id
stringlengths 17
17
| answer_index
int32 0
1
| logical_forms
sequence | logical_form_pretty
stringlengths 83
160
| world_literals
sequence | question
stringlengths 56
626
|
|---|---|---|---|---|---|
QuaRel_V1_Fr_0839 | 0 | [
"(infer (smoothness lower world1) (distance higher world2) (distance higher world1))",
"(infer (smoothness lower world2) (distance higher world1) (distance higher world2))"
] | qrel(smoothness, lower, world1) -> qrel(distance, higher, world2) ; qrel(distance, higher, world1) | {
"world1": [
"dirt road"
],
"world2": [
"asphalt"
]
} | A man rolling a tire realized that it rolled much longer on his _____ since the dirt road was much rougher. (A) asphalt driveway (B) dirt road |
QuaRel_V1_B3_0113 | 1 | [
"(infer (distance higher world1) (brightness lower world2) (brightness lower world1))",
"(infer (distance higher world2) (brightness lower world1) (brightness lower world2))"
] | qrel(distance, higher, world1) -> qrel(brightness, lower, world2) ; qrel(brightness, lower, world1) | {
"world1": [
"the sun"
],
"world2": [
"a star"
]
} | The dimmer of two objects would be (A) a star (B) the sun due to being far away |
QuaRel_V1_Fr_0136 | 1 | [
"(infer (friction lower world1) (speed lower world1) (speed lower world2))",
"(infer (friction lower world2) (speed lower world2) (speed lower world1))"
] | qrel(friction, lower, world1) -> qrel(speed, lower, world1) ; qrel(speed, lower, world2) | {
"world1": [
"concrete"
],
"world2": [
"golf course"
]
} | Frank notices that when he roller skates on a concrete surface, it has less resistance than if he were to use his roller skates on a golf course. Frank realizes that when he travels slower as he roller skates on the (A) concrete (B) golf course |
QuaRel_V1_Fr_0064 | 0 | [
"(infer (speed higher world1) (friction lower world1) (friction lower world2))",
"(infer (speed higher world2) (friction lower world2) (friction lower world1))"
] | qrel(speed, higher, world1) -> qrel(friction, lower, world1) ; qrel(friction, lower, world2) | {
"world1": [
"asphalt"
],
"world2": [
"gravel"
]
} | Bill was driving his car to work, and realized that when he was driving on the street, the car moved quicker while using the same amount of throttle as when he was driving on the gravel. This is because there is less friction on the (A) asphalt (B) gravel |
QuaRel_V1_Fr_0204 | 0 | [
"(infer (friction higher world1) (speed higher world2) (speed higher world1))",
"(infer (friction higher world2) (speed higher world1) (speed higher world2))"
] | qrel(friction, higher, world1) -> qrel(speed, higher, world2) ; qrel(speed, higher, world1) | {
"world1": [
"dock"
],
"world2": [
"workstation"
]
} | Harry figured out that his dock has more resistance then his workstation when he slid his hat over the two surfaces. Harry's hat reached a higher speed moving over the (A) workstation or (B) dock |
QuaRel_V1_Fr_1063 | 0 | [
"(infer (friction higher world1) (smoothness lower world1) (smoothness lower world2))",
"(infer (friction higher world2) (smoothness lower world2) (smoothness lower world1))"
] | qrel(friction, higher, world1) -> qrel(smoothness, lower, world1) ; qrel(smoothness, lower, world2) | {
"world1": [
"carpet"
],
"world2": [
"laminate"
]
} | Pushing a shoe over carpet creates more resistance than pushing the shoe over laminate. This means that the _____ is rougher (A) carpet (B) laminate |
QuaRel_V1_B3_0072 | 0 | [
"(infer (time higher world1) (speed lower world1) (speed lower world2))",
"(infer (time higher world2) (speed lower world2) (speed lower world1))"
] | qrel(time, higher, world1) -> qrel(speed, lower, world1) ; qrel(speed, lower, world2) | {
"world1": [
"bike"
],
"world2": [
"car"
]
} | If it's taken significantly longer to reach one's destination, they must have been traveling by? (A) Bike (B) Car |
QuaRel_V1_Fr_1122 | 0 | [
"(infer (and (friction low world1) (friction high world2)) (heat lower world1) (heat lower world2))",
"(infer (and (friction low world2) (friction high world1)) (heat lower world2) (heat lower world1))"
] | qval(friction, low, world1), qval(friction, high, world2) -> qrel(heat, lower, world1) ; qrel(heat, lower, world2) | {
"world1": [
"washed counter"
],
"world2": [
"dirty counter"
]
} | A pot lid that is slid along a washed counter has very little resistance working against it, while one slid along a dirty counter has a lot of resistance working against it. Which surface would cause the pot lid to suffer less of an increase in temperature when slid along it? (A) washed counter (B) dirty counter |
QuaRel_V1_B4_0384 | 0 | [
"(infer (speed higher world1) (distance higher world1) (distance higher world2))",
"(infer (speed higher world2) (distance higher world2) (distance higher world1))"
] | qrel(speed, higher, world1) -> qrel(distance, higher, world1) ; qrel(distance, higher, world2) | {
"world1": [
"Jason"
],
"world2": [
"his grandmother"
]
} | Jason is with his grandmother at the park. She has a cane to walk but Jason is lively. They decide to walk around the track. If they go their own pace, who will walk farther in five minutes? (A) Jason (B) his grandmother |
QuaRel_V1_B4_0335 | 1 | [
"(infer (speed higher world1) (distance higher world2) (distance higher world1))",
"(infer (speed higher world2) (distance higher world1) (distance higher world2))"
] | qrel(speed, higher, world1) -> qrel(distance, higher, world2) ; qrel(distance, higher, world1) | {
"world1": [
"bicycle"
],
"world2": [
"tricycle"
]
} | Josh was riding his bike down the driveway. His sister was riding her tricycle near him. Josh rode much faster. The _____ traveled a greater distance. (A) tricycle (B) bicycle |
QuaRel_V1_Fr_0790 | 1 | [
"(infer (speed lower world1) (heat higher world2) (heat higher world1))",
"(infer (speed lower world2) (heat higher world1) (heat higher world2))"
] | qrel(speed, lower, world1) -> qrel(heat, higher, world2) ; qrel(heat, higher, world1) | {
"world1": [
"pavement"
],
"world2": [
"tracks"
]
} | John discovered that his train moved much slower on pavement then when it was placed onto some train tracks. The train generated more heat on (A) tracks (B) pavement |
QuaRel_V1_Fr_0472 | 0 | [
"(infer (and (speed high world1) (speed low world2)) (friction higher world2) (friction lower world2))",
"(infer (and (speed high world2) (speed low world1)) (friction higher world1) (friction lower world1))"
] | qval(speed, high, world1), qval(speed, low, world2) -> qrel(friction, higher, world2) ; qrel(friction, lower, world2) | {
"world1": [
"pavement"
],
"world2": [
"thick mud"
]
} | Penny rode her bicycle quickly on the pavement and had to go slow through the thick mud because it had (A) more resistance (B) less resistance |
QuaRel_V1_Fr_0124 | 0 | [
"(infer (and (smoothness low world1) (smoothness high world2)) (friction higher world1) (friction lower world1))",
"(infer (and (smoothness low world2) (smoothness high world1)) (friction higher world2) (friction lower world2))"
] | qval(smoothness, low, world1), qval(smoothness, high, world2) -> qrel(friction, higher, world1) ; qrel(friction, lower, world1) | {
"world1": [
"clean tub"
],
"world2": [
"uncleaned tub"
]
