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_0496 | 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": [
"air"
],
"world2": [
"sand"
]
} | The torpedo soared through the air quicker than through sand because it has (A) less friction (B) more friction |
QuaRel_V1_Fr_0545 | 1 | [
"(infer (speed higher world1) (friction lower world2) (friction higher world2))",
"(infer (speed higher world2) (friction lower world1) (friction higher world1))"
] | qrel(speed, higher, world1) -> qrel(friction, lower, world2) ; qrel(friction, higher, world2) | {
"world1": [
"railway"
],
"world2": [
"track"
]
} | The conductor switched his train to the railway for a faster ride. This is because the track is (A) less friction (B) more friction. |
QuaRel_V1_Fr_0738 | 0 | [
"(infer (and (speed low world1) (speed high world2)) (friction higher world1) (friction lower world1))",
"(infer (and (speed low world2) (speed high world1)) (friction higher world2) (friction lower world2))"
] | qval(speed, low, world1), qval(speed, high, world2) -> qrel(friction, higher, world1) ; qrel(friction, lower, world1) | {
"world1": [
"river water"
],
"world2": [
"high altitude"
]
} | The helicopter quickly glided in high altitude. The river water slowed it down too much because it had (A) higher resistance (B) lower resistance |
QuaRel_V1_Fr_1166 | 1 | [
"(infer (friction higher world1) (speed lower world2) (speed lower world1))",
"(infer (friction higher world2) (speed lower world1) (speed lower world2))"
] | qrel(friction, higher, world1) -> qrel(speed, lower, world2) ; qrel(speed, lower, world1) | {
"world1": [
"beam"
],
"world2": [
"roof"
]
} | A worker knows that a beam provides more resistance then a roof. This means the worker is forced to move a lot slower on the (A) roof (B) beam |
QuaRel_V1_Fr_0030 | 1 | [
"(infer (and (smoothness high world1) (smoothness low world2)) (heat higher world1) (heat higher world2))",
"(infer (and (smoothness high world2) (smoothness low world1)) (heat higher world2) (heat higher world1))"
] | qval(smoothness, high, world1), qval(smoothness, low, world2) -> qrel(heat, higher, world1) ; qrel(heat, higher, world2) | {
"world1": [
"hard court"
],
"world2": [
"grass court"
]
} | Jane tested a tennis ball on two different surfaces, observing the different results. First, she skidded a tennis ball across a slick hard court, and then across a shaggy grass court. Skidding produces more heat on which surface? (A) hard court (B) grass court |
QuaRel_V1_B4_0267 | 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": [
"a glass tube"
],
"world2": [
"a rubber tube"
]
} | Vicky tried to bend a rubber tube into a circle. She then tried to do the same thing with a glass tube. One of them bent into a circle and the other one broke. Which one did she successfully bend into a circle? (A) the rubber tube (B) the glass tube |
QuaRel_V1_Fr_1612 | 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": [
"living room floor"
],
"world2": [
"bathroom floor"
]
} | A toilet paper roll sliding along a living room floor gets hotter then one sliding across a bathroom floor. Which surface has the most friction? (A) bathroom floor (B) living room floor |
QuaRel_V1_Fr_1394 | 0 | [
"(infer (friction lower world1) (speed higher world1) (speed lower world1))",
"(infer (friction lower world2) (speed higher world2) (speed lower world2))"
] | qrel(friction, lower, world1) -> qrel(speed, higher, world1) ; qrel(speed, lower, world1) | {
"world1": [
"jello"
],
"world2": [
"toast"
]
} | Tim's likes how his tongue feels against the jello because of its lesser resistance, compared to his toast. His tongue moves (A) faster or (B) slower over the jello? |
QuaRel_V1_Fr_0134 | 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": [
"hardwood floors"
],
"world2": [
"shag carpeting"
]
} | Brian found a wet sponge in the kitchen sink. He noticed that when he slides the sponge across the hardwood floors, it moves quicker than if he were to slide the sponge across shag carpeting. This is because the surface with more friction is (A) hardwood floors (B) shag carpeting |
QuaRel_V1_Fr_0618 | 1 | [
"(infer (and (distance low world1) (distance high world2)) (friction lower world1) (friction higher world1))",
"(infer (and (distance low world2) (distance high world1)) (friction lower world2) (friction higher world2))"
] | qval(distance, low, world1), qval(distance, high, world2) -> qrel(friction, lower, world1) ; qrel(friction, higher, world1) | {
"world1": [
"mirror"
],
"world2": [
"rug"
]
} | A toy truck is pushed across a rug and moves one inch forward. The same toy truck is pushed across a mirror and moves forward two feet. The toy truck moved further on the mirror because it had (A) more friction (B) less friction. |
QuaRel_V1_Fr_1146 | 0 | [
"(infer (smoothness higher world1) (friction lower world1) (friction lower world2))",
"(infer (smoothness higher world2) (friction lower world2) (friction lower world1))"
] | qrel(smoothness, higher, world1) -> qrel(friction, lower, world1) ; qrel(friction, lower, world2) | {
"world1": [
"bar"
],
"world2": [
"table"
]
} | The bartender knows that the bar is smoother than the table. When he slides the wine glass across the _____ it experiences less resistance (A) bar (B) table |
QuaRel_V1_B5_0807 | 0 | [
"(infer (acceleration lower world1) (weight higher world1) (weight lower world1))",
"(infer (acceleration lower world2) (weight higher world2) (weight lower world2))"
] | qrel(acceleration, lower, world1) -> qrel(weight, higher, world1) ; qrel(weight, lower, world1) | {
"world1": [
"Truck with trailer"
],
"world2": [
"Truck without trailer"
]
} | When Bill was driving his truck with his trailer he noticed that it was much slower than without the trailer this is because it was (A) heavier (B) lighter |
