id
stringlengths 10
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| type
stringclasses 3
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stringlengths 12
408
| ratings
stringlengths 1
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stringclasses 2
values | type.1
stringclasses 4
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stringclasses 3
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|---|---|---|---|---|---|---|
Mercury_7207235-C
|
premise
|
erosion from flowing water will change a sedimentary rock into sediment
|
T F T
|
T
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7207235-C
|
premise
|
limestone is a kind of sedimentary rock and marble is a kind of metamorphic rock
|
T T T
|
T
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7207235-C
|
hypothesis
|
erosion from flowing water will change a sedimentary rock, such as limestone, into a metamorphic rock, such as marble
|
KNOWN
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7207235-C
|
entailment
|
erosion from flowing water will change a sedimentary rock into sediment & limestone is a kind of sedimentary rock and marble is a kind of metamorphic rock |- erosion from flowing water will change a sedimentary rock, such as limestone, into a metamorphic rock, such as marble
|
F F F
|
F
|
FF
|
eb-train-wrong-answer-turked-entailment
|
Mercury_7206115-D
|
premise
|
in order for sediments to become sedimentary rock, the sediments are generally compacted
|
T T T
|
T
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7206115-D
|
premise
|
the opposite of compact is liquefied
|
F F ?
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7206115-D
|
hypothesis
|
in order for sediments to become rock, the sediments are generally liquefied
|
KNOWN
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7206115-D
|
entailment
|
in order for sediments to become sedimentary rock, the sediments are generally compacted & the opposite of compact is liquefied |- in order for sediments to become rock, the sediments are generally liquefied
|
F F F
|
F
|
FF
|
eb-train-wrong-answer-turked-entailment
|
Mercury_7206115-A
|
premise
|
in order for sediments to become rock, the sediments must be separated from organic material
|
T F F
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7206115-A
|
premise
|
if something is separated from something else, then that something is generally mixed with that something else
|
F F T
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7206115-A
|
hypothesis
|
in order for sediments to become rock, the sediments are generally mixed with organic material
|
KNOWN
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7206115-A
|
entailment
|
in order for sediments to become rock, the sediments must be separated from organic material & if something is separated from something else, then that something is generally mixed with that something else |- in order for sediments to become rock, the sediments are generally mixed with organic material
|
F F F
|
F
|
FF
|
eb-train-wrong-answer-turked-entailment
|
Mercury_7205153-D
|
premise
|
one similarity between a small, solid sample of aluminum and a large, liquid sample of aluminum is that both samples have the same mass
|
T F F
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7205153-D
|
premise
|
mass is a measure of amount of energy
|
T F ?
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7205153-D
|
hypothesis
|
one similarity between a small, solid sample of aluminum and a large, liquid sample of aluminum is that both samples have the same amount of energy
|
KNOWN
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7205153-D
|
entailment
|
one similarity between a small, solid sample of aluminum and a large, liquid sample of aluminum is that both samples have the same mass & mass is a measure of amount of energy |- one similarity between a small, solid sample of aluminum and a large, liquid sample of aluminum is that both samples have the same amount of energy
|
F F F
|
F
|
FF
|
eb-train-wrong-answer-turked-entailment
|
Mercury_7205153-C
|
premise
|
one similarity between a small, solid sample of aluminum and a large, liquid sample of aluminum is that both samples are made of aluminum
|
T F T
|
T
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7205153-C
|
premise
|
aluminum is made of atoms
|
T T T
|
T
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7205153-C
|
hypothesis
|
one similarity between a small, solid sample of aluminum and a large, liquid sample of aluminum is that both samples have the same number of atoms
|
KNOWN
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7205153-C
|
entailment
|
