id
stringlengths
17
17
answer_index
int32
0
1
logical_forms
sequencelengths
2
2
logical_form_pretty
stringlengths
83
160
world_literals
sequence
question
stringlengths
56
626
QuaRel_V1_B5_0254
0
[ "(infer (flexibility lower world1) (breakability higher world1) (breakability lower world1))", "(infer (flexibility lower world2) (breakability higher world2) (breakability lower world2))" ]
qrel(flexibility, lower, world1) -> qrel(breakability, higher, world1) ; qrel(breakability, lower, world1)
{ "world1": [ "plastic sheeting" ], "world2": [ "canvas tarp" ] }
Sean needs a shelter for camping. He chooses a canvas tarp over plastic sheeting because the sheeting is more likely to (A) break (B) cost more
QuaRel_V1_Fr_1393
0
[ "(infer (distance higher world1) (smoothness lower world2) (smoothness lower world1))", "(infer (distance higher world2) (smoothness lower world1) (smoothness lower world2))" ]
qrel(distance, higher, world1) -> qrel(smoothness, lower, world2) ; qrel(smoothness, lower, world1)
{ "world1": [ "dry snow" ], "world2": [ "wet snow" ] }
James can ride his sled a greater distance over dry snow then over wet snow. This means the _____ is more rough (A) wet snow (B) dry snow
QuaRel_V1_Fr_1281
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": [ "kitchen floor" ], "world2": [ "pantry floor" ] }
Harry knows his kitchen floor is rougher then his pantry floor. This means that if he drops some canned vegetables on the _____ they will experience more friction (A) pantry floor (B) kitchen floor
QuaRel_V1_B5_1329
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": [ "far away street light" ], "world2": [ "nearby street light" ] }
Melissa is playing outside in the evening when the street lights go on. From where she is, she can see two street lights. One is nearby and the other is farther away down the street. Which appears dimmer? (A) nearby street light (B) far away street light
QuaRel_V1_B5_0172
1
[ "(infer (thickness higher world1) (strength higher world2) (strength higher world1))", "(infer (thickness higher world2) (strength higher world1) (strength higher world2))" ]
qrel(thickness, higher, world1) -> qrel(strength, higher, world2) ; qrel(strength, higher, world1)
{ "world1": [ "older tree" ], "world2": [ "sapling" ] }
A sapling and an older tree are standing in a forest. The older tree's trunk is wider than the sapling's trunk. In a windstorm, which will stand up longer? (A) sapling (B) older tree
QuaRel_V1_B5_0876
0
[ "(infer (and (weight high world1) (weight low world2)) (acceleration lower world1) (acceleration lower world2))", "(infer (and (weight high world2) (weight low world1)) (acceleration lower world2) (acceleration lower world1))" ]
qval(weight, high, world1), qval(weight, low, world2) -> qrel(acceleration, lower, world1) ; qrel(acceleration, lower, world2)
{ "world1": [ "light paper plane" ], "world2": [ "heavy paper plane" ] }
Erika is trying to get a paper plane to fly faster and further. She makes one that is heavy, and one that is very light. Which will go faster? (A) light plane (B) heavy plane
QuaRel_V1_Fr_1640
1
[ "(infer (smoothness higher world1) (heat higher world1) (heat higher world2))", "(infer (smoothness higher world2) (heat higher world2) (heat higher world1))" ]
qrel(smoothness, higher, world1) -> qrel(heat, higher, world1) ; qrel(heat, higher, world2)
{ "world1": [ "bathroom counter" ], "world2": [ "kitchen counter" ] }
A bathroom counter isn't as rough as a kitchen counter. Which surface will cause a tape ball to get hotter when rolled across it? (A) bathroom counter (B) kitchen counter
QuaRel_V1_B5_1337
0
[ "(infer (distance lower world1) (loudness higher world1) (loudness lower world1))", "(infer (distance lower world2) (loudness higher world2) (loudness lower world2))" ]
qrel(distance, lower, world1) -> qrel(loudness, higher, world1) ; qrel(loudness, lower, world1)
{ "world1": [ "cannon" ], "world2": [ "rifle" ] }
Shooting a cannon sounds _____ then shooting a rifle if the cannon is nearer then the rifle. (A) louder (B) softer
QuaRel_V1_B4_0460
1
[ "(infer (flexibility lower world1) (breakability higher world2) (breakability higher world1))", "(infer (flexibility lower world2) (breakability higher world1) (breakability higher world2))" ]
qrel(flexibility, lower, world1) -> qrel(breakability, higher, world2) ; qrel(breakability, higher, world1)
{ "world1": [ "ipad" ], "world2": [ "notepad" ] }
Sue noticed that when she flipped her notepad up and down in the air, it really bent a lot, but her iPad didn't distort at all. As she as holding both, she tripped and fell, sending both at a high speed towards a brick wall. Which is more likely to break? (A) the notepad (B) the iPad
QuaRel_V1_Fr_0083
1
[ "(infer (and (smoothness high world1) (smoothness low world2)) (friction higher world1) (friction higher world2))", "(infer (and (smoothness high world2) (smoothness low world1)) (friction higher world2) (friction higher world1))" ]
qval(smoothness, high, world1), qval(smoothness, low, world2) -> qrel(friction, higher, world1) ; qrel(friction, higher, world2)
{ "world1": [ "mud" ], "world2": [ "grass" ] }
A boy slid in the mud, after walking across the grass yard with no problem. Which had more resistance? (A) mud (B) grass
QuaRel_V1_B5_0863
0
[ "(infer (distance lower world1) (loudness higher world1) (loudness lower world1))", "(infer (distance lower world2) (loudness higher world2) (loudness lower world2))" ]
qrel(distance, lower, world1) -> qrel(loudness, higher, world1) ; qrel(loudness, lower, world1)
{ "world1": [ "playing near home" ], "world2": [ "playing away from home" ] }
Kim is playing outside. Her mother yells for her to come inside. Kim notices that when she is closer to home, her mother sounds (A) louder (B) quieter
QuaRel_V1_B4_0100
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": [ "appears tinier" ], "world2": [ "more distant" ] }
Pete throws a ball that travels more distant and yet it appears tinier. How much (A) more distant will the object (B) appear tinier?
