesis is non-spontaneous. |- Photosynthesis is a non-spontaneous process.
T T
T
FT
gpt3
GPT3-try8b-num590-gen2-out1
premise
Mollusks live in most terrestrial, freshwater, and marine habitats.
T T T
T
null
gpt3
GPT3-try8b-num590-gen2-out1
premise
Snails are a kind of mollusk.
T T T
T
null
gpt3
GPT3-try8b-num590-gen2-out1
hypothesis
Snails live in most terrestrial, freshwater, and marine habitats.
KNOWN
T
null
gpt3
GPT3-try8b-num590-gen2-out1
entailment
Mollusks live in most terrestrial, freshwater, and marine habitats. & Snails are a kind of mollusk. |- Snails live in most terrestrial, freshwater, and marine habitats.
T T T
T
TT
gpt3
GPT3-try8b-num4081-gen2-out1
premise
Electron transport is the final stage of aerobic respiration.
T
T
null
gpt3
GPT3-try8b-num4081-gen2-out1
premise
Aerobic respiration occurs in the mitochondria.
T T ?
T
null
gpt3
GPT3-try8b-num4081-gen2-out1
hypothesis
Electron transport occurs in the mitochondria.
KNOWN
T
null
gpt3
GPT3-try8b-num4081-gen2-out1
entailment
Electron transport is the final stage of aerobic respiration. & Aerobic respiration occurs in the mitochondria. |- Electron transport occurs in the mitochondria.
T T T
T
TT
gpt3
GPT3-try8b-num564-gen1-out3
premise
To repel insects, many plants produce a chemical that smells bad.
T T T
T
null
gpt3
GPT3-try8b-num564-gen1-out3
premise
Insects are one of the pests that are repelled by that chemical.
T T T
T
null
gpt3
GPT3-try8b-num564-gen1-out3
hypothesis
Insects are pests that are repelled by that chemical.
KNOWN
T
null
gpt3
GPT3-try8b-num564-gen1-out3
entailment
To repel insects, many plants produce a chemical that smells bad. & Insects are one of the pests that are repelled by that chemical. |- Insects are pests that are repelled by that chemical.
T T T
T
TT
gpt3
GPT3-try8b-num3819-gen1-out2
premise
If an animal is a good parent, then it will look after its young.
T T T
T
null
gpt3
GPT3-try8b-num3819-gen1-out2
premise
Parenting requires the animal to look after its young.
T T T
T
null
gpt3
GPT3-try8b-num3819-gen1-out2
hypothesis
A good parent is an animal that looks after its young.
KNOWN
T
null
gpt3
GPT3-try8b-num3819-gen1-out2
entailment
If an animal is a good parent, then it will look after its young. & Parenting requires the animal to look after its young. |- A good parent is an animal that looks after its young.
T T T
T
TT
gpt3
GPT3-try8b-num333-gen1-out1
premise
Force causes the speed of an object to increase.
T T
T
null
gpt3
GPT3-try8b-num333-gen1-out1
premise
Acceleration is the rate of change of velocity with time.
T T
T
null
gpt3
GPT3-try8b-num333-gen1-out1
hypothesis
Force causes an object's velocity to change.
KNOWN
T
null
gpt3
GPT3-try8b-num333-gen1-out1
entailment
Force causes the speed of an object to increase. & Acceleration is the rate of change of velocity with time. |- Force causes an object's velocity to change.
T T
T
TT
gpt3
GPT3-try8b-num4215-gen2-out4
premise
Mass is a property of matter.
T T
T
null
gpt3
GPT3-try8b-num4215-gen2-out4
premise
Every property of matter involves mass.
T T
T
null
gpt3
GPT3-try8b-num4215-gen2-out4
hypothesis
Every property of matter involves matter.
KNOWN
T
null
gpt3
GPT3-try8b-num4215-gen2-out4
entailment
Mass is a property of matter. & Every property of matter involves mass. |- Every property of matter involves matter.
T T
T
TT
gpt3
GPT3-try8b-num3919-gen1-out4
premise
Collisions can change the direction of a moving object.
T T
T
null
gpt3
GPT3-try8b-num3919-gen1-out4
premise
A bullet fired from a gun is a moving object.
T T
T
null
gpt3
GPT3-try8b-num3919-gen1-out4
hypothesis
The direction of a moving object can be changed by a collision.
KNOWN
T
null
gpt3
GPT3-try8b-num3919-gen1-out4
entailment
Collisions can change the direction of a moving object. & A bullet fired from a gun is a moving object. |- The direction of a moving object can be changed by a collision.
T T
T
TT
gpt3
GPT3-try8b-num2110-gen1-out4
premise
In a covalent bond, electrons are shared by atoms.
T T
T
null
gpt3
GPT3-try8b-num2110-gen1-out4
premise
Oxygen atoms share electrons with carbon atoms.
T T
T
null
gpt3
GPT3-try8b-num2110-gen1-out4
hypothesis
Carbon atoms share electrons with oxygen atoms.
