diff --git "a/all/NumGLUE_Type_3_crowdsourced.json" "b/all/NumGLUE_Type_3_crowdsourced.json"
deleted file mode 100644--- "a/all/NumGLUE_Type_3_crowdsourced.json"
+++ /dev/null
@@ -1,4657 +0,0 @@
-{
-  "Source": "",
-  "Categories": [],
-  "Instances": [
-    {
-      "Input": "An agate rolling in a dirt field moves at a speed of 9 m/s and the one rolling in an empty cave moves at 18 m/s. It seems likely that the agate will roll a greater distance in the?  \"Option 1\": dirt field, \"Option 2\" :empty cave",
-      "Output Program": [
-        "DirtFieldRolling = 9\nEmptyCaveRolling = 18\nif DirtFieldRolling>EmptyCaveRolling:\n    print(\"Option 1\")\nelif  DirtFieldRolling<EmptyCaveRolling:\n    print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A toddler is rolling a ball for more than 23 seconds on the grass and rolls it on to the sand where it stops after 11 seconds. The sand stopped the ball because it has _____ than the grass.?  \"Option 1\": more friction, \"Option 2\" :less friction",
-      "Output Program": [
-        "GrassRolling = 23\nSandRolling = 11\nif GrassRolling>SandRolling:\n    print(\"Option 1\")\nelif  GrassRolling<SandRolling:\n    print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A steel ball has a mass of 2Kg and a pebble has a mass of 300 g. Which object has a stronger gravitational field??  \"Option 1\": steel ball, \"Option 2\" :pebble",
-      "Output Program": [
-        "SteelBallMassinKM = 2\nPebbleMassinGrams = 300\nSteelBallMassinGrams = SteelBallMassinKM*1000\n\nif SteelBallMassinGrams>PebbleMassinGrams:\n    print(\"Option 1\")\nelif  SteelBallMassinGrams>PebbleMassinGrams:\n    print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Sarah used a remote control to turn on two identical lamps with the same power bulb, one was 2 m away and the other was 28 m away. Which lamp looked brighter??  \"Option 1\": lamp nearby, \"Option 2\" :lamp across the room",
-      "Output Program": [
-        "OneLampsDistance = 2\nSecondLampsDistance = 28\nif OneLampsDistance<SecondLampsDistance:\n    print(\"Option 1\")\nelif OneLampsDistance>SecondLampsDistance:\n    print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Bill throws a boulder of mass 80 kg and a pebble of mass 0.5 kg. The pebble falls much slower than the boulder meaning it?  \"Option 1\": weighs more, \"Option 2\" :weighs less",
-      "Output Program": [
-        "Boulder = 80\nPebble = 0.5\nif Boulder<Pebble:\n    print(\"Option 1\")\nelif Boulder>Pebble:\n    print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A capybara runs at a speed of 4 miles per hour and an anteater runs at a speed of 10 miles per hour. If both animals make the same journey, which will get there sooner??  \"Option 1\": capybara, \"Option 2\" :anteater",
-      "Output Program": [
-        "Capybara = 4\nAnteater = 10\nif Capybara>Anteater:\n    print(\"Option 1\")\nelif Capybara<Anteater:\n    print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The beach volleyball player jumped 23 cms on the gym floor, but 16 inches on the beach shore sand because it had?  \"Option 1\": more resistance, \"Option 2\" :less resistance",
-      "Output Program": [
-        "GymFloorJump = 23\nSandFloorJump = 16\nif GymFloorJump<SandFloorJump:\n    print(\"Option 1\")\nelif GymFloorJump>SandFloorJump:\n    print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Tina is racing her two dogs. Her greyhound weighs 84 lbs and her rottweiler weighs 52 kg. The dog that gets faster more quickly is the?  \"Option 1\": rottweiler, \"Option 2\" :greyhound",
-      "Output Program": [
-        "GreyhoundWeightInLBS = 84\nRottweilerWeight = 52\nGreyhoundWeightInKM = 38\n\nif RottweilerWeight<GreyhoundWeightInKM:\n print(\"Option 1\")\nelif RottweilerWeight>GreyhoundWeightInKM:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Jax drops a roll of toilet paper on the floor. The toilet paper rolls onto the carpet and slowly comes to a stop after 3 meters. When he later drops the same roll of toilet paper on a wood floor, the roll of toilet paper keeps rolling out of the room which was 9 meters long. The roll of toilet paper went a greater distance on the wood floor because it had?  \"Option 1\": more friction, \"Option 2\" :less friction.",