QuaRel_V1_B3_0034
0
[ "(infer (flexibility lower world1) (breakability higher world1) (breakability higher world2))", "(infer (flexibility lower world2) (breakability higher world2) (breakability higher world1))" ]
qrel(flexibility, lower, world1) -> qrel(breakability, higher, world1) ; qrel(breakability, higher, world2)
{ "world1": [ "glass" ], "world2": [ "rubber" ] }
The less flexible of the two is _____ leads to it being likely to shatter (A) glass (B) rubber
QuaRel_V1_B5_0430
1
[ "(infer (mass lower world1) (gravity higher world1) (gravity higher world2))", "(infer (mass lower world2) (gravity higher world2) (gravity higher world1))" ]
qrel(mass, lower, world1) -> qrel(gravity, higher, world1) ; qrel(gravity, higher, world2)
{ "world1": [ "Sun" ], "world2": [ "Black hole" ] }
A black hole is smaller in size than the sun. Which will have the strongest gravity? (A) Sun (B) Black hole
QuaRel_V1_Fr_1545
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": [ "fruit orchard" ], "world2": [ "truck bed" ] }
A lemon rolls faster in a fruit orchard then in a truck bed. This means the lemon will roll a greater distance in the (A) fruit orchard (B) truck bed
QuaRel_V1_Fr_1605
0
[ "(infer (smoothness higher world1) (heat lower world1) (heat lower world2))", "(infer (smoothness higher world2) (heat lower world2) (heat lower world1))" ]
qrel(smoothness, higher, world1) -> qrel(heat, lower, world1) ; qrel(heat, lower, world2)
{ "world1": [ "sand" ], "world2": [ "gravel" ] }
Sand is less rough then gravel. A skateboard wheel rolling over _____ will become less hot over time (A) sand (B) gravel
QuaRel_V1_Fr_0260
1
[ "(infer (friction higher world1) (smoothness higher world1) (smoothness higher world2))", "(infer (friction higher world2) (smoothness higher world2) (smoothness higher world1))" ]
qrel(friction, higher, world1) -> qrel(smoothness, higher, world1) ; qrel(smoothness, higher, world2)
{ "world1": [ "grass" ], "world2": [ "sidewalk" ] }
John notices when he rides his bike on the grass, there is more friction than when he rides on the sidewalk. That's because the _____ is smoother. (A) grass (B) sidewalk
QuaRel_V1_Fr_0793
0
[ "(infer (and (distance low world1) (distance high world2)) (friction higher world1) (friction lower world1))", "(infer (and (distance low world2) (distance high world1)) (friction higher world2) (friction lower world2))" ]
qval(distance, low, world1), qval(distance, high, world2) -> qrel(friction, higher, world1) ; qrel(friction, lower, world1)
{ "world1": [ "leafy lawn" ], "world2": [ "concrete" ] }
A ball is rolled over a leafy lawn and moves about five feet. The ball is rolled on concrete and moves about twenty feet. The ball didn't go very far on the leafy lawn because it had (A) more friction (B) less friction.
QuaRel_V1_Fr_1314
0
[ "(infer (and (speed high world1) (speed low world2)) (smoothness higher world1) (smoothness higher world2))", "(infer (and (speed high world2) (speed low world1)) (smoothness higher world2) (smoothness higher world1))" ]
qval(speed, high, world1), qval(speed, low, world2) -> qrel(smoothness, higher, world1) ; qrel(smoothness, higher, world2)
{ "world1": [ "ice" ], "world2": [ "tile floor" ] }
Gabriel was playing hockey. He hit the puck and it slid quickly on the ice, then moved off the ice onto a tile floor and moved slower. Which surface is flatter? (A) ice (B) tile floor
QuaRel_V1_Fr_0373
0
[ "(infer (and (speed low world1) (speed high world2)) (heat higher world1) (heat lower world1))", "(infer (and (speed low world2) (speed high world1)) (heat higher world2) (heat lower world2))" ]
qval(speed, low, world1), qval(speed, high, world2) -> qrel(heat, higher, world1) ; qrel(heat, lower, world1)
{ "world1": [ "green lane" ], "world2": [ "blue lane" ] }
Silas rolls his tennis ball on a blue lane and the ball rolls very fast. The ball rolls much more slowly on the green lane. The ball will be _____ after rolling on the green lane. (A) warmer (B) cooler
QuaRel_V1_Fr_0291
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": [ "lawn chair" ], "world2": [ "bed" ] }
Mike discovered that his cotton ball encountered lower resistance rolling over a lawn chair than rolling over a bed. This means his cotton ball got hotter rolling over (A) bed (B) lawn chair
QuaRel_V1_Fr_0727
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": [ "watermelon" ], "world2": [ "cheese" ] }
Simon was using his sword to cut up some food when he noticed that more heat was generated when he cut a watermelon then when he cut a piece of cheese. He decided that the _____ had more friction (A) watermelon (B) cheese
QuaRel_V1_B5_1201
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": [ "headlights" ], "world2": [ "driving" ] }
I could see the headlights of the driver behind me however once he got closer he seemed to blind me with the light. Did the light appear brighter when it got closer (A) Yes (B) No
QuaRel_V1_Fr_0320
1
[ "(infer (heat higher world1) (friction higher world2) (friction higher world1))", "(infer (heat higher world2) (friction higher world1) (friction higher world2))" ]
qrel(heat, higher, world1) -> qrel(friction, higher, world2) ; qrel(friction, higher, world1)
{ "world1": [ "sand" ], "world2": [ "parking lot" ] }
Josh is in a parking lot near the beach. He decides to drive his car across the sand. The car's tires heat up more when he is driving over the sand. This is because the _____ has more resistance. (A) parking lot (B) sand
QuaRel_V1_Fr_0969
0
[ "(infer (distance higher world1) (friction lower world1) (friction lower world2))", "(infer (distance higher world2) (friction lower world2) (friction lower world1))" ]
qrel(distance, higher, world1) -> qrel(friction, lower, world1) ; qrel(friction, lower, world2)
{ "world1": [ "clear air" ], "world2": [ "fog" ] }
Little Jimmy found that he could fly his new kite much higher when the air was clear rather than when there was fog. This means that the _____ has more resistance (A) air (B) fog
QuaRel_V1_Fr_1617
0
[ "(infer (speed higher world1) (heat lower world1) (heat lower world2))", "(infer (speed higher world2) (heat lower world2) (heat lower world1))" ]
qrel(speed, higher, world1) -> qrel(heat, lower, world1) ; qrel(heat, lower, world2)
{ "world1": [ "track" ], "world2": [ "alley" ] }
Milo is a professional drag racer. He practices all the time in different situations. He knows that he can drive his drag racer at much higher rates of speed when on a track compared to when he is in an alley. This means that the drag racer experiences less of a increase in temperature when racing on which surface: (A) track (B) alley