} | Jane found she slipped often in the tub after her sister had been in it, but not after her brother who cleaned up after himself. Is this because the clean tub provided (A) more resistance or (B) less resistance? |
QuaRel_V1_B4_0313 | 1 | [
"(infer (loudness higher world1) (distance lower world2) (distance lower world1))",
"(infer (loudness higher world2) (distance lower world1) (distance lower world2))"
] | qrel(loudness, higher, world1) -> qrel(distance, lower, world2) ; qrel(distance, lower, world1) | {
"world1": [
"a fog horn towards the left"
],
"world2": [
"a fog horn towards the right"
]
} | Two fisherman are out on a big lake when a heavy fog unexpectedly covers them and they can barely see anything. But the fisherman hear two fog horns calling from the shore. The one towards the left is louder than the one off towards the right. Which one should they head towards if they want to save time getting to shore? (A) the one off to the right (B) the one off to the left |
QuaRel_V1_Fr_0171 | 0 | [
"(infer (smoothness higher world1) (friction higher world2) (friction lower world2))",
"(infer (smoothness higher world2) (friction higher world1) (friction lower world1))"
] | qrel(smoothness, higher, world1) -> qrel(friction, higher, world2) ; qrel(friction, lower, world2) | {
"world1": [
"granite"
],
"world2": [
"tiled counter"
]
} | The tiled counters of the nineties have given way to the smoother, easier to wipe counters of the next couple of decades, like granite. This is because the tiled counters have _____ than the current types? (A) less resistance (B) more resistance |
QuaRel_V1_B5_0569 | 0 | [
"(infer (and (weight low world1) (weight high world2)) (acceleration higher world1) (acceleration higher world2))",
"(infer (and (weight low world2) (weight high world1)) (acceleration higher world2) (acceleration higher world1))"
] | qval(weight, low, world1), qval(weight, high, world2) -> qrel(acceleration, higher, world1) ; qrel(acceleration, higher, world2) | {
"world1": [
"Unloaded cargo ship"
],
"world2": [
"Full cargo ship"
]
} | If two identical cargo ships leave at exactly the same time, which would be going the fastest after 5 minutes? (A) the unloaded ship (B) the full ship |
QuaRel_V1_Fr_0581 | 1 | [
"(infer (speed lower world1) (friction lower world1) (friction lower world2))",
"(infer (speed lower world2) (friction lower world2) (friction lower world1))"
] | qrel(speed, lower, world1) -> qrel(friction, lower, world1) ; qrel(friction, lower, world2) | {
"world1": [
"carpet"
],
"world2": [
"marble flooring"
]
} | A ball moves slower across the carpet than it does on the marble flooring. This is because the _____ has less resistance. (A) carpet (B) marble flooring |
QuaRel_V1_B4_0230 | 1 | [
"(infer (distance higher world1) (speed higher world2) (speed higher world1))",
"(infer (distance higher world2) (speed higher world1) (speed higher world2))"
] | qrel(distance, higher, world1) -> qrel(speed, higher, world2) ; qrel(speed, higher, world1) | {
"world1": [
"trolley on the rightt track"
],
"world2": [
"trolley on the left track"
]
} | Two trolleys are running on parallel tracks. They both go in the same distance for 40 minutes. The trolley on the left hasn't gone as far as the trolley on the right. Which one had the higher velocity? (A) the one on the left track (B) the one on the right track |
QuaRel_V1_B5_0629 | 0 | [
"(infer (mass higher world1) (gravity lower world2) (gravity lower world1))",
"(infer (mass higher world2) (gravity lower world1) (gravity lower world2))"
] | qrel(mass, higher, world1) -> qrel(gravity, lower, world2) ; qrel(gravity, lower, world1) | {
"world1": [
"The Moon"
],
"world2": [
"asteroid"
]
} | A spaceship explores the moon and later explores an asteroid. The moon is several times more massive than the asteroid. Which celestial body will the spaceship have an easier time escaping due to its lower force of gravity? (A) asteroid (B) The Moon |
QuaRel_V1_B5_1412 | 1 | [
"(infer (weight lower world1) (acceleration higher world2) (acceleration higher world1))",
"(infer (weight lower world2) (acceleration higher world1) (acceleration higher world2))"
] | qrel(weight, lower, world1) -> qrel(acceleration, higher, world2) ; qrel(acceleration, higher, world1) | {
"world1": [
"Lamborghini"
],
"world2": [
"Truck"
]
} | The lamborghini was lighter than the truck so in the race it accelerated (A) slower (B) faster |
QuaRel_V1_B4_0281 | 1 | [
"(infer (distance higher world1) (apparentSize higher world1) (apparentSize lower world1))",
"(infer (distance higher world2) (apparentSize higher world2) (apparentSize lower world2))"
] | qrel(distance, higher, world1) -> qrel(apparentSize, higher, world1) ; qrel(apparentSize, lower, world1) | {
"world1": [
"window on left monitor"
],
"world2": [
"window on right monitor"
]
} | Bob has 5 monitors that he uses to do his work on. The arms he has them mounted on hold them in different positions and distances from him. When he drags an application from the one on the right to the one on the left, the text is harder for him to read. That is because (A) the text is bigger (B) the text is littler |
QuaRel_V1_B5_1314 | 0 | [
"(infer (thickness lower world1) (strength lower world1) (strength lower world2))",
"(infer (thickness lower world2) (strength lower world2) (strength lower world1))"
] | qrel(thickness, lower, world1) -> qrel(strength, lower, world1) ; qrel(strength, lower, world2) | {
"world1": [
"business card"
],
"world2": [
"cardboard sheet"
]
} | A business card isn't as thick as a cardboard sheet. This means that the _____ is less strong (A) business card (B) cardboard sheet |
QuaRel_V1_Fr_0327 | 0 | [
"(infer (and (speed high world1) (speed low world2)) (friction higher world2) (friction lower world2))",
"(infer (and (speed high world2) (speed low world1)) (friction higher world1) (friction lower world1))"
] | qval(speed, high, world1), qval(speed, low, world2) -> qrel(friction, higher, world2) ; qrel(friction, lower, world2) | {
"world1": [
"thick ice"
],
"world2": [
"dry street"
]
} | The police car sped crazily on the thick ice but slowed down on the dry Street because it had (A) more resistance (B) less resistance |
QuaRel_V1_Fr_0852 | 1 | [
"(infer (heat higher world1) (smoothness lower world2) (smoothness lower world1))",
"(infer (heat higher world2) (smoothness lower world1) (smoothness lower world2))"
] | qrel(heat, higher, world1) -> qrel(smoothness, lower, world2) ; qrel(smoothness, lower, world1) | {
"world1": [
"gravel"
],
"world2": [
"cement floor"
]
} | Tim is driving his golf cart down the driveway and into the garage. He realizes that the golf cart puts off more heat when it travels over the gravel driveway than when it does when he pulls onto the cement floor of the garage. This is because the _____ is rougher. (A) cement floor (B) gravel |
QuaRel_V1_B5_0879 | 1 | [
"(infer (strength higher world1) (distance higher world2) (distance higher world1))",
"(infer (strength higher world2) (distance higher world1) (distance higher world2))"
] | qrel(strength, higher, world1) -> qrel(distance, higher, world2) ; qrel(distance, higher, world1) | {
"world1": [
"Hulk"
],
"world2": [
"Black Panther"
]
} | Hulk is the strongest being in the universe. The Hulk and Black Panther have a friendly bet. Who can throw a large boulder the farthest. Who wins this clash of the superheroes? (A) Black Panther (B) Hulk |