QuaRel_V1_B5_0446 | 0 | [
"(infer (distance higher world1) (apparentSize lower world1) (apparentSize higher world1))",
"(infer (distance higher world2) (apparentSize lower world2) (apparentSize higher world2))"
] | qrel(distance, higher, world1) -> qrel(apparentSize, lower, world1) ; qrel(apparentSize, higher, world1) | {
"world1": [
"John"
],
"world2": [
"Driving"
]
} | John is driving to get to his parents from the holidays, on his way there he sees a large water tower in his rearview mirror, as he continues to drive, that water tower will (A) appear smaller or (B) appear bigger? |
QuaRel_V1_Fr_0510 | 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": [
"wood floor"
],
"world2": [
"dirt"
]
} | Teddy rolls a bowling ball over the wood floor, and then over the dirt outside. The ball goes farther over the wood floor. This is because the _____ is bumpier. (A) wood floor (B) dirt |
QuaRel_V1_Fr_0401 | 1 | [
"(infer (speed higher world1) (friction lower world2) (friction higher world2))",
"(infer (speed higher world2) (friction lower world1) (friction higher world1))"
] | qrel(speed, higher, world1) -> qrel(friction, lower, world2) ; qrel(friction, higher, world2) | {
"world1": [
"dry snow"
],
"world2": [
"wet snow"
]
} | Terri notices that her skis move faster on dry snow than on wet snow. The reason this happens is because wet snow has (A) less resistance or (B) more resistance. |
QuaRel_V1_Fr_1212 | 0 | [
"(infer (speed lower world1) (friction lower world2) (friction lower world1))",
"(infer (speed lower world2) (friction lower world1) (friction lower world2))"
] | qrel(speed, lower, world1) -> qrel(friction, lower, world2) ; qrel(friction, lower, world1) | {
"world1": [
"brush"
],
"world2": [
"dirt road"
]
} | The tire rolled much slower once it left the dirt road and got into the brush. This is because there was much less friction on (A) the dirt road (B) the brush. |
QuaRel_V1_Fr_0322 | 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": [
"floor"
],
"world2": [
"counter"
]
} | Kate's toy creates low friction when sliding over a counter and high friction when sliding over a floor. Kate's toy will move faster over (A) floor or (B) counter |
QuaRel_V1_Fr_1286 | 0 | [
"(infer (friction higher world1) (speed lower world1) (speed lower world2))",
"(infer (friction higher world2) (speed lower world2) (speed lower world1))"
] | qrel(friction, higher, world1) -> qrel(speed, lower, world1) ; qrel(speed, lower, world2) | {
"world1": [
"gritty pavement"
],
"world2": [
"swept pavement"
]
} | Harold knows that when he rides his skateboard over gritty pavement it has more friction then when he rides it over swept pavement. This means that his skateboard can't go as fast over (A) gritty pavement (B) swept pavement |
QuaRel_V1_B5_1183 | 0 | [
"(infer (and (distance low world1) (distance high world2)) (loudness higher world1) (loudness higher world2))",
"(infer (and (distance low world2) (distance high world1)) (loudness higher world2) (loudness higher world1))"
] | qval(distance, low, world1), qval(distance, high, world2) -> qrel(loudness, higher, world1) ; qrel(loudness, higher, world2) | {
"world1": [
"nearer bird"
],
"world2": [
"farther bird"
]
} | Rebecca heard two birds chirping in the forest. One was on a tree nearer to her and the other was on a tree far away. Which bird sounded louder? (A) nearer bird (B) farther bird |
QuaRel_V1_Fr_0100 | 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": [
"outfield grass"
],
"world2": [
"infield dirt"
]
} | A baseball is hit on the ground through the infield dirt and on to the outfield grass. When the ball reaches the grass it slows down and stops. This is because the grass has (A) more resistance (B) less resistance |
QuaRel_V1_B5_1033 | 0 | [
"(infer (gravity higher world1) (mass higher world1) (mass higher world2))",
"(infer (gravity higher world2) (mass higher world2) (mass higher world1))"
] | qrel(gravity, higher, world1) -> qrel(mass, higher, world1) ; qrel(mass, higher, world2) | {
"world1": [
"Jupiter"
],
"world2": [
"Pluto"
]
} | Chad is deciding which planet has more mass. He looks at enormous Jupiter and tiny Pluto. The planet that has more mass is (A) Jupiter (B) Pluto |
QuaRel_V1_Fr_0387 | 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": [
"silk shirt"
],
"world2": [
"skin"
]
} | A spoon generates heat when rubbing it rapidly against bare skin, but less against a silk shirt. The smoother surfaces must be (A) the skin (B) the shirt? |
QuaRel_V1_B5_1347 | 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": [
"larger"
],
"world2": [
"smaller"
]
} | Marley sees her friend across the street. Her friend looks tiny. When her friend approaches to greet her, Marley sees that the friend is (A) smaller (B) larger |
QuaRel_V1_B3_0035 | 1 | [
"(infer (strength lower world1) (thickness lower world2) (thickness lower world1))",
"(infer (strength lower world2) (thickness lower world1) (thickness lower world2))"
] | qrel(strength, lower, world1) -> qrel(thickness, lower, world2) ; qrel(thickness, lower, world1) | {
"world1": [
"Satin gown"
],
"world2": [
"Velvet gown"
]
} | Melanie is attending a special occasion. As she gets out of the car, she hears her gown being torn. The gown is likely? (A) Velvet Gown (B) Satin Gown |
QuaRel_V1_Fr_0639 | 0 | [
"(infer (heat lower world1) (distance higher world1) (distance higher world2))",
"(infer (heat lower world2) (distance higher world2) (distance higher world1))"
] | qrel(heat, lower, world1) -> qrel(distance, higher, world1) ; qrel(distance, higher, world2) | {
"world1": [
"new tracks"
],
"world2": [
"weathered tracks"
]
} | New York City just installed new train tracks to increase the efficiency of their railcars. The railcars produce 20% less heat because of the reduced friction of the new tracks versus the old weathered tracks. Which rail tracks will the train ride further if pushed with an equal amount of force (A) new tracks (B) weathered tracks? |