one similarity between a small, solid sample of aluminum and a large, liquid sample of aluminum is that both samples are made of aluminum & aluminum is made of atoms |- one similarity between a small, solid sample of aluminum and a large, liquid sample of aluminum is that both samples have the same number of atoms
|
F F F
|
F
|
FF
|
eb-train-wrong-answer-turked-entailment
|
Mercury_7205118-D
|
premise
|
which change in the state of water particles causes the particles to become arranged in a fixed position
|
F ? ? T ? T
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7205118-D
|
premise
|
evaporating is the opposite of condensing
|
T T T T F F
|
T
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7205118-D
|
hypothesis
|
which change in the state of water particles causes the particles to become arranged in a fixed position evaporating
|
KNOWN
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7205118-D
|
entailment
|
which change in the state of water particles causes the particles to become arranged in a fixed position & evaporating is the opposite of condensing |- which change in the state of water particles causes the particles to become arranged in a fixed position evaporating
|
? ? F F F F
|
F
|
FF
|
eb-train-wrong-answer-turked-entailment
|
Mercury_7179953-D
|
premise
|
respiratory and digestive systems are not directly involved in movement
|
T T T
|
T
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7179953-D
|
premise
|
if something is not directly involved in something else then that something else is not involved in that something
|
T T T
|
T
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7179953-D
|
hypothesis
|
respiratory and digestive are directly involved in movement
|
KNOWN
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7179953-D
|
entailment
|
respiratory and digestive systems are not directly involved in movement & if something is not directly involved in something else then that something else is not involved in that something |- respiratory and digestive are directly involved in movement
|
F F F
|
F
|
FF
|
eb-train-wrong-answer-turked-entailment
|
Mercury_7179953-B
|
premise
|
the digestive system is directly involved in digestion
|
T T T
|
T
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7179953-B
|
premise
|
the muscular system is directly involved in movement
|
T T T
|
T
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7179953-B
|
hypothesis
|
digestive and muscular are directly involved in movement
|
KNOWN
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7179953-B
|
entailment
|
the digestive system is directly involved in digestion & the muscular system is directly involved in movement |- digestive and muscular are directly involved in movement
|
F F F
|
F
|
FF
|
eb-train-wrong-answer-turked-entailment
|
Mercury_7142170-B
|
premise
|
vultures are scavengers that most likely help ecosystems by quickly consuming dead organisms
|
T T T
|
T
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7142170-B
|
premise
|
vultures do not take nonliving matter from the environment
|
F F F
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7142170-B
|
hypothesis
|
vultures are scavengers that most likely help ecosystems by quickly consuming dead organisms and taking nonliving matter from the environment
|
KNOWN
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7142170-B
|
entailment
|
vultures are scavengers that most likely help ecosystems by quickly consuming dead organisms & vultures do not take nonliving matter from the environment |- vultures are scavengers that most likely help ecosystems by quickly consuming dead organisms and taking nonliving matter from the environment
|
F F F
|
F
|
FF
|
eb-train-wrong-answer-turked-entailment
|
Mercury_7142170-A
|
premise
|
vultures are scavengers that most likely help ecosystems by quickly consuming dead organisms
|
T T T
|
T
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7142170-A
|
premise
|
vultures do not speed up the process of decay
|
T F ?
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7142170-A
|
hypothesis
|
vultures are scavengers that most likely help ecosystems by quickly consuming dead organisms and speeding up the process of decay
|
KNOWN
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7142170-A
|
entailment
|
vultures are scavengers that most likely help ecosystems by quickly consuming dead organisms & vultures do not speed up the process of decay |- vultures are scavengers that most likely help ecosystems by quickly consuming dead organisms and speeding up the process of decay
|
F F F
|
F
|
FF
|
eb-train-wrong-answer-turked-entailment
|
Mercury_7138600-D
|
premise
|
the digestive system transports nutrients from the food we eat to the rest of the body
|
T F ?