QuaRel_V1_B4_0266 | 1 | [
"(infer (mass higher world1) (gravity higher world2) (gravity higher world1))",
"(infer (mass higher world2) (gravity higher world1) (gravity higher world2))"
] | qrel(mass, higher, world1) -> qrel(gravity, higher, world2) ; qrel(gravity, higher, world1) | {
"world1": [
"basketball"
],
"world2": [
"balloon"
]
} | Dylan threw a balloon and basketball out the window. The _____ had a stronger gravity pull because of it's greater mass. (A) balloon (B) basketball |
QuaRel_V1_Fr_0288 | 1 | [
"(infer (smoothness higher world1) (heat higher world1) (heat lower world1))",
"(infer (smoothness higher world2) (heat higher world2) (heat lower world2))"
] | qrel(smoothness, higher, world1) -> qrel(heat, higher, world1) ; qrel(heat, lower, world1) | {
"world1": [
"shaved legs"
],
"world2": [
"stubbly legs"
]
} | Jenny noticed that when putting leggings on they went on much smoother when her legs were shaved versus when they weren't. The shaved legs caused _____ heat due to friction as the stubbly legs did. (A) more (B) less |
QuaRel_V1_Fr_1143 | 1 | [
"(infer (smoothness lower world1) (friction higher world2) (friction higher world1))",
"(infer (smoothness lower world2) (friction higher world1) (friction higher world2))"
] | qrel(smoothness, lower, world1) -> qrel(friction, higher, world2) ; qrel(friction, higher, world1) | {
"world1": [
"sand"
],
"world2": [
"pavement"
]
} | David tried riding his bicycle on pavement and then on sand and found that it was much harder to get it to move on sand. He concluded that the material that has more friction is (A) pavement (B) sand |
QuaRel_V1_Fr_1410 | 0 | [
"(infer (distance higher world1) (friction higher world2) (friction higher world1))",
"(infer (distance higher world2) (friction higher world1) (friction higher world2))"
] | qrel(distance, higher, world1) -> qrel(friction, higher, world2) ; qrel(friction, higher, world1) | {
"world1": [
"beach"
],
"world2": [
"ocean floor"
]
} | A crab can scurry a greater distance over a beach then over an ocean floor. Which surface gives the crab more resistance? (A) ocean floor (B) beach |
QuaRel_V1_B4_0047 | 0 | [
"(infer (mass higher world1) (gravity higher world1) (gravity higher world2))",
"(infer (mass higher world2) (gravity higher world2) (gravity higher world1))"
] | qrel(mass, higher, world1) -> qrel(gravity, higher, world1) ; qrel(gravity, higher, world2) | {
"world1": [
"red giant star"
],
"world2": [
"small young star"
]
} | A small young star has formed and gained mass over time. However it's still a small fraction of the mass of a red giant star that is nearby. The small young star is sucked into orbit around the red giant star due to the higher level of gravitational pull of the red giant star. This means that (A) the red giant star has more powerful gravity (B) the small young star has more powerful gravity. |
QuaRel_V1_Fr_0267 | 0 | [
"(infer (friction lower world1) (speed higher world1) (speed higher world2))",
"(infer (friction lower world2) (speed higher world2) (speed higher world1))"
] | qrel(friction, lower, world1) -> qrel(speed, higher, world1) ; qrel(speed, higher, world2) | {
"world1": [
"hot pan"
],
"world2": [
"placemat"
]
} | Harry learned that a hot pan has lower resistance then a placement when he was sliding an ice cube across different surfaces. The ice cube moved faster across the (A) hot pan (B) placemat |
QuaRel_V1_Fr_1225 | 0 | [
"(infer (friction lower world1) (speed higher world1) (speed higher world2))",
"(infer (friction lower world2) (speed higher world2) (speed higher world1))"
] | qrel(friction, lower, world1) -> qrel(speed, higher, world1) ; qrel(speed, higher, world2) | {
"world1": [
"laminate"
],
"world2": [
"wood"
]
} | A table leg rolled across laminate has an easier time rolling then one rolled across wood. Which surface will allow the table leg to reach a higher top speed? (A) laminate (B) wood |
QuaRel_V1_Fr_0507 | 0 | [
"(infer (heat higher world1) (smoothness higher world2) (smoothness higher world1))",
"(infer (heat higher world2) (smoothness higher world1) (smoothness higher world2))"
] | qrel(heat, higher, world1) -> qrel(smoothness, higher, world2) ; qrel(smoothness, higher, world1) | {
"world1": [
"gravel"
],
"world2": [
"garage floor"
]
} | A steel bearing falls onto a garage floor. It rolls across the floor and out the door onto the gravel driveway. The bearing produces more heat as it rolls over the gravel. This is because the _____ is more smooth. (A) garage floor (B) gravel driveway |
QuaRel_V1_Fr_0041 | 0 | [
"(infer (friction lower world1) (heat lower world1) (heat lower world2))",
"(infer (friction lower world2) (heat lower world2) (heat lower world1))"
] | qrel(friction, lower, world1) -> qrel(heat, lower, world1) ; qrel(heat, lower, world2) | {
"world1": [
"glass jar"
],
"world2": [
"corduroy pants"
]
} | Stacey is rubbing her fingers on various items at the grocery store. She notices that when she rubs her fingers on the glass jar, it has less resistance than if she rubs her fingers on a pair of corduroy pants. Which object will generate less heat when Stacey rubs her fingers on it? (A) glass jar (B) corduroy pants |
QuaRel_V1_Fr_1278 | 0 | [
"(infer (speed higher world1) (friction lower world1) (friction higher world1))",
"(infer (speed higher world2) (friction lower world2) (friction higher world2))"
] | qrel(speed, higher, world1) -> qrel(friction, lower, world1) ; qrel(friction, higher, world1) | {
"world1": [
"desk"
],
"world2": [
"mouse pad"
]
} | A cup of coffee spills on a desk and a mouse pad. The coffee spreads more quickly on the desk because it has (A) less friction (B) more friction |
QuaRel_V1_Fr_0834 | 1 | [
"(infer (heat lower world1) (speed higher world2) (speed higher world1))",
"(infer (heat lower world2) (speed higher world1) (speed higher world2))"
] | qrel(heat, lower, world1) -> qrel(speed, higher, world2) ; qrel(speed, higher, world1) | {
"world1": [
"pea gravel"
],
"world2": [
"carpet"
]
} | Jeff was rolling his pencil across different surfaces to see how much heat was generated. He noticed that rolling the pencil over pea gravel generated more heat than rolling it over carpet. The pencil moved slower over (A) carpet (B) pea gravel |
QuaRel_V1_B5_1325 | 1 | [
"(infer (mass higher world1) (gravity lower world1) (gravity lower world2))",
"(infer (mass higher world2) (gravity lower world2) (gravity lower world1))"
] | qrel(mass, higher, world1) -> qrel(gravity, lower, world1) ; qrel(gravity, lower, world2) | {
"world1": [
"Saturn"
],
"world2": [
"Mercury"
]
} | The planet Saturn has more mass then the planet Mercury. Which plant has less of a gravitational field? (A) Saturn (B) Mercury |
QuaRel_V1_B3_0074 | 0 | [
"(infer (speed lower world1) (distance lower world1) (distance lower world2))",
"(infer (speed lower world2) (distance lower world2) (distance lower world1))"
] | qrel(speed, lower, world1) -> qrel(distance, lower, world1) ; qrel(distance, lower, world2) | {
"world1": [
"train"
],
"world2": [
"plane"
]
} | Mike knows that a train is slower then a plane. If he rides both vehicles for 40 minutes, which will have taken him a lesser distance? (A) train (B) plane |