QuaRel_V1_B5_0517
0
[ "(infer (breakability lower world1) (flexibility higher world1) (flexibility lower world1))", "(infer (breakability lower world2) (flexibility higher world2) (flexibility lower world2))" ]
qrel(breakability, lower, world1) -> qrel(flexibility, higher, world1) ; qrel(flexibility, lower, world1)
{ "world1": [ "more flexible toys" ], "world2": [ "less flexible toys" ] }
Peter is buying toys for his young children. He doesn't want the kids to break the toys, so he should buy toys that are (A) more flexible (B) less flexible
QuaRel_V1_Fr_0408
0
[ "(infer (distance higher world1) (friction lower world1) (friction lower world2))", "(infer (distance higher world2) (friction lower world2) (friction lower world1))" ]
qrel(distance, higher, world1) -> qrel(friction, lower, world1) ; qrel(friction, lower, world2)
{ "world1": [ "air" ], "world2": [ "pool" ] }
Sally's kite can move a greater distance through air rather than through her pool. This means her _____ has less friction (A) air (B) pool
QuaRel_V1_Fr_0498
0
[ "(infer (speed lower world1) (distance higher world2) (distance higher world1))", "(infer (speed lower world2) (distance higher world1) (distance higher world2))" ]
qrel(speed, lower, world1) -> qrel(distance, higher, world2) ; qrel(distance, higher, world1)
{ "world1": [ "choppy water" ], "world2": [ "calm water" ] }
Harold's jet ski travels less quickly through choppy water compared to calm water. The jet ski will ultimately cover a greater distance over (A) calm water (B) choppy water
QuaRel_V1_Fr_1414
1
[ "(infer (distance higher world1) (smoothness lower world1) (smoothness lower world2))", "(infer (distance higher world2) (smoothness lower world2) (smoothness lower world1))" ]
qrel(distance, higher, world1) -> qrel(smoothness, lower, world1) ; qrel(smoothness, lower, world2)
{ "world1": [ "rooftop" ], "world2": [ "cold ground" ] }
A sleigh will slide a greater distance over a rooftop then over cold ground. This means the _____ is more rough (A) rooftop (B) cold ground
QuaRel_V1_B5_0449
1
[ "(infer (distance lower world1) (apparentSize lower world1) (apparentSize higher world1))", "(infer (distance lower world2) (apparentSize lower world2) (apparentSize higher world2))" ]
qrel(distance, lower, world1) -> qrel(apparentSize, lower, world1) ; qrel(apparentSize, higher, world1)
{ "world1": [ "dog up close" ], "world2": [ "dog far away" ] }
Dan sees a dog down the street, and isn't worried, because it looks small. However, the dog approaches Dan, and he is suddenly fearful, since the dog is clearly (A) minuscule (B) larger
QuaRel_V1_B4_0091
0
[ "(infer (brightness higher world1) (distance lower world1) (distance lower world2))", "(infer (brightness higher world2) (distance lower world2) (distance lower world1))" ]
qrel(brightness, higher, world1) -> qrel(distance, lower, world1) ; qrel(distance, lower, world2)
{ "world1": [ "Betty" ], "world2": [ "Dave" ] }
Three spelunkers are exploring a huge canyon. They are all far from one another. Henry can see the headlights from his friends, Betty and Dave. Betty's light appears to be brighter than Dave's. Which of his friends is he closer to? (A) Betty (B) Dave
QuaRel_V1_B5_0746
1
[ "(infer (mass lower world1) (gravity higher world1) (gravity lower world1))", "(infer (mass lower world2) (gravity higher world2) (gravity lower world2))" ]
qrel(mass, lower, world1) -> qrel(gravity, higher, world1) ; qrel(gravity, lower, world1)
{ "world1": [ "Uranus" ], "world2": [ "Jupiter" ] }
Uranus has less mass than Jupiter so it has (A) stronger (B) weaker gravity
QuaRel_V1_Fr_0925
1
[ "(infer (friction lower world1) (heat higher world1) (heat higher world2))", "(infer (friction lower world2) (heat higher world2) (heat higher world1))" ]
qrel(friction, lower, world1) -> qrel(heat, higher, world1) ; qrel(heat, higher, world2)
{ "world1": [ "wooden table" ], "world2": [ "grass" ] }
It's easier to push a toy car across a wooden table than across the grass. The tires of the toy car would get more warm when it is pushed over the (A) wooden table (B) grass.
QuaRel_V1_Fr_0982
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": [ "felt" ], "world2": [ "carpet" ] }
Jeri noticed that the pool cue ball moves faster on the felt of the table than on the carpeted game room floor. The cue ball moves faster on the felt surface because the felt has (A) less resistance (B) more resistance
QuaRel_V1_Fr_1421
0
[ "(infer (smoothness higher world1) (distance higher world1) (distance higher world2))", "(infer (smoothness higher world2) (distance higher world2) (distance higher world1))" ]
qrel(smoothness, higher, world1) -> qrel(distance, higher, world1) ; qrel(distance, higher, world2)
{ "world1": [ "poker table" ], "world2": [ "carpet" ] }
The poker table at the casino is less bumpy then the carpet. This means that a poker chip sliding across the _____ will travel a greater distance before stopping (A) poker table (B) carpet
QuaRel_V1_Fr_1249
1
[ "(infer (heat lower world1) (smoothness higher world2) (smoothness higher world1))", "(infer (heat lower world2) (smoothness higher world1) (smoothness higher world2))" ]
qrel(heat, lower, world1) -> qrel(smoothness, higher, world2) ; qrel(smoothness, higher, world1)
{ "world1": [ "dry floor" ], "world2": [ "wet floor" ] }
Sliding boots across a dry floor makes them heat up less then sliding them across a wet floor. This means that the _____ is smoother (A) wet floor (B) dry floor
QuaRel_V1_Fr_1327
1
[ "(infer (and (smoothness low world1) (smoothness high world2)) (heat lower world1) (heat lower world2))", "(infer (and (smoothness low world2) (smoothness high world1)) (heat lower world2) (heat lower world1))" ]
qval(smoothness, low, world1), qval(smoothness, high, world2) -> qrel(heat, lower, world1) ; qrel(heat, lower, world2)
{ "world1": [ "bushes" ], "world2": [ "clear air" ] }
Throwing a throwing spear through clear air feels smooth, while throwing it through bushes feels rough. The throwing spear doesn't get as hot when thrown through the (A) bushes (B) clear air
QuaRel_V1_B4_0250
0
[ "(infer (speed higher world1) (time lower world1) (time lower world2))", "(infer (speed higher world2) (time lower world2) (time lower world1))" ]
qrel(speed, higher, world1) -> qrel(time, lower, world1) ; qrel(time, lower, world2)
{ "world1": [ "Motorcycle" ], "world2": [ "Running Man" ] }
Mike races a man running on his sports motorcycle. Who will reach the finish line a quarter mile away first? (A) Mike (B) Running Man