QuaRel_V1_B5_0724 | 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": [
"concrete slab"
],
"world2": [
"rubber sheet"
]
} | A concrete slab isn't as flexible as a rubber sheet. Which object is more likely to break if bent? (A) concrete slab (B) rubber sheet |
QuaRel_V1_Fr_0708 | 1 | [
"(infer (friction lower world1) (heat lower world2) (heat lower world1))",
"(infer (friction lower world2) (heat lower world1) (heat lower world2))"
] | qrel(friction, lower, world1) -> qrel(heat, lower, world2) ; qrel(heat, lower, world1) | {
"world1": [
"empty lot"
],
"world2": [
"forest"
]
} | A truck has a much easier time driving through an empty lot than driving through a forest. The truck generates less heat driving through (A) forest (B) empty lot |
QuaRel_V1_Fr_1437 | 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": [
"notebook paper"
],
"world2": [
"construction paper"
]
} | A crayon can be dragged further across notebook paper then across construction paper. This means that the _____ is more rough (A) construction paper (B) notebook paper |
QuaRel_V1_B5_1104 | 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": [
"turtle"
],
"world2": [
"mouse"
]
} | A turtle weighs more then a mouse. This means that the (A) turtle (B) mouse can get up to top speed quicker when running |
QuaRel_V1_B5_0579 | 0 | [
"(infer (brightness higher world1) (distance higher world2) (distance lower world2))",
"(infer (brightness higher world2) (distance higher world1) (distance lower world1))"
] | qrel(brightness, higher, world1) -> qrel(distance, higher, world2) ; qrel(distance, lower, world2) | {
"world1": [
"lighthouse being approached"
],
"world2": [
"lighthouse in distance"
]
} | A boat captain gets disoriented at sea and tries to find his way back to land. He sees a faint dot of light from a lighthouse off in the distance and sets his course toward the lighthouse. In time the light becomes stronger and brighter as he approaches shore. This means that the more faint light looked to be coming from (A) the lighthouse in the distance (B) the lighthouse upon approach. |
QuaRel_V1_B4_0212 | 0 | [
"(infer (flexibility higher world1) (breakability lower world1) (breakability higher world1))",
"(infer (flexibility higher world2) (breakability lower world2) (breakability higher world2))"
] | qrel(flexibility, higher, world1) -> qrel(breakability, lower, world1) ; qrel(breakability, higher, world1) | {
"world1": [
"less breakable"
],
"world2": [
"more breakable"
]
} | When Kelsey was playing with her dolls she found that Barbie was more flexible than Skipper and therefore (A) less breakable (B) more breakable |
QuaRel_V1_B5_0139 | 0 | [
"(infer (distance higher world1) (loudness lower world1) (loudness higher world1))",
"(infer (distance higher world2) (loudness lower world2) (loudness higher world2))"
] | qrel(distance, higher, world1) -> qrel(loudness, lower, world1) ; qrel(loudness, higher, world1) | {
"world1": [
"walking away from beach"
],
"world2": [
"walking on beach"
]
} | Sue is walking on the beach. As she walks away from the ocean, it is _____ to hear the waves on the shore. (A) harder (B) easier |
QuaRel_V1_B5_1251 | 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": [
"Alex"
],
"world2": [
"Tony"
]
} | Tony and Alex are riding motorcycles across the country. Tony rides until early afternoon, but Alex rides until nightfall. Who rode farther? (A) Tony (B) Alex |
QuaRel_V1_B5_1074 | 0 | [
"(infer (time lower world1) (speed lower world2) (speed lower world1))",
"(infer (time lower world2) (speed lower world1) (speed lower world2))"
] | qrel(time, lower, world1) -> qrel(speed, lower, world2) ; qrel(speed, lower, world1) | {
"world1": [
"a black mouse"
],
"world2": [
"a brown mouse"
]
} | A brown mouse and a black mouse each run through 50 foot tunnels as quickly as they can. The black mouse made it to the other end in a shorter amount of time than the brown mouse. Which mouse couldn't run as fast? (A) the brown mouse (B) the black mouse |
QuaRel_V1_Fr_0773 | 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": [
"ship deck"
],
"world2": [
"water"
]
} | The funny seal danced around the ship deck slowly, but flew quickly through the water because (A) the water had more resistance (B) the water had less resistance |
QuaRel_V1_Fr_1367 | 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": [
"field"
],
"world2": [
"mountainside"
]
} | Rolling a boulder down a field creates less friction then rolling it down a mountainside. This means that the boulder will get hotter rolling over the (A) mountainside (B) field |
QuaRel_V1_Fr_0992 | 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": [
"paved path"
],
"world2": [
"dirt path"
]
} | Two friends race their bikes on a dirt path and on a paved path. The friend racing on the paved path finishes before the friend racing on the dirt path. The path with more resistance is (A) dirt path (B) paved path. |
QuaRel_V1_B4_0048 | 1 | [
"(infer (speed higher world1) (time lower world2) (time lower world1))",
"(infer (speed higher world2) (time lower world1) (time lower world2))"
] | qrel(speed, higher, world1) -> qrel(time, lower, world2) ; qrel(time, lower, world1) | {
"world1": [
"Dom"
],
"world2": [
"Brian"
]
} | Dom and Brian race their fast cars down a quarter mile stretch of road. Dom's car is faster than Brian's. Who wins the race? (A) Brian (B) Dom |
QuaRel_V1_B5_0477 | 1 | [
"(infer (distance lower world1) (brightness higher world2) (brightness lower world2))",
"(infer (distance lower world2) (brightness higher world1) (brightness lower world1))"
] | qrel(distance, lower, world1) -> qrel(brightness, higher, world2) ; qrel(brightness, lower, world2) | {