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7138600-D
|
premise
|
an esophagus does not work closely with the digestive system
|
F F F
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7138600-D
|
hypothesis
|
an esophagus works closely with the digestive system to transport nutrients to the cells
|
KNOWN
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7138600-D
|
entailment
|
the digestive system transports nutrients from the food we eat to the rest of the body & an esophagus does not work closely with the digestive system |- an esophagus works closely with the digestive system to transport nutrients to the cells
|
F F F
|
F
|
FF
|
eb-train-wrong-answer-turked-entailment
|
Mercury_7138583-C
|
premise
|
a pancreas does not directly work to protect the human body from disease
|
? T ? T F F
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7138583-C
|
premise
|
if an organ does not directly work to protect the body, then that organ does not directly work to protect the body
|
F T T T T T
|
T
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7138583-C
|
hypothesis
|
a pancreas directly works to protect the human body from disease
|
KNOWN
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7138583-C
|
entailment
|
a pancreas does not directly work to protect the human body from disease & if an organ does not directly work to protect the body, then that organ does not directly work to protect the body |- a pancreas directly works to protect the human body from disease
|
? F F F F F
|
F
|
FF
|
eb-train-wrong-answer-turked-entailment
|
Mercury_7137060-C
|
premise
|
the opposite of low viscosity is high viscosity
|
T T F
|
T
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7137060-C
|
premise
|
the opposite of an object with a small volume and large mass is an object with high viscosity
|
T F F
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7137060-C
|
hypothesis
|
low viscosity would most likely be the characteristic of an object with a small volume and large mass
|
KNOWN
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7137060-C
|
entailment
|
the opposite of low viscosity is high viscosity & the opposite of an object with a small volume and large mass is an object with high viscosity |- low viscosity would most likely be the characteristic of an object with a small volume and large mass
|
F F F
|
F
|
FF
|
eb-train-wrong-answer-turked-entailment
|
Mercury_7137060-B
|
premise
|
the smaller an object's volume is, the higher the pressure will be on that object
|
T F F
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7137060-B
|
premise
|
as the volume of an object decreases , the pressure on that object will decrease
|
F ? F
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7137060-B
|
hypothesis
|
low pressure would most likely be the characteristic of an object with a small volume and large mass
|
KNOWN
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7137060-B
|
entailment
|
the smaller an object's volume is, the higher the pressure will be on that object & as the volume of an object decreases , the pressure on that object will decrease |- low pressure would most likely be the characteristic of an object with a small volume and large mass
|
F F F
|
F
|
FF
|
eb-train-wrong-answer-turked-entailment
|
Mercury_7135870-C
|
premise
|
chemical changes cause different substances to form
|
T T T T T T
|
T
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7135870-C
|
premise
|
a rock being eroded by wind is not an example of a chemical change
|
T T T
|
T
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7135870-C
|
hypothesis
|
a rock being eroded by wind is an example of a chemical change
|
KNOWN
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7135870-C
|
entailment
|
chemical changes cause different substances to form & a rock being eroded by wind is not an example of a chemical change |- a rock being eroded by wind is an example of a chemical change
|
F F F
|
F
|
FF
|
eb-train-wrong-answer-turked-entailment
|
Mercury_7135870-B
|
premise
|
evaporation is the opposite of chemical change
|
F ? F
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7135870-B
|
premise
|
water evaporating from a puddle is the opposite of chemical change
|
F T F
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7135870-B
|
hypothesis
|
water evaporating from a puddle is an example of a chemical change
|
KNOWN
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7135870-B
|
entailment
|
evaporation is the opposite of chemical change & water evaporating from a puddle is the opposite of chemical change |- water evaporating from a puddle is an example of a chemical change
|
F F F
|
F
|
FF
|
eb-train-wrong-answer-turked-entailment
|
Mercury_7135870-A
|
premise
|
sand separated from water by filtering is not an example of chemical change
|
T T T T F T
|
T
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7135870-A
|
premise
|
chemical change is the opposite of chemical separation
|
F F T F ? F
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7135870-A
|
hypothesis
|
sand separated from water by filtering is an example of a chemical change
|
KNOWN
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7135870-A
|
entailment
|
sand separated from water by filtering is not an example of chemical change & chemical change is the opposite of chemical separation |- sand separated from water by filtering is an example of a chemical change
|
F ? F F F F
|
F
|
FF
|
eb-train-wrong-answer-turked-entailment
|
Mercury_7135293-B
|
premise
|
in an open system, that it decreases happens to the total energy of the system as energy conversions take place
|
F T T
|
T
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7135293-B
|
premise
|
a closed system contains only one substance
|
F F T
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7135293-B
|
hypothesis
|
in a closed system, that it decreases happens to the total energy of the system as energy conversions take place
|
KNOWN
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7135293-B
|
entailment
|
in an open system, that it decreases happens to the total energy of the system as energy conversions take place & a closed system contains only one substance |- in a closed system, that it decreases happens to the total energy of the system as energy conversions take place
|
F F F
|
F
|
FF
|
eb-train-wrong-answer-turked-entailment
|
Mercury_7133665-B
|
premise
|
chemical reactions cause chemical change
|
T T T
|
T
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7133665-B
|
premise
|
sawing a wood plank does not illustrate a chemical reaction
|
T F T
|
T
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7133665-B
|
hypothesis
|
sawing a wood plank illustrates a chemical change
|
KNOWN
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7133665-B
|
entailment
|
chemical reactions cause chemical change & sawing a wood plank does not illustrate a chemical reaction |- sawing a wood plank illustrates a chemical change
|
F F F
|
F
|
FF
|
eb-train-wrong-answer-turked-entailment
|
Mercury_7132108-B
|
premise
|
a candle provides light
|
T T T
|
T
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7132108-B
|
premise
|
providing light does not require the use of mechanical energy
|
T F T
|
T
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7132108-B
|
hypothesis
|
a candle providing light best represents the use of mechanical energy
|
KNOWN
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7132108-B
|
entailment
|
a candle provides light & providing light does not require the use of mechanical energy |- a candle providing light best represents the use of mechanical energy
|
F F F
|
F
|
FF
|
eb-train-wrong-answer-turked-entailment
|
Mercury_7132003-C
|
premise
|
most of the mass of the atom is not located in protons and neutrons
|
F F F
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7132003-C
|
premise
|
neutrons and protons together make up an atom
|
T T ?