QuaRel_V1_Fr_0771
0
[ "(infer (and (speed high world1) (speed low world2)) (smoothness higher world1) (smoothness higher world2))", "(infer (and (speed high world2) (speed low world1)) (smoothness higher world2) (smoothness higher world1))" ]
qval(speed, high, world1), qval(speed, low, world2) -> qrel(smoothness, higher, world1) ; qrel(smoothness, higher, world2)
{ "world1": [ "space" ], "world2": [ "mars" ] }
An astronaut glides through space, then lands on mars. He moves slowly on the bumpy Mars surface , which means _____ is a smoother ride. (A) space (B) Mars
QuaRel_V1_B4_0169
0
[ "(infer (strength lower world1) (distance higher world2) (distance higher world1))", "(infer (strength lower world2) (distance higher world1) (distance higher world2))" ]
qrel(strength, lower, world1) -> qrel(distance, higher, world2) ; qrel(distance, higher, world1)
{ "world1": [ "Toddler" ], "world2": [ "Adult" ] }
If an average adult throws a ball and an average toddler throws a ball, which ball will go the furthest? (A) Ball thrown by adult (B) Ball thrown by toddler
QuaRel_V1_B5_1411
0
[ "(infer (weight lower world1) (acceleration higher world1) (acceleration higher world2))", "(infer (weight lower world2) (acceleration higher world2) (acceleration higher world1))" ]
qrel(weight, lower, world1) -> qrel(acceleration, higher, world1) ; qrel(acceleration, higher, world2)
{ "world1": [ "sports car" ], "world2": [ "truck" ] }
A sports car weighs less then a truck. Which vehicle can accelerate at a greater rate of speed? (A) sports car (B) truck
QuaRel_V1_B4_0286
0
[ "(infer (amountSweat higher world1) (exerciseIntensity higher world1) (exerciseIntensity higher world2))", "(infer (amountSweat higher world2) (exerciseIntensity higher world2) (exerciseIntensity higher world1))" ]
qrel(amountSweat, higher, world1) -> qrel(exerciseIntensity, higher, world1) ; qrel(exerciseIntensity, higher, world2)
{ "world1": [ "Carl" ], "world2": [ "Rick" ] }
Rick was driving a car and Carl was running beside it. They were being chased by zombies. Carl grabbed the door frame and thrust himself into the passenger seat, absolutely drenched in sweat. That's because (A) Carl was exercising more (B) Rick was exercising more
QuaRel_V1_Fr_1398
1
[ "(infer (distance higher world1) (smoothness lower world1) (smoothness lower world2))", "(infer (distance higher world2) (smoothness lower world2) (smoothness lower world1))" ]
qrel(distance, higher, world1) -> qrel(smoothness, lower, world1) ; qrel(smoothness, lower, world2)
{ "world1": [ "bay" ], "world2": [ "open sea" ] }
Mary's skiff is able to journey a much greater distance before refueling in the bay then in the open sea. This means that the _____ is more rugged (A) bay (B) open sea
QuaRel_V1_B4_0084
0
[ "(infer (mass lower world1) (gravity higher world2) (gravity higher world1))", "(infer (mass lower world2) (gravity higher world1) (gravity higher world2))" ]
qrel(mass, lower, world1) -> qrel(gravity, higher, world2) ; qrel(gravity, higher, world1)
{ "world1": [ "asteroid" ], "world2": [ "Moon" ] }
A satellite is heading toward the moon to orbit and collect data. Near the moon there is an asteroid that is less than half the mass of the moon. The satellite is pulled past the asteroid and into the orbit of the moon due to the moon's much larger size. This means that the (A) moon (B) asteroid has a more powerful gravitational attraction.
QuaRel_V1_B5_0932
0
[ "(infer (distance higher world1) (apparentSize higher world2) (apparentSize higher world1))", "(infer (distance higher world2) (apparentSize higher world1) (apparentSize higher world2))" ]
qrel(distance, higher, world1) -> qrel(apparentSize, higher, world2) ; qrel(apparentSize, higher, world1)
{ "world1": [ "playground" ], "world2": [ "trees" ] }
Jeff is walking among some trees when he sees a playground in the distance. Which would appear larger to him? (A) trees (B) playground
QuaRel_V1_B5_0909
1
[ "(infer (gravity lower world1) (mass higher world1) (mass lower world1))", "(infer (gravity lower world2) (mass higher world2) (mass lower world2))" ]
qrel(gravity, lower, world1) -> qrel(mass, higher, world1) ; qrel(mass, lower, world1)
{ "world1": [ "balloon" ], "world2": [ "boulder" ] }
Bill throws a boulder and a balloon. The balloon falls much slower than the boulder meaning it (A) weighs more (B) weighs less
QuaRel_V1_B4_0278
1
[ "(infer (and (distance high world1) (distance low world2)) (brightness higher world1) (brightness lower world1))", "(infer (and (distance high world2) (distance low world1)) (brightness higher world2) (brightness lower world2))" ]
qval(distance, high, world1), qval(distance, low, world2) -> qrel(brightness, higher, world1) ; qrel(brightness, lower, world1)
{ "world1": [ "light further" ], "world2": [ "light closer" ] }
Fred was driving past some Jersey barriers to the side of the road in New York City at night, when he noticed a bright orange light on the end one. It nearly blinded him as he drove by it, and it was minutes before he'd driven far enough away that it was only barely visible in his rear-view mirror. The light was (A) dimmest when he was closer to it (B) dimmest when he was further from it.
QuaRel_V1_B5_1049
1
[ "(infer (distance higher world1) (loudness higher world1) (loudness lower world1))", "(infer (distance higher world2) (loudness higher world2) (loudness lower world2))" ]
qrel(distance, higher, world1) -> qrel(loudness, higher, world1) ; qrel(loudness, lower, world1)
{ "world1": [ "away from a house" ], "world2": [ "near a house" ] }
An ice cream truck is driving through a neighborhood. As it approaches a house, it is loud, as it leaves the house (A) it is louder (B) it is quieter
QuaRel_V1_B5_1088
1
[ "(infer (and (speed high world1) (speed low world2)) (distance higher world2) (distance higher world1))", "(infer (and (speed high world2) (speed low world1)) (distance higher world1) (distance higher world2))" ]
qval(speed, high, world1), qval(speed, low, world2) -> qrel(distance, higher, world2) ; qrel(distance, higher, world1)
{ "world1": [ "husky" ], "world2": [ "beagle" ] }
A beagle is running at the same time as a husky. Both are running for ten minutes in the same direction. The husky arrives at the destination first, and the beagle falls behind and stops. The dog that went further was the (A) beagle (B) husky
QuaRel_V1_B4_0389
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": [ "small speed boat" ], "world2": [ "large cruise ship" ] }
Which could get up to 60 mph faster (A) a light speed boat or (B) a heavy cruise ship.