"world1": [
"Sun"
],
"world2": [
"Star"
]
} | The sun is much closer to earth than the stars so the stars appear (A) brighter (B) dimmer |
QuaRel_V1_B3_0124 | 0 | [
"(infer (time lower world1) (distance lower world1) (distance lower world2))",
"(infer (time lower world2) (distance lower world2) (distance lower world1))"
] | qrel(time, lower, world1) -> qrel(distance, lower, world1) ; qrel(distance, lower, world2) | {
"world1": [
"Jane"
],
"world2": [
"Dirk"
]
} | Jane and Dirk are roommates living in the same house. If they take the same bus at the same time in the same bus stop, who will travel a shorter distance if Jane gets out of the bus one stop before Dirk does? (A) Jane (B) Dirk. |
QuaRel_V1_Fr_1487 | 1 | [
"(infer (friction higher world1) (heat higher world2) (heat lower world2))",
"(infer (friction higher world2) (heat higher world1) (heat lower world1))"
] | qrel(friction, higher, world1) -> qrel(heat, higher, world2) ; qrel(heat, lower, world2) | {
"world1": [
"rug"
],
"world2": [
"coffee table"
]
} | A rug has more friction then a coffee table. This means that sliding a remote control across the coffee table will make it heat up _____ then sliding it across a rug (A) more (B) less |
QuaRel_V1_Fr_0644 | 0 | [
"(infer (and (smoothness high world1) (smoothness low world2)) (heat lower world1) (heat lower world2))",
"(infer (and (smoothness high world2) (smoothness low world1)) (heat lower world2) (heat lower world1))"
] | qval(smoothness, high, world1), qval(smoothness, low, world2) -> qrel(heat, lower, world1) ; qrel(heat, lower, world2) | {
"world1": [
"road"
],
"world2": [
"dirt path"
]
} | Don is taking his tractor to the farm. He drives carefully along the smooth road and turns down a bumpy dirt path leading to the farm. The tires of the tractor will generate less heat on the (A) road (B) dirt path. |
QuaRel_V1_B3_0114 | 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": [
"flashlight"
],
"world2": [
"lamp"
]
} | Mike is standing closer to a flashlight then to a lamp. Which object seems brighter to him? (A) flashlight (B) lamp |
QuaRel_V1_Fr_0979 | 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": [
"rain"
],
"world2": [
"clear air"
]
} | The boy threw the baseball in the rain and it didn't go far. He threw the sand baseball in the clear air and it went 20 ft longer distance. The rain air has (A) more resistance (B) less resistance |
QuaRel_V1_Fr_1679 | 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": [
"weigh station"
],
"world2": [
"parking lot"
]
} | Driving a semi truck through a weigh station makes the tires heat up less then driving one through a parking lot. This means the semi truck must move slower through the (A) weigh station (B) parking lot |
QuaRel_V1_Fr_1349 | 1 | [
"(infer (and (speed high world1) (speed low world2)) (friction higher world1) (friction higher world2))",
"(infer (and (speed high world2) (speed low world1)) (friction higher world2) (friction higher world1))"
] | qval(speed, high, world1), qval(speed, low, world2) -> qrel(friction, higher, world1) ; qrel(friction, higher, world2) | {
"world1": [
"autobahn"
],
"world2": [
"highway"
]
} | Jimbo's car can cruise along extremely fast on the autobahn, but not very fast at all on a highway. This means the _____ creates more resistance (A) autobahn (B) highway |
QuaRel_V1_B5_0708 | 1 | [
"(infer (flexibility higher world1) (breakability higher world1) (breakability higher world2))",
"(infer (flexibility higher world2) (breakability higher world2) (breakability higher world1))"
] | qrel(flexibility, higher, world1) -> qrel(breakability, higher, world1) ; qrel(breakability, higher, world2) | {
"world1": [
"Sue"
],
"world2": [
"John"
]
} | John doesn't stretch before playing basketball. Sue does. Who is more likely to break or pull a muscle? (A) Sue (B) John |
QuaRel_V1_B5_0194 | 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": [
"bike with deflated tire"
],
"world2": [
"bike with fully inflated tire"
]
} | Angela rides her bike home from school each day. Her bike tires are usually full of air, but one day she notices that one is somewhat deflated. She can't ride nearly as fast on the deflated tire. After 10 minutes of riding, in which situation would Angela have traveled less distance? (A) When riding on a deflated tire (B) When riding on a fully inflated tire. |
QuaRel_V1_B5_1366 | 0 | [
"(infer (and (exerciseIntensity high world1) (exerciseIntensity low world2)) (amountSweat higher world1) (amountSweat higher world2))",
"(infer (and (exerciseIntensity high world2) (exerciseIntensity low world1)) (amountSweat higher world2) (amountSweat higher world1))"
] | qval(exerciseIntensity, high, world1), qval(exerciseIntensity, low, world2) -> qrel(amountSweat, higher, world1) ; qrel(amountSweat, higher, world2) | {
"world1": [
"morning"
],
"world2": [
"night"
]
} | Mel is going jogging in the mornings, and watches tv on the couch at night. Mel perspires more (A) in the morning (B) at night |
QuaRel_V1_B5_0369 | 1 | [
"(infer (flexibility higher world1) (breakability higher world1) (breakability lower world1))",
"(infer (flexibility higher world2) (breakability higher world2) (breakability lower world2))"
] | qrel(flexibility, higher, world1) -> qrel(breakability, higher, world1) ; qrel(breakability, lower, world1) | {
"world1": [
"Heated metal bar"
],
"world2": [
"Metal bar"
]
} | The metal bar was much more flexible once it had been heated so it was (A) more breakable (B) less breakable |
QuaRel_V1_B5_0294 | 0 | [
"(infer (weight higher world1) (acceleration lower world1) (acceleration higher world1))",
"(infer (weight higher world2) (acceleration lower world2) (acceleration higher world2))"
] | qrel(weight, higher, world1) -> qrel(acceleration, lower, world1) ; qrel(acceleration, higher, world1) | {