QuaRel_V1_Fr_0222 | 0 | [
"(infer (heat higher world1) (friction higher world1) (friction higher world2))",
"(infer (heat higher world2) (friction higher world2) (friction higher world1))"
] | qrel(heat, higher, world1) -> qrel(friction, higher, world1) ; qrel(friction, higher, world2) | {
"world1": [
"carrot"
],
"world2": [
"apple"
]
} | Jim's knife got hotter cutting through carrot compared to cutting through an apple. This means the _____ has more resistance (A) carrot (B) apple |
QuaRel_V1_Fr_1353 | 1 | [
"(infer (speed lower world1) (smoothness higher world1) (smoothness higher world2))",
"(infer (speed lower world2) (smoothness higher world2) (smoothness higher world1))"
] | qrel(speed, lower, world1) -> qrel(smoothness, higher, world1) ; qrel(smoothness, higher, world2) | {
"world1": [
"crowded road"
],
"world2": [
"open road"
]
} | The fire chief of a city knew that his fire engine is forced to travel slower over a crowded road compared to an open road. He used this information to determine that the _____ has more smooth (A) crowded road or the (B) open road |
QuaRel_V1_Fr_0020 | 1 | [
"(infer (smoothness higher world1) (speed higher world2) (speed lower world2))",
"(infer (smoothness higher world2) (speed higher world1) (speed lower world1))"
] | qrel(smoothness, higher, world1) -> qrel(speed, higher, world2) ; qrel(speed, lower, world2) | {
"world1": [
"waxed floor"
],
"world2": [
"dirty floor"
]
} | Kelly rolls a watermelon on a waxed floor and on a dirty floor. The waxed floor is smoother than the dirty floor. When rolled on the dirty floor, the watermelon will roll (A) faster (B) slower |
QuaRel_V1_Fr_1265 | 1 | [
"(infer (heat lower world1) (speed lower world1) (speed lower world2))",
"(infer (heat lower world2) (speed lower world2) (speed lower world1))"
] | qrel(heat, lower, world1) -> qrel(speed, lower, world1) ; qrel(speed, lower, world2) | {
"world1": [
"weeds"
],
"world2": [
"gravel"
]
} | Mary's wagon heats up less when rolling through the weeds then when rolling through the gravel. This means her wagon is forced to roll slower in the (A) weeds (B) gravel |
QuaRel_V1_Fr_0777 | 1 | [
"(infer (speed higher world1) (smoothness higher world2) (smoothness lower world2))",
"(infer (speed higher world2) (smoothness higher world1) (smoothness lower world1))"
] | qrel(speed, higher, world1) -> qrel(smoothness, higher, world2) ; qrel(smoothness, lower, world2) | {
"world1": [
"road"
],
"world2": [
"sand"
]
} | John was driving to the beach. When he got to the beach, he noticed the car didn't go as fast as when he was on the roadway. This is because the sand is not as _____ as the road. (A) rough (B) smooth |
QuaRel_V1_B5_0322 | 1 | [
"(infer (and (brightness high world1) (brightness low world2)) (distance lower world2) (distance lower world1))",
"(infer (and (brightness high world2) (brightness low world1)) (distance lower world1) (distance lower world2))"
] | qval(brightness, high, world1), qval(brightness, low, world2) -> qrel(distance, lower, world2) ; qrel(distance, lower, world1) | {
"world1": [
"Lamp light"
],
"world2": [
"Moonlight"
]
} | Pauline couldn't read by the faint moonlight, so she went inside and sat by the brightness of the living room lamp instead. Which source of illumination was nearer to Pauline? (A) The moon was nearer (B) The lamp was nearer |
QuaRel_V1_Fr_1443 | 1 | [
"(infer (and (friction low world1) (friction high world2)) (distance higher world2) (distance higher world1))",
"(infer (and (friction low world2) (friction high world1)) (distance higher world1) (distance higher world2))"
] | qval(friction, low, world1), qval(friction, high, world2) -> qrel(distance, higher, world2) ; qrel(distance, higher, world1) | {
"world1": [
"soup"
],
"world2": [
"ice cream"
]
} | A spoon experiences low resistance when plunged into soup, and high resistance when plunged into ice cream. This means that the spoon will plunge a greater distance into the (A) ice cream (B) soup |
QuaRel_V1_Fr_0117 | 0 | [
"(infer (speed higher world1) (friction lower world1) (friction higher world1))",
"(infer (speed higher world2) (friction lower world2) (friction higher world2))"
] | qrel(speed, higher, world1) -> qrel(friction, lower, world1) ; qrel(friction, higher, world1) | {
"world1": [
"wooden bowling alley"
],
"world2": [
"dirt patch"
]
} | Ted practiced his bowling form one day on a dirt patch near his house after bowling a game at a bowling alley. He observed that the bowling ball moved much more quickly down the wooden bowling lane than it did on the dirt patch. This means that the wooden bowling lane has (A) less friction (B) more friction. |
QuaRel_V1_B5_0765 | 0 | [
"(infer (distance lower world1) (apparentSize higher world1) (apparentSize higher world2))",
"(infer (distance lower world2) (apparentSize higher world2) (apparentSize higher world1))"
] | qrel(distance, lower, world1) -> qrel(apparentSize, higher, world1) ; qrel(apparentSize, higher, world2) | {
"world1": [
"person closer"
],
"world2": [
"person further"
]
} | Pam is standing next to Jim. David is standing across the street. Who will appear larger (A) Pam (B) David |
QuaRel_V1_Fr_1524 | 0 | [
"(infer (and (heat high world1) (heat low world2)) (speed lower world1) (speed lower world2))",
"(infer (and (heat high world2) (heat low world1)) (speed lower world2) (speed lower world1))"
] | qval(heat, high, world1), qval(heat, low, world2) -> qrel(speed, lower, world1) ; qrel(speed, lower, world2) | {
"world1": [
"choppy water"
],
"world2": [
"calm water"
]
} | Milo was rowing across a lake one day. He learned that his oar heated up a considerable amount when rowing through choppy water, but not so much when rowing through calm water. This made him realize that his oar moved slower through the (A) choppy water or (B) calm water |
QuaRel_V1_Fr_0056 | 0 | [
"(infer (and (heat high world1) (heat low world2)) (friction higher world1) (friction higher world2))",
"(infer (and (heat high world2) (heat low world1)) (friction higher world2) (friction higher world1))"
] | qval(heat, high, world1), qval(heat, low, world2) -> qrel(friction, higher, world1) ; qrel(friction, higher, world2) | {
"world1": [
"carpet"
],
"world2": [
"tile"
]
} | Penelope noticed that her hand got hot when she moved it quickly back and forth over the carpet, but that it didn't get very hot when she moved it over the tile. She realized that there's more friction in the (A) carpet (B) tile. |
QuaRel_V1_Fr_0323 | 0 | [
"(infer (smoothness lower world1) (speed higher world2) (speed higher world1))",
"(infer (smoothness lower world2) (speed higher world1) (speed higher world2))"
] | qrel(smoothness, lower, world1) -> qrel(speed, higher, world2) ; qrel(speed, higher, world1) | {
"world1": [
"grass"
],
"world2": [
"sidewalk"
]
} | James is riding his scooter on the sidewalk. The sidewalk ends and he decides to try riding the scooter on the grass. It's harder to push the scooter on the grass because of the rough surface. James is able to ride faster on the (A) sidewalk (B) grass. |
QuaRel_V1_B4_0265 | 1 | [
"(infer (and (flexibility low world1) (flexibility high world2)) (breakability higher world2) (breakability higher world1))",