QuaRel_V1_Fr_1423
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": [ "dry" ], "world2": [ "sweaty" ] }
Mary knows that when her nose is dry it offers more friction then when it is sweaty. This means her glasses will slide down her face a lot quicker when her nose is (A) sweaty (B) dry
QuaRel_V1_B4_0258
1
[ "(infer (time higher world1) (distance lower world1) (distance lower world2))", "(infer (time higher world2) (distance lower world2) (distance lower world1))" ]
qrel(time, higher, world1) -> qrel(distance, lower, world1) ; qrel(distance, lower, world2)
{ "world1": [ "cowboy's distance" ], "world2": [ "hippie's distance" ] }
A cowboy and a hippie were both walking to San Francisco, and because they were the same height, walked at the same pace. However, the cowboy had gotten up at dawn and started walking two hours before the hippie. It's now noon, and (A) the cowboy has traveled less distance (B) the hippie has traveled less distance
QuaRel_V1_B5_0101
1
[ "(infer (time higher world1) (distance higher world2) (distance higher world1))", "(infer (time higher world2) (distance higher world1) (distance higher world2))" ]
qrel(time, higher, world1) -> qrel(distance, higher, world2) ; qrel(distance, higher, world1)
{ "world1": [ "female robin" ], "world2": [ "male robin" ] }
Two robins were flying south at the same velocity. The male robin stopped to rest on a tree after 2 miles and the female kept going and didn't stop to rest for another half a mile. Which robin covered more distance? (A) the male (B) the female
QuaRel_V1_B4_0380
0
[ "(infer (and (speed low world1) (speed high world2)) (time higher world1) (time higher world2))", "(infer (and (speed low world2) (speed high world1)) (time higher world2) (time higher world1))" ]
qval(speed, low, world1), qval(speed, high, world2) -> qrel(time, higher, world1) ; qrel(time, higher, world2)
{ "world1": [ "tortoise" ], "world2": [ "Hare" ] }
The slow tortoise and the fast hare decided to run from the school house to their home. Who do you think to longer to get home (A) Tortoise (B) Hare
QuaRel_V1_B5_0901
0
[ "(infer (thickness lower world1) (strength lower world1) (strength higher world1))", "(infer (thickness lower world2) (strength lower world2) (strength higher world2))" ]
qrel(thickness, lower, world1) -> qrel(strength, lower, world1) ; qrel(strength, higher, world1)
{ "world1": [ "Finger" ], "world2": [ "Arm" ] }
A person's fingers are thinner than their arm so the fingers are (A) weaker (B) stronger
QuaRel_V1_Fr_0144
1
[ "(infer (and (smoothness low world1) (smoothness high world2)) (distance lower world2) (distance higher world2))", "(infer (and (smoothness low world2) (smoothness high world1)) (distance lower world1) (distance higher world1))" ]
qval(smoothness, low, world1), qval(smoothness, high, world2) -> qrel(distance, lower, world2) ; qrel(distance, higher, world2)
{ "world1": [ "alcove" ], "world2": [ "sidewalk" ] }
Sarah's groceries have been delivered. The grocery bags are being set outside her front door. Some potatoes spill out of one bag. The potatoes roll from the smooth concrete alcove to the sidewalk ten feet away. They roll onto the bumpy sidewalk. Will the potatoes roll (A) more than 10 feet on the sidewalk or (B) less than ten feet on the sidewalk?
QuaRel_V1_Fr_0460
1
[ "(infer (and (speed high world1) (speed low world2)) (friction lower world2) (friction higher world2))", "(infer (and (speed high world2) (speed low world1)) (friction lower world1) (friction higher world1))" ]
qval(speed, high, world1), qval(speed, low, world2) -> qrel(friction, lower, world2) ; qrel(friction, higher, world2)
{ "world1": [ "kmart floor" ], "world2": [ "parking lot" ] }
The lady pushed the shopping cart rapidly on the Kmart floor. The cart went much slower in the parking lot because it had (A) less resistance (B) more resistance
QuaRel_V1_Fr_0710
1
[ "(infer (distance higher world1) (distance higher world2) (distance higher world1))", "(infer (distance higher world2) (distance higher world1) (distance higher world2))" ]
qrel(distance, higher, world1) -> qrel(distance, higher, world2) ; qrel(distance, higher, world1)
{ "world1": [ "tile floor" ], "world2": [ "grass yard" ] }
Timmy rolled his toy truck to figure out which surface was rougher. He found that the toy truck rolled a much greater distance on the _____. The grass created more friction. (A) grass yard (B) tile floor
QuaRel_V1_Fr_1435
1
[ "(infer (and (distance high world1) (distance low world2)) (smoothness lower world1) (smoothness lower world2))", "(infer (and (distance high world2) (distance low world1)) (smoothness lower world2) (smoothness lower world1))" ]
qval(distance, high, world1), qval(distance, low, world2) -> qrel(smoothness, lower, world1) ; qrel(smoothness, lower, world2)
{ "world1": [ "brick walkway" ], "world2": [ "weedy garden" ] }
Young child plays with frozen meatball outside. The child rolls the meatball across the brick walkway and walks ten steps to get it. The child then rolls the meatball through the weedy garden and walks five steps to get it. The surface that causes the meatball to struggle to move is the (A) brick walkway (B) weedy garden.