"world1": [
"Steve before weight loss"
],
"world2": [
"Steve after weight loss"
]
} | Steve undertook an exercise and diet program and lost a good amount of weight over several weeks. One thing Steve observed was how much more difficult it was to get his bike going fast when he was heavy than it was now that he had lost some weight. This means that when he weighed more his bike was (A) slower to get up to speed (B) faster to get up to speed. |
QuaRel_V1_B3_0115 | 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": [
"Saturn"
],
"world2": [
"Mars"
]
} | If Jonas is looking at the night sky and can see all the planets in the solar system, Saturn will appear smaller than Mars because Saturn is (A) closer to Earth (B) further away from Earth. |
QuaRel_V1_Fr_0622 | 0 | [
"(infer (and (distance high world1) (distance low world2)) (smoothness higher world1) (smoothness higher world2))",
"(infer (and (distance high world2) (distance low world1)) (smoothness higher world2) (smoothness higher world1))"
] | qval(distance, high, world1), qval(distance, low, world2) -> qrel(smoothness, higher, world1) ; qrel(smoothness, higher, world2) | {
"world1": [
"road"
],
"world2": [
"grass"
]
} | Tim is playing road hockey with his friends. His dad says they need to get off the road. Tim and his friends try to play on the grass. The puck goes dozens of feet on the road, but barely a tenth that on the grass. That's because the _____ is smoother. (A) road (B) grass |
QuaRel_V1_B5_0089 | 1 | [
"(infer (mass lower world1) (gravity lower world2) (gravity lower world1))",
"(infer (mass lower world2) (gravity lower world1) (gravity lower world2))"
] | qrel(mass, lower, world1) -> qrel(gravity, lower, world2) ; qrel(gravity, lower, world1) | {
"world1": [
"soccer ball"
],
"world2": [
"planet"
]
} | A soccer ball has distinctly less mass then a planet. Which item emits a weaker gravitational field? (A) planet (B) soccer ball |
QuaRel_V1_B5_0664 | 0 | [
"(infer (distance lower world1) (time lower world1) (time lower world2))",
"(infer (distance lower world2) (time lower world2) (time lower world1))"
] | qrel(distance, lower, world1) -> qrel(time, lower, world1) ; qrel(time, lower, world2) | {
"world1": [
"six minute commute"
],
"world2": [
"ten minute commute"
]
} | Chris is walking to work, and so is Steve. They are both walking about ten miles an hour, but Chris's work is six minutes away, while Steve's is ten minutes away. The person with a shorter commute is (A) Chris (B) Steve |
QuaRel_V1_Fr_1631 | 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": [
"beach"
],
"world2": [
"scrub"
]
} | A sand dollar sliding across a beach has more friction then one sliding across scrub. This means the sand dollar heats up more across the (A) beach (B) scrub |
QuaRel_V1_Fr_0252 | 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": [
"shag rug"
],
"world2": [
"tile floor"
]
} | Robert plays with his toy jeep in the house. First he pushes it across the shag carpet and the jeep goes slowly. Then Robert pushes the toy jeep across the tile floor and the jeep moves gently. The jeep moved better on the tile floor because it had (A) more resistance (B) less resistance. |
QuaRel_V1_B4_0136 | 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": [
"dry stick"
],
"world2": [
"green wet stick"
]
} | If you were to bend two stick which would break first, (A) the dry stick or (B) the green wet stick. |
QuaRel_V1_B5_0912 | 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": [
"Dog Bark Far"
],
"world2": [
"Dog Bark Close"
]
} | When the man was standing next to the dog his bark was very loud, but as he got further away it became (A) even louder (B) quieter |
QuaRel_V1_Fr_1064 | 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": [
"palm tree"
],
"world2": [
"cactus"
]
} | The koala dashed up the palm tree so fast, but couldn't grasp the cactus well. The cactus was (A) more smooth (B) less smooth |
QuaRel_V1_Fr_1516 | 0 | [
"(infer (speed higher world1) (smoothness higher world1) (smoothness higher world2))",
"(infer (speed higher world2) (smoothness higher world2) (smoothness higher world1))"
] | qrel(speed, higher, world1) -> qrel(smoothness, higher, world1) ; qrel(smoothness, higher, world2) | {
"world1": [
"table"
],
"world2": [
"floor"
]
} | Jim's marble rolls faster on a table compared to a floor. This means that the _____ is smoother (A) table (B) chair |
QuaRel_V1_Fr_1092 | 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": [
"dance floor"
],
"world2": [
"living room floor"
]
} | Jim's dress shoes slide around more on a dance floor then on his living room floor. This means his dress shoes move faster over the (A) dance floor (B) living room floor |
QuaRel_V1_Fr_1088 | 0 | [
"(infer (smoothness higher world1) (friction lower world1) (friction lower world2))",
"(infer (smoothness higher world2) (friction lower world2) (friction lower world1))"
] | qrel(smoothness, higher, world1) -> qrel(friction, lower, world1) ; qrel(friction, lower, world2) | {
"world1": [
"bucket"
],
"world2": [
"pail"
]
} | Mary knows that a bucket is not as rough as a pail. Which surface will allow her popcorn to slide around more? (A) bucket (B) pail |
QuaRel_V1_B5_0576 | 1 | [
"(infer (distance lower world1) (apparentSize higher world2) (apparentSize higher world1))",
"(infer (distance lower world2) (apparentSize higher world1) (apparentSize higher world2))"
] | qrel(distance, lower, world1) -> qrel(apparentSize, higher, world2) ; qrel(apparentSize, higher, world1) | {
"world1": [
"Venus"
],
"world2": [
"Jupiter"
]
} | Imagine standing on Venus and Jupiter. If you looked into the sky at the sun which planet would the sun look the largest? (A) Jupiter (B) Venus |
QuaRel_V1_Fr_1026 | 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": [