"(infer (and (flexibility low world2) (flexibility high world1)) (breakability higher world1) (breakability higher world2))"
] | qval(flexibility, low, world1), qval(flexibility, high, world2) -> qrel(breakability, higher, world2) ; qrel(breakability, higher, world1) | {
"world1": [
"Spiderman"
],
"world2": [
"Batman"
]
} | The Batman action figure was very flexible and Spiderman was rigid; which was more likely to break (A) Batman (B) Spiderman |
QuaRel_V1_Fr_0473 | 1 | [
"(infer (speed higher world1) (friction higher world1) (friction lower world1))",
"(infer (speed higher world2) (friction higher world2) (friction lower world2))"
] | qrel(speed, higher, world1) -> qrel(friction, higher, world1) ; qrel(friction, lower, world1) | {
"world1": [
"floor"
],
"world2": [
"towel"
]
} | The toy train goes faster on the floor than the towel, because the floor has (A) more resistance (B) less resistance |
QuaRel_V1_Fr_0528 | 0 | [
"(infer (speed higher world1) (friction higher world2) (friction lower world2))",
"(infer (speed higher world2) (friction higher world1) (friction lower world1))"
] | qrel(speed, higher, world1) -> qrel(friction, higher, world2) ; qrel(friction, lower, world2) | {
"world1": [
"clay court"
],
"world2": [
"grass court"
]
} | Terri noticed that when serving the tennis ball it moved faster on the clay court than the grass court. This was because the grass court has (A) more resistance or (B) less resistance. |
QuaRel_V1_B5_0017 | 1 | [
"(infer (distance higher world1) (apparentSize higher world1) (apparentSize lower world1))",
"(infer (distance higher world2) (apparentSize higher world2) (apparentSize lower world2))"
] | qrel(distance, higher, world1) -> qrel(apparentSize, higher, world1) ; qrel(apparentSize, lower, world1) | {
"world1": [
"Car driving down the road"
],
"world2": [
"Car"
]
} | A the car pulled away and started to head down the road it started to look (A) larger (B) smaller |
QuaRel_V1_Fr_1522 | 1 | [
"(infer (heat lower world1) (friction higher world1) (friction higher world2))",
"(infer (heat lower world2) (friction higher world2) (friction higher world1))"
] | qrel(heat, lower, world1) -> qrel(friction, higher, world1) ; qrel(friction, higher, world2) | {
"world1": [
"leaves"
],
"world2": [
"rocks"
]
} | Mike was cleaning his yard after the leaves fell in the fall. He dragged his rake back and forth to clean up leaves and rocks. When he cleaned up the rocks he noticed his rake got hotter then when he cleaned up the leaves. He then surmised that the _____ had more resistance (A) leaves (B) rocks |
QuaRel_V1_B5_0832 | 0 | [
"(infer (thickness higher world1) (strength higher world1) (strength higher world2))",
"(infer (thickness higher world2) (strength higher world2) (strength higher world1))"
] | qrel(thickness, higher, world1) -> qrel(strength, higher, world1) ; qrel(strength, higher, world2) | {
"world1": [
"steak"
],
"world2": [
"paper"
]
} | A piece of steak if thicker then a piece of paper. Which object is harder to rip in half? (A) steak (B) paper |
QuaRel_V1_B3_0008 | 0 | [
"(infer (and (distance high world1) (distance low world2)) (strength higher world1) (strength higher world2))",
"(infer (and (distance high world2) (distance low world1)) (strength higher world2) (strength higher world1))"
] | qval(distance, high, world1), qval(distance, low, world2) -> qrel(strength, higher, world1) ; qrel(strength, higher, world2) | {
"world1": [
"a soldier"
],
"world2": [
"a malnourished child"
]
} | A soldier is hunkering down with a malnourished child in a foxhole in the middle of a war zone when an enemy grenade rolls between them. The child throws it first, but it barely moves more than a few feet. The soldier scrambles to grab it and chucks it clear across the battlefield, right back at the enemy. The reason it went farther is (A) the soldier has greater strength than the child (B) the child has greater strength than the soldier |
QuaRel_V1_Fr_1197 | 0 | [
"(infer (and (friction low world1) (friction high world2)) (distance higher world1) (distance higher world2))",
"(infer (and (friction low world2) (friction high world1)) (distance higher world2) (distance higher world1))"
] | qval(friction, low, world1), qval(friction, high, world2) -> qrel(distance, higher, world1) ; qrel(distance, higher, world2) | {
"world1": [
"sandy ground"
],
"world2": [
"dirty ground"
]
} | A turtle experiences low friction crawling across sandy ground and high friction crawling across dirty ground. This means it can travel a greater distance across the (A) sandy ground (B) dirty ground |
QuaRel_V1_Fr_0739 | 1 | [
"(infer (and (speed low world1) (speed high world2)) (friction higher world2) (friction lower world2))",
"(infer (and (speed low world2) (speed high world1)) (friction higher world1) (friction lower world1))"
] | qval(speed, low, world1), qval(speed, high, world2) -> qrel(friction, higher, world2) ; qrel(friction, lower, world2) | {
"world1": [
"sandy hill"
],
"world2": [
"glass hill"
]
} | Jake pushes his jeep down a sandy hill and the jeep slowly goes down it. Then Jake pushes his jeep down a glass hill and the jeep quickly reaches the bottom. The jeep went down the glass hill faster because it had (A) more resistance (B) less resistance. |
QuaRel_V1_Fr_1536 | 0 | [
"(infer (friction lower world1) (heat lower world1) (heat lower world2))",
"(infer (friction lower world2) (heat lower world2) (heat lower world1))"
] | qrel(friction, lower, world1) -> qrel(heat, lower, world1) ; qrel(heat, lower, world2) | {
"world1": [
"cutting board"
],
"world2": [
"floor"
]
} | Broccoli sliding around on a cutting board experiences less friction then broccoli sliding around on a floor. This means the broccoli will heat up less on the (A) cutting board (B) floor |
QuaRel_V1_Fr_0915 | 1 | [
"(infer (and (speed low world1) (speed high world2)) (friction higher world2) (friction higher world1))",
"(infer (and (speed low world2) (speed high world1)) (friction higher world1) (friction higher world2))"
] | qval(speed, low, world1), qval(speed, high, world2) -> qrel(friction, higher, world2) ; qrel(friction, higher, world1) | {
"world1": [
"muddy path"
],
"world2": [
"icy sidewalk"
]
} | Shirley rolls her baseball down the path and onto the sidewalk. The muddy path makes the ball go slowly, but the baseball speeds up when it hits the icy sidewalk. This is because there is more resistance on the (A) icy sidewalk (B) muddy path. |
QuaRel_V1_B3_0194 | 1 | [
"(infer (and (speed low world1) (speed high world2)) (distance lower world2) (distance lower world1))",
"(infer (and (speed low world2) (speed high world1)) (distance lower world1) (distance lower world2))"
] | qval(speed, low, world1), qval(speed, high, world2) -> qrel(distance, lower, world2) ; qrel(distance, lower, world1) | {
"world1": [
"Joe"
],
"world2": [
"David"
]
} | David and Joe live together and go out at the same time. David drove his car and Joe rode his skateboard. After one hour, who traveled less distance? (A) David (B) Joe |
QuaRel_V1_B4_0293 | 1 | [
"(infer (speed higher world1) (distance higher world2) (distance higher world1))",
"(infer (speed higher world2) (distance higher world1) (distance higher world2))"