QuaRel_V1_B4_0191
1
[ "(infer (mass lower world1) (gravity higher world1) (gravity higher world2))", "(infer (mass lower world2) (gravity higher world2) (gravity higher world1))" ]
qrel(mass, lower, world1) -> qrel(gravity, higher, world1) ; qrel(gravity, higher, world2)
{ "world1": [ "Jupiter" ], "world2": [ "Sun" ] }
Jupiter is massive, but still less massive than the sun. Which has a stronger gravitational effect on the Earth (A) Jupiter (B) Sun
QuaRel_V1_Fr_0816
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": [ "marble floor" ], "world2": [ "carpet" ] }
Todd was playing with a toy car. He noticed when he rolled it on the marble floor that it moved more easily than when he moved it across the carpet. The car moved slower on the (A) marble floor (B) carpet
QuaRel_V1_Fr_1357
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": [ "iceberg" ], "world2": [ "zoo" ] }
A penguin flopping around on an iceberg has an easier time then one flopping around in a zoo. This means the _____ will make the penguin's fins hotter (A) zoo (B) iceberg
QuaRel_V1_Fr_1535
1
[ "(infer (distance higher world1) (friction lower world2) (friction lower world1))", "(infer (distance higher world2) (friction lower world1) (friction lower world2))" ]
qrel(distance, higher, world1) -> qrel(friction, lower, world2) ; qrel(friction, lower, world1)
{ "world1": [ "wooden plate" ], "world2": [ "steel plate" ] }
A magnet can slide a greater distance across a wooden plate then across a steel plate. This means the magnet encounters less resistance over the (A) steel plate (B) wooden plate
QuaRel_V1_Fr_1066
1
[ "(infer (heat higher world1) (distance higher world1) (distance higher world2))", "(infer (heat higher world2) (distance higher world2) (distance higher world1))" ]
qrel(heat, higher, world1) -> qrel(distance, higher, world1) ; qrel(distance, higher, world2)
{ "world1": [ "clogged toilet" ], "world2": [ "clean toilet" ] }
A plunger gets a lot hotter plunging through a clogged toilet then plunging through a clean toilet. Which surface will let the plunger go a greater distance per push? (A) clogged toilet (B) clean toilet
QuaRel_V1_B3_0117
1
[ "(infer (and (exerciseIntensity high world1) (exerciseIntensity low world2)) (amountSweat higher world2) (amountSweat higher world1))", "(infer (and (exerciseIntensity high world2) (exerciseIntensity low world1)) (amountSweat higher world1) (amountSweat higher world2))" ]
qval(exerciseIntensity, high, world1), qval(exerciseIntensity, low, world2) -> qrel(amountSweat, higher, world2) ; qrel(amountSweat, higher, world1)
{ "world1": [ "students who run" ], "world2": [ "students who walk" ] }
The class is outside for P.E., half the children have chosen to walk their 4 laps, while the other half run the same distance. Which half will likely sweat more? (A) Students who walk (B) Students who run
QuaRel_V1_B5_1416
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": [ "F-16" ], "world2": [ "Jumbo Jet" ] }
The F-16 was much lighter than the jumbo jet so it was (A) slower accelerating (B) faster accelerating
QuaRel_V1_Fr_0698
1
[ "(infer (and (distance low world1) (distance high world2)) (friction higher world2) (friction lower world2))", "(infer (and (distance low world2) (distance high world1)) (friction higher world1) (friction lower world1))" ]
qval(distance, low, world1), qval(distance, high, world2) -> qrel(friction, higher, world2) ; qrel(friction, lower, world2)
{ "world1": [ "cornfield" ], "world2": [ "farmland" ] }
The farmers tractor got caught up while going through the cornfield, but went right through the farmland because it had (A) more resistance (B) less resistance
QuaRel_V1_Fr_0575
0
[ "(infer (smoothness lower world1) (friction lower world2) (friction lower world1))", "(infer (smoothness lower world2) (friction lower world1) (friction lower world2))" ]
qrel(smoothness, lower, world1) -> qrel(friction, lower, world2) ; qrel(friction, lower, world1)
{ "world1": [ "cement" ], "world2": [ "wood floor" ] }
Shane is dragging a box across the floor in his home. It's not hard, but when he gets to the rougher cement area outside, he has trouble. This is because the _____ has less resistance. (A) wood floor (B) cement
QuaRel_V1_Fr_1300
1
[ "(infer (and (friction high world1) (friction low world2)) (speed higher world1) (speed higher world2))", "(infer (and (friction high world2) (friction low world1)) (speed higher world2) (speed higher world1))" ]
qval(friction, high, world1), qval(friction, low, world2) -> qrel(speed, higher, world1) ; qrel(speed, higher, world2)
{ "world1": [ "dusty lane" ], "world2": [ "clean lane" ] }
A flower experiences low friction when blowing across a clean lane and high friction when blowing across a dusty lane. This means the flower will tumble at a higher rate of speed across the (A) dusty lane (B) clean lane
QuaRel_V1_B5_0981
0
[ "(infer (weight lower world1) (acceleration higher world1) (acceleration higher world2))", "(infer (weight lower world2) (acceleration higher world2) (acceleration higher world1))" ]
qrel(weight, lower, world1) -> qrel(acceleration, higher, world1) ; qrel(acceleration, higher, world2)
{ "world1": [ "Empty truck" ], "world2": [ "Full truck" ] }
Two identical trucks prepare to race to go from zero to 45 miles per hour. One truck is empty and one truck is full of heavy furniture. Which truck will win the race? (A) Empty truck (B) Full truck
QuaRel_V1_B5_1068
1
[ "(infer (and (speed high world1) (speed low world2)) (time lower world2) (time lower world1))", "(infer (and (speed high world2) (speed low world1)) (time lower world1) (time lower world2))" ]
qval(speed, high, world1), qval(speed, low, world2) -> qrel(time, lower, world2) ; qrel(time, lower, world1)
{ "world1": [ "John" ], "world2": [ "Ronan" ] }
John and Ronan are both headed to the top of the mountain. John is a professional mountain climber and Ronan is a beginner. Who makes it to the top of the mountain first? (A) Ronan (B) John
QuaRel_V1_Fr_0363
0
[ "(infer (speed lower world1) (heat higher world1) (heat higher world2))", "(infer (speed lower world2) (heat higher world2) (heat higher world1))" ]
qrel(speed, lower, world1) -> qrel(heat, higher, world1) ; qrel(heat, higher, world2)
{ "world1": [ "ice field" ], "world2": [ "clear water" ] }
A submarine chugs along slowly in an ice field compared to when it's floating in clear water. This means the submarine's temperature increases more in the (A) ice field (B) clear water
QuaRel_V1_Fr_1541
1
[ "(infer (smoothness higher world1) (heat lower world2) (heat lower world1))", "(infer (smoothness higher world2) (heat lower world1) (heat lower world2))" ]
qrel(smoothness, higher, world1) -> qrel(heat, lower, world2) ; qrel(heat, lower, world1)
{ "world1": [ "sandy bed" ], "world2": [ "rocky bed" ] }
Milo knows that a sandy bed feels more smooth than a rocky bed. He thought about it, and decided that a river traveling over a _____ would heat the water up less (A) rocky bed (B) sandy bed
QuaRel_V1_B5_0059
1
[ "(infer (acceleration lower world1) (weight higher world2) (weight higher world1))", "(infer (acceleration lower world2) (weight higher world1) (weight higher world2))" ]
qrel(acceleration, lower, world1) -> qrel(weight, higher, world2) ; qrel(weight, higher, world1)
{ "world1": [ "loaded bus" ], "world2": [ "empty bus" ] }
When Sheila, the new bus driver, started on her route, she noticed her bus was quick to get up to highway speeds. After she'd picked up many passengers, though, she found it took longer to get to highway speed because (A) her empty bus was heavier (B) her loaded bus was heavier
QuaRel_V1_B5_0375
1
[ "(infer (flexibility lower world1) (breakability higher world2) (breakability higher world1))", "(infer (flexibility lower world2) (breakability higher world1) (breakability higher world2))" ]
qrel(flexibility, lower, world1) -> qrel(breakability, higher, world2) ; qrel(breakability, higher, world1)
{ "world1": [ "steel sheet" ], "world2": [ "rubber sheet" ] }
A steel sheet is less flexible then a rubber sheet. If you bend both objects, which is most likely to break in half? (A) rubber sheet (B) steel sheet
QuaRel_V1_B5_0066
1
[ "(infer (and (strength high world1) (strength low world2)) (thickness higher world2) (thickness higher world1))", "(infer (and (strength high world2) (strength low world1)) (thickness higher world1) (thickness higher world2))" ]
qval(strength, high, world1), qval(strength, low, world2) -> qrel(thickness, higher, world2) ; qrel(thickness, higher, world1)
{ "world1": [ "white trash bag" ], "world2": [ "black trash bag" ] }
After John threw an item into a black trash bag, he noticed the item had ripped a hole in the bag. The next day, he threw a similar item into a white trash bag, and noticed that it didn't tear a hole. What trash bag is likely made of thicker material? (A) black trash bag (B) white trash bag
QuaRel_V1_B5_0779
0
[ "(infer (and (speed high world1) (speed low world2)) (distance higher world1) (distance higher world2))", "(infer (and (speed high world2) (speed low world1)) (distance higher world2) (distance higher world1))" ]
qval(speed, high, world1), qval(speed, low, world2) -> qrel(distance, higher, world1) ; qrel(distance, higher, world2)
{ "world1": [ "plane" ], "world2": [ "bike" ] }
John is flying across the country in a plane. Janet is walking across town. Who is likely to have gone further after an hour? (A) John (B) Janet
QuaRel_V1_Fr_0121
0
[ "(infer (smoothness higher world1) (friction higher world2) (friction higher world1))", "(infer (smoothness higher world2) (friction higher world1) (friction higher world2))" ]
qrel(smoothness, higher, world1) -> qrel(friction, higher, world2) ; qrel(friction, higher, world1)
{ "world1": [ "plastic computer lid" ], "world2": [ "couch cushion" ] }
Sara closed her computer and absentmindedly pushed a paper towel roll across the plastic computer lid. Then she pushed the paper towel roll across a couch cushion. She quickly realizes that the paper towel roll moves more easily on the plastic computer lid than it does on the couch cushion, which she concludes is because there is more friction on (A) the couch cushion (B) the plastic computer lid.