"fine hair"
],
"world2": [
"course hair"
]
} | Sasha is brushing her dogs' fur. One dog has course hair. The other has fine hair. Sasha notices that the dog with fine hair is easier to brush. This is because the fine hair has (A) higher friction. (B) lower friction |
QuaRel_V1_Fr_1074 | 0 | [
"(infer (speed higher world1) (heat higher world2) (heat higher world1))",
"(infer (speed higher world2) (heat higher world1) (heat higher world2))"
] | qrel(speed, higher, world1) -> qrel(heat, higher, world2) ; qrel(heat, higher, world1) | {
"world1": [
"stump"
],
"world2": [
"live tree"
]
} | An arrow penetrating a stump plunges quicker into the wood then one penetrating a live tree. This means the shaft of the arrow will get warmer penetrating the (A) live tree (B) stump |
QuaRel_V1_Fr_0462 | 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": [
"air"
],
"world2": [
"water"
]
} | Tandy discovered that air is smoother than water by using his fan in both substances. His fan heated up more in the (A) air (B) water |
QuaRel_V1_B5_0473 | 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": [
"Car"
],
"world2": [
"Bicycle"
]
} | A car is faster than the average bicycle so which would go further in an hour? (A) Bicycle (B) Car |
QuaRel_V1_Fr_0547 | 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": [
"motor track"
],
"world2": [
"gravit pit"
]
} | The 2018 Porsche got stuck in the gravel pit but raced up to 200 mph on the motor track. This is because the gravel pit had (A) less resistance (B) more resistance |
QuaRel_V1_Fr_0115 | 0 | [
"(infer (smoothness lower world1) (speed lower world1) (speed higher world1))",
"(infer (smoothness lower world2) (speed lower world2) (speed higher world2))"
] | qrel(smoothness, lower, world1) -> qrel(speed, lower, world1) ; qrel(speed, higher, world1) | {
"world1": [
"brick patio"
],
"world2": [
"concrete patio"
]
} | Tom tried skating in his backyard because he though hard bricks would be a good surface, but found it was so much bumpier than a concrete surface. The caused him to skate much _____ than on the concrete he'd skated on previously. (A) slower (B) faster |
QuaRel_V1_B5_1158 | 1 | [
"(infer (strength higher world1) (thickness higher world2) (thickness higher world1))",
"(infer (strength higher world2) (thickness higher world1) (thickness higher world2))"
] | qrel(strength, higher, world1) -> qrel(thickness, higher, world2) ; qrel(thickness, higher, world1) | {
"world1": [
"wide rope"
],
"world2": [
"thin rope"
]
} | Tony needs to use a really strong rope to pull his friend out of a tunnel. When choosing which rope to use, Tony will therefore pick out the (A) thin rope (B) wide rope |
QuaRel_V1_Fr_1283 | 0 | [
"(infer (and (heat high world1) (heat low world2)) (smoothness lower world1) (smoothness lower world2))",
"(infer (and (heat high world2) (heat low world1)) (smoothness lower world2) (smoothness lower world1))"
] | qval(heat, high, world1), qval(heat, low, world2) -> qrel(smoothness, lower, world1) ; qrel(smoothness, lower, world2) | {
"world1": [
"cloudy sky"
],
"world2": [
"misty sky"
]
} | A rocket blasting off through a cloudy sky gets really hot, while a rocket blasting off through a misty sky doesn't get very hot. This means the _____ is rougher (A) cloudy sky (B) misty sky |
QuaRel_V1_B3_0005 | 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": [
"steel car"
],
"world2": [
"carbon fiber car"
]
} | A car company wants to start producing a new car. Their two options for the material of the body of the car are steel or carbon fiber. If everything else about the car is the same, which car will accelerate slower? (A) the steel car (B) the carbon fiber car. |
QuaRel_V1_B5_1269 | 0 | [
"(infer (weight lower world1) (acceleration higher world1) (acceleration lower world1))",
"(infer (weight lower world2) (acceleration higher world2) (acceleration lower world2))"
] | qrel(weight, lower, world1) -> qrel(acceleration, higher, world1) ; qrel(acceleration, lower, world1) | {
"world1": [
"Pickup truck"
],
"world2": [
"Cement truck"
]
} | The pickup truck that was empty was much lighter than the cement truck so it was (A) faster (B) slower to accelerate |
QuaRel_V1_Fr_0729 | 1 | [
"(infer (speed lower world1) (friction higher world2) (friction lower world2))",
"(infer (speed lower world2) (friction higher world1) (friction lower world1))"
] | qrel(speed, lower, world1) -> qrel(friction, higher, world2) ; qrel(friction, lower, world2) | {
"world1": [
"pile of rocks"
],
"world2": [
"pile of pillows"
]
} | Carla is driving a test car over different surfaces. She drives the car over a pile of pillows and the car drives over them easily. Carla drives the car over a pile of rocks, and the car goes a little slower. The car went easier over the pile of pillows because there was (A) more friction (B) less friction. |
QuaRel_V1_Fr_1307 | 0 | [
"(infer (distance higher world1) (smoothness higher world1) (smoothness higher world2))",
"(infer (distance higher world2) (smoothness higher world2) (smoothness higher world1))"
] | qrel(distance, higher, world1) -> qrel(smoothness, higher, world1) ; qrel(smoothness, higher, world2) | {
"world1": [
"entryway"
],
"world2": [
"backyard"
]
} | When Milo rolls his doorknob across the entryway it goes a greater distance then when he rolls it across his backyard. This means that the _____ is smoother (A) entryway (B) backyard |
QuaRel_V1_B5_0338 | 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": [
"Ken"
],
"world2": [
"Allie"
]
} | Ken is standing near a tower, while Allie takes a picture of him. The tower appears bigger to (A) Ken (B) Allie |
QuaRel_V1_Fr_0417 | 0 | [
"(infer (and (distance high world1) (distance low world2)) (friction higher world2) (friction lower world2))",