] | qrel(speed, higher, world1) -> qrel(distance, higher, world2) ; qrel(distance, higher, world1) | {
"world1": [
"Bullet"
],
"world2": [
"Arrow"
]
} | A bullet fires out of a gun much faster than an arrow shot out of a bow, after the same amount of time the bullet will go (A) less distance (B) a farther distance |
QuaRel_V1_Fr_0928 | 0 | [
"(infer (and (distance high world1) (distance low world2)) (heat lower world1) (heat lower world2))",
"(infer (and (distance high world2) (distance low world1)) (heat lower world2) (heat lower world1))"
] | qval(distance, high, world1), qval(distance, low, world2) -> qrel(heat, lower, world1) ; qrel(heat, lower, world2) | {
"world1": [
"wood floor"
],
"world2": [
"carpet"
]
} | Ross made everyone laugh when he slid across the wood floor in his socks. He tried doing it at his friends on a carpeted floor. He barely went an inch on the carpet, while he went feet on the wood floor. Ross would be making less heat against the (A) wood floor (B) carpet. |
QuaRel_V1_Fr_0800 | 1 | [
"(infer (speed higher world1) (smoothness higher world2) (smoothness higher world1))",
"(infer (speed higher world2) (smoothness higher world1) (smoothness higher world2))"
] | qrel(speed, higher, world1) -> qrel(smoothness, higher, world2) ; qrel(smoothness, higher, world1) | {
"world1": [
"wheels"
],
"world2": [
"tracks"
]
} | A train conductor switched courses from a track, to wheels on ground for a faster ride. The _____ were way more smooth. (A) track (B) wheels |
QuaRel_V1_B5_0126 | 1 | [
"(infer (mass higher world1) (gravity higher world2) (gravity higher world1))",
"(infer (mass higher world2) (gravity higher world1) (gravity higher world2))"
] | qrel(mass, higher, world1) -> qrel(gravity, higher, world2) ; qrel(gravity, higher, world1) | {
"world1": [
"rock"
],
"world2": [
"feather"
]
} | Peter is throwing a feather and a rock out of the window at the same time. The rock lands on the ground first. Which object has a stronger gravity (A) The feather, or (B) the rock? |
QuaRel_V1_B3_0108 | 1 | [
"(infer (thickness lower world1) (strength lower world2) (strength lower world1))",
"(infer (thickness lower world2) (strength lower world1) (strength lower world2))"
] | qrel(thickness, lower, world1) -> qrel(strength, lower, world2) ; qrel(strength, lower, world1) | {
"world1": [
"paper"
],
"world2": [
"cardboard"
]
} | Mike noticed that his sheet of paper was thinner then his piece of cardboard. Which object would he likely have an easier time ripping in half? (A) cardboard (B) paper |
QuaRel_V1_Fr_1354 | 1 | [
"(infer (smoothness lower world1) (friction lower world1) (friction lower world2))",
"(infer (smoothness lower world2) (friction lower world2) (friction lower world1))"
] | qrel(smoothness, lower, world1) -> qrel(friction, lower, world1) ; qrel(friction, lower, world2) | {
"world1": [
"parking lot"
],
"world2": [
"driveway"
]
} | Mike dropped his hypodermic needle in a parking lot and noticed it felt more rough then when he dropped it in the driveway. This means the _____ has less friction (A) parking lot (B) driveway |
QuaRel_V1_Fr_1370 | 0 | [
"(infer (speed higher world1) (friction higher world2) (friction higher world1))",
"(infer (speed higher world2) (friction higher world1) (friction higher world2))"
] | qrel(speed, higher, world1) -> qrel(friction, higher, world2) ; qrel(friction, higher, world1) | {
"world1": [
"concrete"
],
"world2": [
"sand"
]
} | Lana rolled her water bottle to her friend, and she saw that if she rolled it along the concrete it moved with more speed than it did if she rolled it along the concrete. There was more resistance to the water bottle on (A) sand (B) concrete |
QuaRel_V1_B5_0703 | 1 | [
"(infer (strength higher world1) (distance higher world2) (distance higher world1))",
"(infer (strength higher world2) (distance higher world1) (distance higher world2))"
] | qrel(strength, higher, world1) -> qrel(distance, higher, world2) ; qrel(distance, higher, world1) | {
"world1": [
"Ellen"
],
"world2": [
"Sarah"
]
} | Ellen is stronger than Sarah. Both throw a softball from home plate out into the field. Which throw goes farther? (A) Sarah's (B) Ellen's |
QuaRel_V1_B3_0136 | 0 | [
"(infer (loudness higher world1) (distance lower world1) (distance lower world2))",
"(infer (loudness higher world2) (distance lower world2) (distance lower world1))"
] | qrel(loudness, higher, world1) -> qrel(distance, lower, world1) ; qrel(distance, lower, world2) | {
"world1": [
"person sitting in the front row"
],
"world2": [
"person sitting in the 10th row"
]
} | Callie is attending a concert. At one point, the mic drops out, she must be sitting where if she can still hear the singer? (A) Front row (B) 10th row |
QuaRel_V1_B5_1005 | 0 | [
"(infer (flexibility higher world1) (breakability lower world1) (breakability lower world2))",
"(infer (flexibility higher world2) (breakability lower world2) (breakability lower world1))"
] | qrel(flexibility, higher, world1) -> qrel(breakability, lower, world1) ; qrel(breakability, lower, world2) | {
"world1": [
"Peanut Butter Jar"
],
"world2": [
"Glass Jar"
]
} | Max knocks over his mothers favorite glass jar off the table as well as the peanut butter jar made of plastic. Which object will survive the fall? (A) Plastic jar (B) Glass jar |
QuaRel_V1_Fr_1072 | 0 | [
"(infer (and (speed low world1) (speed high world2)) (heat higher world1) (heat higher world2))",
"(infer (and (speed low world2) (speed high world1)) (heat higher world2) (heat higher world1))"
] | qval(speed, low, world1), qval(speed, high, world2) -> qrel(heat, higher, world1) ; qrel(heat, higher, world2) | {
"world1": [
"cactus field"
],
"world2": [
"field"
]
} | A rabbit can run faster in a field and slower in a cactus field. This means the rabbit gets hotter running through a (A) cactus field (B) field |
QuaRel_V1_B3_0082 | 0 | [
"(infer (breakability higher world1) (flexibility higher world2) (flexibility higher world1))",
"(infer (breakability higher world2) (flexibility higher world1) (flexibility higher world2))"
] | qrel(breakability, higher, world1) -> qrel(flexibility, higher, world2) ; qrel(flexibility, higher, world1) | {
"world1": [
"stick"
],
"world2": [
"hose"
]
} | The CIA spook was interrogating the AI researcher to find out his secret password. He hit the researcher with a hose, and it bounced back. He then used a stick. THWACK! The stick snapped in half! The CIA spook noticed (A) the hose was more flexible (B) the stick was more flexible |
QuaRel_V1_Fr_0642 | 1 | [
"(infer (speed lower world1) (heat higher world2) (heat higher world1))",
"(infer (speed lower world2) (heat higher world1) (heat higher world2))"
] | qrel(speed, lower, world1) -> qrel(heat, higher, world2) ; qrel(heat, higher, world1) | {
"world1": [
"bushes"
],
"world2": [
"short grass"
]
} | Terry kicks a soccer ball over the short grass in the soccer field. Later he kicks the ball into the bushes. The ball moves at a lower speed when he kicks it into the bushes. The ball will produce more heat when Terry kicks it (A) over the short grass (B) into the bushes. |
QuaRel_V1_B3_0006 | 1 | [
"(infer (weight higher world1) (acceleration higher world1) (acceleration higher world2))",