QuaRel_V1_B4_0060
1
[ "(infer (apparentSize lower world1) (distance lower world1) (distance higher world1))", "(infer (apparentSize lower world2) (distance lower world2) (distance higher world2))" ]
qrel(apparentSize, lower, world1) -> qrel(distance, lower, world1) ; qrel(distance, higher, world1)
{ "world1": [ "Jupiter" ], "world2": [ "The moon" ] }
Even though Jupiter is larger than the moon, it appears smaller than the moon to a human being standing on the Earth because (A) Jupiter is closer to the Earth than the moon (B) Jupiter is further away from the Earth than the moon.
QuaRel_V1_B5_0692
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": [ "tank" ], "world2": [ "toy car" ] }
A tank is much heavier than a toy car. Because of this (A) the tank will speed up faster than the toy car (B) the toy car will speed up faster than the tank
QuaRel_V1_B4_0168
0
[ "(infer (distance higher world1) (apparentSize lower world1) (apparentSize lower world2))", "(infer (distance higher world2) (apparentSize lower world2) (apparentSize lower world1))" ]
qrel(distance, higher, world1) -> qrel(apparentSize, lower, world1) ; qrel(apparentSize, lower, world2)
{ "world1": [ "house" ], "world2": [ "mailbox" ] }
John was walking down the driveway to check the mail. As he got closer to the mailbox, what got smaller, (A) house (B) mailbox
QuaRel_V1_B5_0354
0
[ "(infer (and (thickness low world1) (thickness high world2)) (strength lower world1) (strength lower world2))", "(infer (and (thickness low world2) (thickness high world1)) (strength lower world2) (strength lower world1))" ]
qval(thickness, low, world1), qval(thickness, high, world2) -> qrel(strength, lower, world1) ; qrel(strength, lower, world2)
{ "world1": [ "blue shoelaces" ], "world2": [ "green shoelaces" ] }
Dana needs some shoelaces for her running shoes and she wants to make sure they won't break. She has blue shoelaces that look flimsy and green shoelaces that look more bulky. Which shoelaces would be more likely to snap? (A) the blue shoelaces (B) the green shoelaces
QuaRel_V1_Fr_1440
0
[ "(infer (speed higher world1) (smoothness lower world2) (smoothness lower world1))", "(infer (speed higher world2) (smoothness lower world1) (smoothness lower world2))" ]
qrel(speed, higher, world1) -> qrel(smoothness, lower, world2) ; qrel(smoothness, lower, world1)
{ "world1": [ "paper plate" ], "world2": [ "bbq grill" ] }
A hotdog can slide around faster on a paper plate then it can on a bbq grill. This means the _____ is more rough (A) bbq grill (B) paper plate
QuaRel_V1_B5_0360
1
[ "(infer (exerciseIntensity lower world1) (amountSweat lower world2) (amountSweat lower world1))", "(infer (exerciseIntensity lower world2) (amountSweat lower world1) (amountSweat lower world2))" ]
qrel(exerciseIntensity, lower, world1) -> qrel(amountSweat, lower, world2) ; qrel(amountSweat, lower, world1)
{ "world1": [ "The next day" ], "world2": [ "Day 1" ] }
On day 1, Jeremy does 10 sets of jumping jacks, runs 3 miles, and lifts weights for 20 minutes. The next day, he does 1 set of jumping jacks and walks for 10 minutes. On which day did he sweat less? (A) Day 1 (B) the next day
QuaRel_V1_Fr_0754
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": [ "hardwood floor" ], "world2": [ "carpet" ] }
While playing with his dog, Talia notices that her dog's bone can travel with more speed when she passes it along the hardwood floor than when she passes it along the carpet. If she slides the bone across across both surfaces with the same level of strength, which surface will allow it to travel further? (A) hardwood floor (B) carpet
QuaRel_V1_B5_1111
1
[ "(infer (strength higher world1) (distance lower world1) (distance higher world1))", "(infer (strength higher world2) (distance lower world2) (distance higher world2))" ]
qrel(strength, higher, world1) -> qrel(distance, lower, world1) ; qrel(distance, higher, world1)
{ "world1": [ "Robot" ], "world2": [ "Human" ] }
A robot has a much stronger arm than a human, therefore it can throw a ball (A) shorter distance (B) longer distance
QuaRel_V1_Fr_1033
1
[ "(infer (friction lower world1) (friction higher world1) (friction lower world1))", "(infer (friction lower world2) (friction higher world2) (friction lower world2))" ]
qrel(friction, lower, world1) -> qrel(friction, higher, world1) ; qrel(friction, lower, world1)
{ "world1": [ "table top" ], "world2": [ "carpet" ] }
A little boy was playing with a toy car. He was moving it across the carpet and also a table top. He noticed that it was easier to move the car on the table top. This is because the table top has (A) more friction (B) less friction.