"(infer (and (distance high world2) (distance low world1)) (friction higher world1) (friction lower world1))"
] | qval(distance, high, world1), qval(distance, low, world2) -> qrel(friction, higher, world2) ; qrel(friction, lower, world2) | {
"world1": [
"ocean air"
],
"world2": [
"thick smoke"
]
} | The kite flew freely through ocean air, but barely moved through the thick smoke because it had (A) more resistance (B) less resistance |
QuaRel_V1_B4_0454 | 0 | [
"(infer (time lower world1) (distance lower world1) (distance lower world2))",
"(infer (time lower world2) (distance lower world2) (distance lower world1))"
] | qrel(time, lower, world1) -> qrel(distance, lower, world1) ; qrel(distance, lower, world2) | {
"world1": [
"Jerry"
],
"world2": [
"Owen"
]
} | Owen and Jerry are both snails. They both move at the same speed but Owen travels twice as long as Jerry does. Who traveled the lesser distance? (A) Jerry (B) Owen |
QuaRel_V1_Fr_0119 | 1 | [
"(infer (distance higher world1) (heat higher world1) (heat higher world2))",
"(infer (distance higher world2) (heat higher world2) (heat higher world1))"
] | qrel(distance, higher, world1) -> qrel(heat, higher, world1) ; qrel(heat, higher, world2) | {
"world1": [
"landing strip"
],
"world2": [
"rocky field"
]
} | An airplane landed on landing strip and after it touched down, the airplane continued rolling on it's wheels for a distance. Later that day the same airplane took another flight, but this time it had an emergency landing on a rocky field. The airplane was able to roll a greater distance on it's wheels when it landed on the landing strip. Both times the pilot felt the wheels of the airplane and noticed that the wheels were hotter when the airplane landed on the (A) landing strip (B) rocky field |
QuaRel_V1_B4_0311 | 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": [
"Earth"
],
"world2": [
"Moon"
]
} | The space scientist worked out some equations for launching a spaceship from the moon and also worked out some equations for launching a spaceship from the Earth. She found that launching the spaceship from the Earth would require more thrust due the greater mass of the Earth and thus the gravitational pull of the Earth that is _____ than the gravitational pull of the moon. (A) higher (B) lower |
QuaRel_V1_B5_0930 | 1 | [
"(infer (speed higher world1) (time higher world1) (time lower world1))",
"(infer (speed higher world2) (time higher world2) (time lower world2))"
] | qrel(speed, higher, world1) -> qrel(time, higher, world1) ; qrel(time, lower, world1) | {
"world1": [
"Cycling"
],
"world2": [
"Running"
]
} | It is faster to ride a bicycle than to run therefore using a bicycle takes (A) more time (B) less time |
QuaRel_V1_B5_0942 | 0 | [
"(infer (and (distance high world1) (distance low world2)) (speed higher world1) (speed higher world2))",
"(infer (and (distance high world2) (distance low world1)) (speed higher world2) (speed higher world1))"
] | qval(distance, high, world1), qval(distance, low, world2) -> qrel(speed, higher, world1) ; qrel(speed, higher, world2) | {
"world1": [
"New scooter"
],
"world2": [
"Old scooter"
]
} | When he rode to work on his new scooter, John managed to be early several times. It was so much better than his frequent tardiness when riding his old scooter. Which scooter allowed for a quicker ride to work for John, the (A) new scooter or (B) old scooter? |
QuaRel_V1_B5_0846 | 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": [
"Jupiter"
],
"world2": [
"Mercury"
]
} | Jupiter is much bigger than Mercury. On which planet would you weigh more? (A) Jupiter (B) Mercury |
QuaRel_V1_B5_0232 | 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": [
"near flashlight"
],
"world2": [
"far flashlight"
]
} | Officer Patrick raised his flashlight and approached Rosie. When he reached her, she complained that the glare of the flashlight was hurting her eyes. To Rosie, when would the flashlight have been the brightest? (A) When it was near (B) When it was far |
QuaRel_V1_B5_0074 | 1 | [
"(infer (thickness lower world1) (strength higher world1) (strength lower world1))",
"(infer (thickness lower world2) (strength higher world2) (strength lower world2))"
] | qrel(thickness, lower, world1) -> qrel(strength, higher, world1) ; qrel(strength, lower, world1) | {
"world1": [
"String"
],
"world2": [
"Tree trunk"
]
} | It is always easier to cut through a thin string than a tree trunk because the string is (A) stronger (B) weaker |
QuaRel_V1_Fr_0635 | 1 | [
"(infer (and (speed high world1) (speed low world2)) (friction higher world1) (friction higher world2))",
"(infer (and (speed high world2) (speed low world1)) (friction higher world2) (friction higher world1))"
] | qval(speed, high, world1), qval(speed, low, world2) -> qrel(friction, higher, world1) ; qrel(friction, higher, world2) | {
"world1": [
"glass floor"
],
"world2": [
"carpeted rug"
]
} | Becky rolls a marble on a glass floor, and the marble goes very fast. When she tries rolling the marble on a carpeted rug, the marble barely moves. The marble had better friction on the (A) glass floor (B) carpeted rug. |
QuaRel_V1_B5_0872 | 1 | [
"(infer (distance lower world1) (brightness higher world2) (brightness lower world2))",
"(infer (distance lower world2) (brightness higher world1) (brightness lower world1))"
] | qrel(distance, lower, world1) -> qrel(brightness, higher, world2) ; qrel(brightness, lower, world2) | {
"world1": [
"near a porch light"
],
"world2": [
"away from a porch light"
]
} | Jackson is standing under his porch light and the night around him is lit up. Jackson walks away from his porch into the woods, and the night around him is (A) brighter (B) darker |
QuaRel_V1_Fr_1150 | 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": [
"dog park"
],
"world2": [
"city park"
]