"(infer (weight higher world2) (acceleration higher world2) (acceleration higher world1))"
] | qrel(weight, higher, world1) -> qrel(acceleration, higher, world1) ; qrel(acceleration, higher, world2) | {
"world1": [
"truck"
],
"world2": [
"car"
]
} | Jim owns both a truck and a car. The truck weighs more then the car. Which vehicle will accelerate at a greater rate of speed when he presses down on the gas pedal? (A) truck (B) car |
QuaRel_V1_B4_0419 | 1 | [
"(infer (exerciseIntensity higher world1) (amountSweat higher world2) (amountSweat higher world1))",
"(infer (exerciseIntensity higher world2) (amountSweat higher world1) (amountSweat higher world2))"
] | qrel(exerciseIntensity, higher, world1) -> qrel(amountSweat, higher, world2) ; qrel(amountSweat, higher, world1) | {
"world1": [
"Christy"
],
"world2": [
"Kevin"
]
} | Christy and Kevin are practicing shooting basketballs in the gym. Christy continues shooting baskets long after Kevin has stopped. Whose wristbands would have absorbed more perspiration in this scenario? (A) Kevin (B) Christy |
QuaRel_V1_B5_0185 | 0 | [
"(infer (and (distance high world1) (distance low world2)) (speed higher world1) (speed lower world1))",
"(infer (and (distance high world2) (distance low world1)) (speed higher world2) (speed lower world2))"
] | qval(distance, high, world1), qval(distance, low, world2) -> qrel(speed, higher, world1) ; qrel(speed, lower, world1) | {
"world1": [
"Shark"
],
"world2": [
"Jeff"
]
} | Jeff is in the ocean when he sees a shark. Jeff realizes that if he doesn't swim to shore, he will be killed. The shark catches Jeff before he gets to shore because the shark (A) is faster (B) is slower. |
QuaRel_V1_Fr_1207 | 0 | [
"(infer (friction lower world1) (heat higher world2) (heat higher world1))",
"(infer (friction lower world2) (heat higher world1) (heat higher world2))"
] | qrel(friction, lower, world1) -> qrel(heat, higher, world2) ; qrel(heat, higher, world1) | {
"world1": [
"pine stump"
],
"world2": [
"oak stump"
]
} | Milo's maul experiences less resistance chopping through a pine stump then through an oak stump. This means that his maul heats up more chopping the (A) oak stump (B) pine stump |
QuaRel_V1_Fr_1411 | 1 | [
"(infer (smoothness higher world1) (speed lower world1) (speed lower world2))",
"(infer (smoothness higher world2) (speed lower world2) (speed lower world1))"
] | qrel(smoothness, higher, world1) -> qrel(speed, lower, world1) ; qrel(speed, lower, world2) | {
"world1": [
"indoors"
],
"world2": [
"outdoors"
]
} | Matt knows that the air indoors is calmer then the air outdoors. Which area will he be forced to throw his frisbee slower in? (A) indoors (B) outdoors |
QuaRel_V1_B5_0249 | 0 | [
"(infer (breakability lower world1) (flexibility higher world1) (flexibility higher world2))",
"(infer (breakability lower world2) (flexibility higher world2) (flexibility higher world1))"
] | qrel(breakability, lower, world1) -> qrel(flexibility, higher, world1) ; qrel(flexibility, higher, world2) | {
"world1": [
"Rubber Band"
],
"world2": [
"Pencil"
]
} | When I folded a pencil in my hands it broke, however when I folded a rubber band in my hands it easily folded over, that is because rubber bands are _____ than pencils. (A) more flexible (B) less flexible |
QuaRel_V1_Fr_0651 | 1 | [
"(infer (friction lower world1) (smoothness higher world2) (smoothness higher world1))",
"(infer (friction lower world2) (smoothness higher world1) (smoothness higher world2))"
] | qrel(friction, lower, world1) -> qrel(smoothness, higher, world2) ; qrel(smoothness, higher, world1) | {
"world1": [
"ice pond"
],
"world2": [
"sidewalk"
]
} | Toby went ice skating during the winter and noticed that he hardly had to put any effort into moving forward when he switched from the sidewalk to the ice on the pond. Which surface was smoother? (A) Sidewalk (B) Ice pond |
QuaRel_V1_B5_0544 | 1 | [
"(infer (gravity higher world1) (mass higher world2) (mass higher world1))",
"(infer (gravity higher world2) (mass higher world1) (mass higher world2))"
] | qrel(gravity, higher, world1) -> qrel(mass, higher, world2) ; qrel(mass, higher, world1) | {
"world1": [
"Planet named Namura 17"
],
"world2": [
"Planet named Pylos 119"
]
} | As they were approaching two planets of equal distance, one called Namura 17 and the other known as Pylos 119, the spaceship's crew found themselves being pulled toward Namura 17 by a strong gravitational force. Which planet was the larger of the two? (A) Pylos 119 (B) Namura 17 |
QuaRel_V1_Fr_0576 | 0 | [
"(infer (speed higher world1) (friction higher world2) (friction lower world2))",
"(infer (speed higher world2) (friction higher world1) (friction lower world1))"
] | qrel(speed, higher, world1) -> qrel(friction, higher, world2) ; qrel(friction, lower, world2) | {
"world1": [
"wharehouse cement"
],
"world2": [
"rug"
]
} | The warehouse worker pushed the box cart faster on the warehouse cement floor than on the rug because it had (A) more resistance (B) less resistance |
QuaRel_V1_B5_0676 | 0 | [
"(infer (weight higher world1) (acceleration higher world2) (acceleration higher world1))",
"(infer (weight higher world2) (acceleration higher world1) (acceleration higher world2))"
] | qrel(weight, higher, world1) -> qrel(acceleration, higher, world2) ; qrel(acceleration, higher, world1) | {
"world1": [
"a huge bus"
],
"world2": [
"a little car"
]
} | A huge bus and a little car were stopped at an intersection. The light turned green. Who made it across the intersection first? (A) the car (B) the bus |
QuaRel_V1_Fr_0914 | 0 | [
"(infer (speed higher world1) (friction lower world1) (friction lower world2))",
"(infer (speed higher world2) (friction lower world2) (friction lower world1))"
] | qrel(speed, higher, world1) -> qrel(friction, lower, world1) ; qrel(friction, lower, world2) | {
"world1": [
"cement driveway"
],
"world2": [
"grassy hill"
]
} | Ralph let the rubber ball roll downhill on the cement driveway then retrieved it and let it roll downhill on the grassy hill. He noted the ball rolled faster and went a longer distances on the cement driveway then on the grassy hill. He surmised that there was less friction on the (A) cement driveway (B) grassy hill. |
QuaRel_V1_B4_0433 | 0 | [
"(infer (and (distance high world1) (distance low world2)) (brightness lower world1) (brightness lower world2))",
"(infer (and (distance high world2) (distance low world1)) (brightness lower world2) (brightness lower world1))"
] | qval(distance, high, world1), qval(distance, low, world2) -> qrel(brightness, lower, world1) ; qrel(brightness, lower, world2) | {
"world1": [
"Far lights"
],
"world2": [
"Close lights"
]
} | Adam noticed bright cop lights approach him from behind and pass ahead of him. When would these cop lights appear dimmest? (A) Far away (B) Up close |
QuaRel_V1_B3_0042 | 0 | [
"(infer (distance lower world1) (brightness higher world1) (brightness higher world2))",
"(infer (distance lower world2) (brightness higher world2) (brightness higher world1))"
] | qrel(distance, lower, world1) -> qrel(brightness, higher, world1) ; qrel(brightness, higher, world2) | {
"world1": [
"lantern"
],
"world2": [
"streetlight"
]