QuaRel_V1_Fr_0789
0
[ "(infer (and (distance low world1) (distance high world2)) (heat higher world1) (heat higher world2))", "(infer (and (distance low world2) (distance high world1)) (heat higher world2) (heat higher world1))" ]
qval(distance, low, world1), qval(distance, high, world2) -> qrel(heat, higher, world1) ; qrel(heat, higher, world2)
{ "world1": [ "carpet" ], "world2": [ "wood" ] }
Joe is unpacking from a big move and is pushing boxes full of stuff around his house. When he pushes boxes on his hardwood floors, he can just give them a shove they travel far on their own. When he pushes them on his carpet, he has to keep pushing, or else they will only travel a short distance. On which surface do the boxes generate more heat? (A) The carpet or (B) the wood?
QuaRel_V1_Fr_0960
1
[ "(infer (friction higher world1) (heat higher world2) (heat higher world1))", "(infer (friction higher world2) (heat higher world1) (heat higher world2))" ]
qrel(friction, higher, world1) -> qrel(heat, higher, world2) ; qrel(heat, higher, world1)
{ "world1": [ "dirt trail" ], "world2": [ "sidewalk" ] }
Bobby is walking in the park with his remote control car. He notices that there is more friction when he drives the car on the dirt trail than on the sidewalk. The remote control car's tires will heat up more when they are on the (A) sidewalk (B) dirt trail.
QuaRel_V1_Fr_1362
0
[ "(infer (smoothness lower world1) (heat higher world1) (heat higher world2))", "(infer (smoothness lower world2) (heat higher world2) (heat higher world1))" ]
qrel(smoothness, lower, world1) -> qrel(heat, higher, world1) ; qrel(heat, higher, world2)
{ "world1": [ "curly hair" ], "world2": [ "straight hair" ] }
Milo knows that curly hair is rougher than straight hair. Plunging his bobby pin into _____ will make the bobby pin heat up more (A) curly hair (B) straight hair
QuaRel_V1_B5_0713
0
[ "(infer (strength higher world1) (thickness higher world1) (thickness higher world2))", "(infer (strength higher world2) (thickness higher world2) (thickness higher world1))" ]
qrel(strength, higher, world1) -> qrel(thickness, higher, world1) ; qrel(thickness, higher, world2)
{ "world1": [ "1.5 thick wood" ], "world2": [ ".8 thick wood" ] }
Mike wanted to make a pine box that was strong, to hold all of his tools. To make sure it's stronger should he use (A) 1.5 thick wood or (B) .8 thick wood?
QuaRel_V1_Fr_0569
0
[ "(infer (speed lower world1) (friction higher world1) (friction lower world1))", "(infer (speed lower world2) (friction higher world2) (friction lower world2))" ]
qrel(speed, lower, world1) -> qrel(friction, higher, world1) ; qrel(friction, lower, world1)
{ "world1": [ "dirt trail" ], "world2": [ "main street" ] }
Henry takes his truck into town. He drives easily and smoothly on the main street, then pulls off onto a dirt trail. The dirt trail causes Henry to go a lot slower when he drives because it has (A) more resistance (B) less resistance.
QuaRel_V1_Fr_0696
0
[ "(infer (speed lower world1) (friction higher world1) (friction lower world1))", "(infer (speed lower world2) (friction higher world2) (friction lower world2))" ]
qrel(speed, lower, world1) -> qrel(friction, higher, world1) ; qrel(friction, lower, world1)
{ "world1": [ "tile" ], "world2": [ "ice rink floor" ] }
I skater zipped quickly across the ice rink floor but much slower on the tile because it had (A) more resistance (B) less resistance
QuaRel_V1_B5_0572
1
[ "(infer (distance lower world1) (loudness higher world2) (loudness higher world1))", "(infer (distance lower world2) (loudness higher world1) (loudness higher world2))" ]
qrel(distance, lower, world1) -> qrel(loudness, higher, world2) ; qrel(loudness, higher, world1)
{ "world1": [ "jackhammer" ], "world2": [ "drill" ] }
A jackhammer and drill are both being used at a construction site. If Jimbo is standing closer to the jackhammer, it will sound _____ then the drill (A) quieter (B) louder
QuaRel_V1_B5_1115
0
[ "(infer (distance higher world1) (speed higher world1) (speed higher world2))", "(infer (distance higher world2) (speed higher world2) (speed higher world1))" ]
qrel(distance, higher, world1) -> qrel(speed, higher, world1) ; qrel(speed, higher, world2)
{ "world1": [ "John on his motor scooter" ], "world2": [ "Connor on his tricycle" ] }
Connor and John decide to see who can get from their house to the park fastest. Connor takes his tricycle and john takes his motor scooter. Who would get there first? (A) John (B) Connor
QuaRel_V1_Fr_0063
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": [ "wood board with knots" ], "world2": [ "wood board without knots" ] }
Annabel rolls a pomegranate down two boards, one with knots and one without. When it rolls down the board without knots, it has less friction than when it rolls down the board with knots. Which board is rougher? (A) wood board with knots (B) wood board without knots
QuaRel_V1_Fr_0694
1
[ "(infer (friction lower world1) (heat higher world1) (heat higher world2))", "(infer (friction lower world2) (heat higher world2) (heat higher world1))" ]
qrel(friction, lower, world1) -> qrel(heat, higher, world1) ; qrel(heat, higher, world2)
{ "world1": [ "ramp" ], "world2": [ "hill" ] }
Katy noticed that riding her skateboard on a ramp created less resistance than riding it up a hill. Riding her skateboard on _____ creates more heat (A) ramp (B) hill
QuaRel_V1_Fr_0662
1
[ "(infer (distance higher world1) (smoothness higher world2) (smoothness higher world1))", "(infer (distance higher world2) (smoothness higher world1) (smoothness higher world2))" ]
qrel(distance, higher, world1) -> qrel(smoothness, higher, world2) ; qrel(smoothness, higher, world1)
{ "world1": [ "vanity" ], "world2": [ "floor" ] }
Tim's ring rolled a lot further over his vanity than over his floor. Tim's _____ is smoother (A) floor (B) vanity
QuaRel_V1_Fr_1601
1
[ "(infer (and (heat high world1) (heat low world2)) (distance higher world1) (distance higher world2))", "(infer (and (heat high world2) (heat low world1)) (distance higher world2) (distance higher world1))" ]
qval(heat, high, world1), qval(heat, low, world2) -> qrel(distance, higher, world1) ; qrel(distance, higher, world2)
{ "world1": [ "gravel" ], "world2": [ "grassy hill" ] }
Ada was playing kickball. She kicked a ball into the gravel and noticed it was warm when she picked it up. She kicked it again onto a grassy hill, but this time the ball wasn't very hot when she retrieved it. In which surface did the ball travel the most? (A) gravel (B) grassy hill