|
T
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7132003-C
|
hypothesis
|
where is most of the mass of the atom located in the neutrons
|
KNOWN
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7132003-C
|
entailment
|
most of the mass of the atom is not located in protons and neutrons & neutrons and protons together make up an atom |- where is most of the mass of the atom located in the neutrons
|
F F F
|
F
|
FF
|
eb-train-wrong-answer-turked-entailment
|
Mercury_7126228-C
|
premise
|
a firecracker converts chemical energy into sound energy and light energy and heat energy
|
T T F
|
T
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7126228-C
|
premise
|
if something converts one kind of energy into other kinds of energy then that something originally stores that energy as the first kind of energy
|
F ? T
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7126228-C
|
hypothesis
|
the sound, light, and heat that a firecracker produces are originally stored as electrical energy
|
KNOWN
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7126228-C
|
entailment
|
a firecracker converts chemical energy into sound energy and light energy and heat energy & if something converts one kind of energy into other kinds of energy then that something originally stores that energy as the first kind of energy |- the sound, light, and heat that a firecracker produces are originally stored as electrical energy
|
F F F
|
F
|
FF
|
eb-train-wrong-answer-turked-entailment
|
Mercury_7122570-C
|
premise
|
scientists do not use an astronomical unit to measure the distance between stars
|
T T T
|
T
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7122570-C
|
premise
|
if something is not used to measure something else then that something is not used to measure that something else
|
T T F
|
T
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7122570-C
|
hypothesis
|
scientists do use an astronomical unit to measure the distance between stars
|
KNOWN
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7122570-C
|
entailment
|
scientists do not use an astronomical unit to measure the distance between stars & if something is not used to measure something else then that something is not used to measure that something else |- scientists do use an astronomical unit to measure the distance between stars
|
F F F
|
F
|
FF
|
eb-train-wrong-answer-turked-entailment
|
Mercury_7122570-B
|
premise
|
scientists do not use an angstrom unit to measure the distance between stars
|
T T T
|
T
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7122570-B
|
premise
|
if something is not used to measure something else then that something is not used to measure that something else
|
T T F
|
T
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7122570-B
|
hypothesis
|
scientists do use an angstrom unit to measure the distance between stars
|
KNOWN
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7122570-B
|
entailment
|
scientists do not use an angstrom unit to measure the distance between stars & if something is not used to measure something else then that something is not used to measure that something else |- scientists do use an angstrom unit to measure the distance between stars
|
F F F
|
F
|
FF
|
eb-train-wrong-answer-turked-entailment
|
Mercury_7121940-B
|
premise
|
a mirror is not a kind of object
|
F F T
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7121940-B
|
premise
|
chemical energy does not most likely transform into electrical energy
|
F T T
|
T
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7121940-B
|
hypothesis
|
a mirror is an object in which chemical energy does most likely transform into electrical energy
|
KNOWN
|
F
| null |
eb-train-wrong-answer-turked-entailment
|
Mercury_7121940-B
|
entailment
|
a mirror is not a kind of object & chemical energy does not most likely transform into electrical energy |- a mirror is an object in which chemical energy does most likely transform into electrical energy
|
F F F
|
F
|
FF
|
eb-train-wrong-answer-turked-entailment
|
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