} | Mike is standing closer to a lantern then to a streetlight. Which light source seems brighter to him? (A) lantern (B) streetlight |
QuaRel_V1_Fr_1121 | 1 | [
"(infer (speed higher world1) (friction higher world1) (friction higher world2))",
"(infer (speed higher world2) (friction higher world2) (friction higher world1))"
] | qrel(speed, higher, world1) -> qrel(friction, higher, world1) ; qrel(friction, higher, world2) | {
"world1": [
"gym"
],
"world2": [
"yoga studio"
]
} | Milo can roll his dumbell at a greater rate of speed in his gym then in his yoga studio. Which surface has the most friction? (A) gym (B) yoga studio |
QuaRel_V1_Fr_1472 | 1 | [
"(infer (friction higher world1) (speed higher world1) (speed higher world2))",
"(infer (friction higher world2) (speed higher world2) (speed higher world1))"
] | qrel(friction, higher, world1) -> qrel(speed, higher, world1) ; qrel(speed, higher, world2) | {
"world1": [
"paper napkin"
],
"world2": [
"cloth napkin"
]
} | A pen writing on a paper napkin experiences more friction then one writing on a cloth napkin. This means the motion of the pen is quicker on the (A) paper napkin (B) cloth napkin |
QuaRel_V1_Fr_1080 | 1 | [
"(infer (speed higher world1) (heat lower world2) (heat lower world1))",
"(infer (speed higher world2) (heat lower world1) (heat lower world2))"
] | qrel(speed, higher, world1) -> qrel(heat, lower, world2) ; qrel(heat, lower, world1) | {
"world1": [
"short grass"
],
"world2": [
"tall grass"
]
} | A dog can run faster through short grass then through tall grass. This means the dog generates less heat through the (A) tall grass or (B) short grass |
QuaRel_V1_Fr_0560 | 1 | [
"(infer (speed higher world1) (smoothness higher world2) (smoothness higher world1))",
"(infer (speed higher world2) (smoothness higher world1) (smoothness higher world2))"
] | qrel(speed, higher, world1) -> qrel(smoothness, higher, world2) ; qrel(smoothness, higher, world1) | {
"world1": [
"driveway"
],
"world2": [
"roof"
]
} | James is watching it rain one day. He notices that the rain travels faster over the driveway then the bumpy shingles of his house's roof. Which surface is more smooth (A) roof (B) driveway. |
QuaRel_V1_Fr_1515 | 0 | [
"(infer (heat lower world1) (speed higher world1) (speed higher world2))",
"(infer (heat lower world2) (speed higher world2) (speed higher world1))"
] | qrel(heat, lower, world1) -> qrel(speed, higher, world1) ; qrel(speed, higher, world2) | {
"world1": [
"flower bed"
],
"world2": [
"raised bed"
]
} | Rolling a melon down a flower bed generates less heat then rolling it down a raised bed. This means the melon will roll at a quicker rate down the (A) flower bed (B) raised bed |
QuaRel_V1_B4_0366 | 1 | [
"(infer (and (flexibility low world1) (flexibility high world2)) (breakability higher world2) (breakability higher world1))",
"(infer (and (flexibility low world2) (flexibility high world1)) (breakability higher world1) (breakability higher world2))"
] | qval(flexibility, low, world1), qval(flexibility, high, world2) -> qrel(breakability, higher, world2) ; qrel(breakability, higher, world1) | {
"world1": [
"glass tube"
],
"world2": [
"plastic tube"
]
} | The irritable scientist working in her laboratory built her machine with both a plastic tube and a glass tube. She liked that the plastic tube could bend easily and she liked that she could see through the glass tube even though the glass tube did not bend at all. One time she got angry and tried to snap the tubes over her leg but could break only one of them. Which tube did she most likely break (A) the plastic tube or (B) the glass tube? |
QuaRel_V1_Fr_0258 | 1 | [
"(infer (smoothness higher world1) (friction higher world1) (friction higher world2))",
"(infer (smoothness higher world2) (friction higher world2) (friction higher world1))"
] | qrel(smoothness, higher, world1) -> qrel(friction, higher, world1) ; qrel(friction, higher, world2) | {
"world1": [
"cement driveway"
],
"world2": [
"dirt"
]
} | Jack was driving down his driveway. He accidentally went off the driveway into the dirt. He noticed the drive was much smoother on the driveway than on the dirt. That is because there is more resistance on the (A) driveway (B) dirt. |
QuaRel_V1_Fr_0980 | 1 | [
"(infer (smoothness higher world1) (friction higher world1) (friction higher world2))",
"(infer (smoothness higher world2) (friction higher world2) (friction higher world1))"
] | qrel(smoothness, higher, world1) -> qrel(friction, higher, world1) ; qrel(friction, higher, world2) | {
"world1": [
"sheet"
],
"world2": [
"blanket"
]
} | Todd found out that his sheet is much less rough compared to his blanket by sliding his pookie across them. He also learned that his _____ has more friction (A) sheet (B) blanket |
QuaRel_V1_Fr_0686 | 1 | [
"(infer (smoothness higher world1) (friction higher world1) (friction lower world1))",
"(infer (smoothness higher world2) (friction higher world2) (friction lower world2))"
] | qrel(smoothness, higher, world1) -> qrel(friction, higher, world1) ; qrel(friction, lower, world1) | {
"world1": [
"grass patch"
],
"world2": [
"rocky path"
]
} | Rick rides his bike down a rocky path, and sees that his bike speeds up when he hits a grass patch. The bike went smoother over the grass patch than the rocky path because the grass patch had (A) more resistance (B) less resistance. |
QuaRel_V1_Fr_0033 | 1 | [
"(infer (and (smoothness low world1) (smoothness high world2)) (smoothness higher world1) (smoothness higher world2))",
"(infer (and (smoothness low world2) (smoothness high world1)) (smoothness higher world2) (smoothness higher world1))"
] | qval(smoothness, low, world1), qval(smoothness, high, world2) -> qrel(smoothness, higher, world1) ; qrel(smoothness, higher, world2) | {
"world1": [
"chained snow tire"
],
"world2": [
"regular tire"
]
} | Jerry's car is outfitted with special snow tires that have chains on them. Brad's car has regular tires with no chains. Which tire would glide more easily on snow and ice, thereby creating safety issues? (A) chained snow tire (B) regular tire |
QuaRel_V1_B5_0564 | 0 | [
"(infer (loudness lower world1) (distance lower world2) (distance lower world1))",
"(infer (loudness lower world2) (distance lower world1) (distance lower world2))"
] | qrel(loudness, lower, world1) -> qrel(distance, lower, world2) ; qrel(distance, lower, world1) | {
"world1": [
"nap in den"
],
"world2": [
"nap in living room"
]
} | When Peter tried to take an afternoon nap in the living room, construction noise from next door always kept him awake. When he changed his afternoon nap location to the den instead, the room was noise-free and he slept well. Which room is likely to be nearer to the construction site next door? (A) living room (B) Den |
QuaRel_V1_B5_0086 | 1 | [
"(infer (speed lower world1) (distance higher world1) (distance higher world2))",
"(infer (speed lower world2) (distance higher world2) (distance higher world1))"
] | qrel(speed, lower, world1) -> qrel(distance, higher, world1) ; qrel(distance, higher, world2) | {
"world1": [
"rabbit"
],
"world2": [
"chicken"
]
} | A rabbit can't run as fast as a chicken. If both animals run at top speed for the same amount of time, which will go the greater distance? (A) rabbit (B) chicken |