} | The ground in the dog park is more smooth then the ground in the city park. This means that when Mike's dog collar falls across the dog park it has _____ resistance then when it falls across the city park (A) more (B) less |
QuaRel_V1_Fr_0683 | 1 | [
"(infer (distance higher world1) (friction higher world1) (friction higher world2))",
"(infer (distance higher world2) (friction higher world2) (friction higher world1))"
] | qrel(distance, higher, world1) -> qrel(friction, higher, world1) ; qrel(friction, higher, world2) | {
"world1": [
"snowy path"
],
"world2": [
"concrete lot"
]
} | Jim learned that his dogs can pull his dogsled a much greater distance over a snowy path then over the concrete lot in front of his house. He wonders if _____ has more resistance. (A) snowy path (B) concrete lot |
QuaRel_V1_B3_0195 | 0 | [
"(infer (time higher world1) (distance higher world1) (distance higher world2))",
"(infer (time higher world2) (distance higher world2) (distance higher world1))"
] | qrel(time, higher, world1) -> qrel(distance, higher, world1) ; qrel(distance, higher, world2) | {
"world1": [
"a jump rope"
],
"world2": [
"a barbell"
]
} | A lifter uses a barbell, but moves a jump rope in a wider arc. The object likely to travel further is (A) the jump rope (B) the barbell |
QuaRel_V1_B5_0700 | 0 | [
"(infer (and (amountSweat high world1) (amountSweat low world2)) (exerciseIntensity higher world1) (exerciseIntensity higher world2))",
"(infer (and (amountSweat high world2) (amountSweat low world1)) (exerciseIntensity higher world2) (exerciseIntensity higher world1))"
] | qval(amountSweat, high, world1), qval(amountSweat, low, world2) -> qrel(exerciseIntensity, higher, world1) ; qrel(exerciseIntensity, higher, world2) | {
"world1": [
"Polly"
],
"world2": [
"Sally"
]
} | Polly and Sally were at the indoor wall climbing facility. After 2 hours Polly was covered in sweat and Sally was practically dry. Which of the girls had gotten more exercise? (A) Polly (B) Sally |
QuaRel_V1_B4_0324 | 1 | [
"(infer (and (strength low world1) (strength high world2)) (thickness lower world2) (thickness lower world1))",
"(infer (and (strength low world2) (strength high world1)) (thickness lower world1) (thickness lower world2))"
] | qval(strength, low, world1), qval(strength, high, world2) -> qrel(thickness, lower, world2) ; qrel(thickness, lower, world1) | {
"world1": [
"Jim"
],
"world2": [
"David"
]
} | Jim ran over a nail on his bicycle and got a flat tire. David ran over the same nail in his car and his tire didn't get flat. Why did Jim get a flat tire but David did not? (A) Jim weights more than David (B) Jim's tire was thinner |
QuaRel_V1_B4_0053 | 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": [
"a rock band"
],
"world2": [
"a hip hop band"
]
} | A group of kids are at a music festival. They are in the campground. They can hear one band to the left playing rock and another band ahead of them playing hip hop. They can hear the rock band a lot more clearly. Which band is closer? (A) the rock band (B) the hip hop band |
QuaRel_V1_B4_0420 | 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": [
"Wood Board"
],
"world2": [
"Tire"
]
} | A man punches a tire and a wood board for a demonstration. The board if very stiff. Which object do you think is more likely to break? (A) Tire (B) Wood Board |
QuaRel_V1_Fr_1059 | 0 | [
"(infer (and (speed high world1) (speed low world2)) (friction lower world1) (friction higher world1))",
"(infer (and (speed high world2) (speed low world1)) (friction lower world2) (friction higher world2))"
] | qval(speed, high, world1), qval(speed, low, world2) -> qrel(friction, lower, world1) ; qrel(friction, higher, world1) | {
"world1": [
"table"
],
"world2": [
"carpet"
]
} | Glenn rolls a marble on a table and the marble moves easily. Glenn rolls a marble on the carpet and it moves slowly and not very far. The marble rolled easily on the table because there was (A) less friction (B) more friction. |
QuaRel_V1_B5_0120 | 1 | [
"(infer (brightness lower world1) (distance higher world2) (distance higher world1))",
"(infer (brightness lower world2) (distance higher world1) (distance higher world2))"
] | qrel(brightness, lower, world1) -> qrel(distance, higher, world2) ; qrel(distance, higher, world1) | {
"world1": [
"A star"
],
"world2": [
"The sun"
]
} | The is very bright and the stars aren't as bright. Which is further away (A) the sun or (B) the stars? |
QuaRel_V1_Fr_1193 | 1 | [
"(infer (heat lower world1) (distance higher world2) (distance higher world1))",
"(infer (heat lower world2) (distance higher world1) (distance higher world2))"
] | qrel(heat, lower, world1) -> qrel(distance, higher, world2) ; qrel(distance, higher, world1) | {
"world1": [
"city road"
],
"world2": [
"logging road"
]
} | A truck experiences less of a heat increase when driving on a city road then when driving on a logging road. This means the truck can drive a greater distance on the (A) logging road (B) city road |
QuaRel_V1_B4_0211 | 1 | [
"(infer (distance higher world1) (apparentSize lower world2) (apparentSize lower world1))",
"(infer (distance higher world2) (apparentSize lower world1) (apparentSize lower world2))"
] | qrel(distance, higher, world1) -> qrel(apparentSize, lower, world2) ; qrel(apparentSize, lower, world1) | {
"world1": [
"blue car"
],
"world2": [
"red car"
]
} | Two cars were racing, the red car was way ahead of the blue car. The _____ appeared to be lesser and at a greater distance. (A) red car (B) blue car |
QuaRel_V1_Fr_1639 | 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": [
"playpen"
],
"world2": [
"living room"
]
} | A baby experiences less friction crawling in his playpen then crawling in the living room. Which surface will force the baby to crawl at a lower rate of speed? (A) playpen (B) living room |