KNOWN
T
null
gpt3
GPT3-try8b-num2110-gen1-out4
entailment
In a covalent bond, electrons are shared by atoms. & Oxygen atoms share electrons with carbon atoms. |- Carbon atoms share electrons with oxygen atoms.
T T
T
TT
gpt3
GPT3-try8b-num4167-gen2-out1
premise
If the amount of available food and water decreases in an environment then animals may leave that environment to find food and water.
T
T
null
gpt3
GPT3-try8b-num4167-gen2-out1
premise
Waterfowl are an example of animals.
T
T
null
gpt3
GPT3-try8b-num4167-gen2-out1
hypothesis
If the amount of available food and water decreases in an environment then waterfowl may leave that environment to find food and water.
KNOWN
T
null
gpt3
GPT3-try8b-num4167-gen2-out1
entailment
If the amount of available food and water decreases in an environment then animals may leave that environment to find food and water. & Waterfowl are an example of animals. |- If the amount of available food and water decreases in an environment then waterfowl may leave that environment to find food and water.
T
T
TT
gpt3
GPT3-try8b-num3172-gen1-out2
premise
Natural selection cannot be observed directly.
T T
T
null
gpt3
GPT3-try8b-num3172-gen1-out2
premise
If natural selection cannot be observed directly, then the mechanism is unknown.
T T
T
null
gpt3
GPT3-try8b-num3172-gen1-out2
hypothesis
The mechanism of natural selection is unknown.
KNOWN
T
null
gpt3
GPT3-try8b-num3172-gen1-out2
entailment
Natural selection cannot be observed directly. & If natural selection cannot be observed directly, then the mechanism is unknown. |- The mechanism of natural selection is unknown.
T T
T
TT
gpt3
GPT3-try8b-num4157-gen1-out2
premise
A jump rope is used to play jump rope.
T T T
T
null
gpt3
GPT3-try8b-num4157-gen1-out2
premise
Jump rope is played with two people.
T ? T
T
null
gpt3
GPT3-try8b-num4157-gen1-out2
hypothesis
Two people use a jump rope to play jump rope.
KNOWN
T
null
gpt3
GPT3-try8b-num4157-gen1-out2
entailment
A jump rope is used to play jump rope. & Jump rope is played with two people. |- Two people use a jump rope to play jump rope.
T T T
T
TT
gpt3
GPT3-try8b-num1652-gen2-out4
premise
Echinoderms move in circular patterns.
? T
F
null
gpt3
GPT3-try8b-num1652-gen2-out4
premise
Echinoderms are able to protect themselves from predators.
? T
F
null
gpt3
GPT3-try8b-num1652-gen2-out4
hypothesis
Echinoderms move in circular patterns to avoid predators.
KNOWN
T
null
gpt3
GPT3-try8b-num1652-gen2-out4
entailment
Echinoderms move in circular patterns. & Echinoderms are able to protect themselves from predators. |- Echinoderms move in circular patterns to avoid predators.
T T
T
FT
gpt3
GPT3-try8b-num1585-gen2-out2
premise
Purple coneflower seeds travel by wind.
T T
T
null
gpt3
GPT3-try8b-num1585-gen2-out2
premise
Purple coneflower seeds are brown and fuzzy.
T ?
F
null
gpt3
GPT3-try8b-num1585-gen2-out2
hypothesis
Purple coneflower seeds travel by wind because they are brown and fuzzy.
KNOWN
T
null
gpt3
GPT3-try8b-num1585-gen2-out2
entailment
Purple coneflower seeds travel by wind. & Purple coneflower seeds are brown and fuzzy. |- Purple coneflower seeds travel by wind because they are brown and fuzzy.
T T
T
FT
gpt3
GPT3-try8b-num1754-gen2-out1
premise
Triceps contracting causes a person's elbow to straighten.
T
T
null
gpt3
GPT3-try8b-num1754-gen2-out1
premise
Flexing the elbow causes the triceps to contract.
T
T
null
gpt3
GPT3-try8b-num1754-gen2-out1
hypothesis
If a person wants to straighten their elbow, then they should flex their elbow.
KNOWN
T
null
gpt3
GPT3-try8b-num1754-gen2-out1
entailment
Triceps contracting causes a person's elbow to straighten. & Flexing the elbow causes the triceps to contract. |- If a person wants to straighten their elbow, then they should flex their elbow.
T
T
TT
gpt3
GPT3-try8b-num2939-gen2-out3
premise
Burning fossil fuels creates air pollution.
T
T
null
gpt3
GPT3-try8b-num2939-gen2-out3
premise
Air pollution contains harmful chemicals.
T
T
null
gpt3
GPT3-try8b-num2939-gen2-out3
hypothesis
Burning fossil fuels creates harmful chemicals.
KNOWN
T
null
gpt3
GPT3-try8b-num2939-gen2-out3
entailment
Burning fossil fuels creates air pollution. & Air pollution contains harmful chemicals. |- Burning fossil fuels creates harmful chemicals.
T
T
TT
gpt3