-      "Output Program": [
-        "ToiletPaperRollonCarpet = 3\nToiletPaperRollonCarpetWood = 9\nif ToiletPaperRollonCarpet > ToiletPaperRollonCarpetWood:\n print(\"Option 1\") #More Friction\nelif ToiletPaperRollonCarpet < ToiletPaperRollonCarpetWood:\n print(\"Option 2\") #Less Friction"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The trunk on the old tree has thickness of 1.5 cm, whereas the trunk on the new tree has a width of 1 cm, so old tree was a?  \"Option 1\": stronger tree, \"Option 2\" :weaker tree",
-      "Output Program": [
-        "OldTreeThickness = 1.5\nNewTreeWidth = 1\nif OldTreeThickness>NewTreeWidth:\n print(\"Option 1\")        \nelif OldTreeThickness<NewTreeWidth:        \n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A rabbit can run at a speed of 56 kmph in a field and 29 kmph in a cactus field. This means the rabbit gets hotter running through a?  \"Option 1\": cactus field, \"Option 2\" :field",
-      "Output Program": [
-        "RabbitSpeedNormalFeild = 56\nRabbitSpeedCactusFeild = 29\nif RabbitSpeedNormalFeild>RabbitSpeedCactusFeild:\n print(\"Option 1\")\nelif RabbitSpeedNormalFeild<RabbitSpeedCactusFeild:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Josh notices it's harder to lift his niece who weighs 74 lbs than his baby nephew who weighs 59 lbs. His nephew has a _____ pull of gravity?  \"Option 1\": stronger, \"Option 2\" :weaker",
-      "Output Program": [
-        "NieceWeight = 74\nNephewWeight = 56\nif NieceWeight<NephewWeight:\n print(\"option 1\")\nelif NieceWeight>NephewWeight:\n print(\"option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The horse runs 10 meter in 2 second on the derby track, whereas it runs 0.04 kilometer in 1 second on the forest because the forest has?  \"Option 1\": more obstacles, \"Option 2\" :less obstacles",
-      "Output Program": [
-        "HoursRunOnDerbyTrackin2Sec = 10\nHoursRunOnForestTrackin1Sec = 40\nHoursRunOnForestTrackin2Sec = HoursRunOnForestTrackin1Sec*2 \nif HoursRunOnDerbyTrackin2Sec>HoursRunOnForestTrackin2Sec:\n print(\"Option 1\") #MoreObstacles\t\nelif HoursRunOnDerbyTrackin2Sec<HoursRunOnForestTrackin2Sec:\n print(\"Option 2\") #LessObstacles"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Two Amish couples are getting ready to leave the grocery store. They load their groceries into each one of their carts. Each cart has one horse pulling it and they are equally strong. Horse one has to carry 59 pounds and Horse 2 has to carry 34 kgs. Which one will be slower to accelerate??  \"Option 1\": horse one, \"Option 2\" :horse 2",
-      "Output Program": [
-        "HorseOneCarryOnPounds = 59\nHorseTwoCarryOnKgs = 34\nHorseTwoCarryOnPounds = 74\nif HorseOneCarryOnPounds>HorseTwoCarryOnPounds:\n print(\"Option 1\")\nelif HorseOneCarryOnPounds<HorseTwoCarryOnPounds:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Jeff was rolling his pencil across different surfaces to see how much heat was generated. He noticed that rolling the pencil over pea gravel generated 8 joules heat and 4 joules of heat when rolling it over carpet. The pencil moved slower over?  \"Option 1\": carpet, \"Option 2\" :pea gravel",
-      "Output Program": [
-        "PencilRollingOnPeaGravel = 8\nPencilRollingOnCarpet = 4\nif PencilRollingOnPeaGravel<PencilRollingOnCarpet:\n print(\"Option 1\")\nelif PencilRollingOnPeaGravel>PencilRollingOnCarpet:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Mike was comparing the mass of a boulder and a pebble. He found that the mass of the boulder was 150 pounds and of the pebble was 3 pounds. Which item emits weaker gravity??  \"Option 1\": boulder, \"Option 2\" :pebble",
-      "Output Program": [
-        "Boulder = 150\nPebble = 3\nif Boulder<Pebble:\n print(\"Option 1\")\t\nelif Boulder>Pebble:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Todd gets in his car on Monday and drives for 20 hrs. He does the same thing on Tuesday but stops after 28 hrs that day. On which day will he have covered less ground??  \"Option 1\": Monday, \"Option 2\" :Tuesday",
-      "Output Program": [
-        "MondayDriving = 20\nTuesdayDriving = 28\nif MondayDriving<TuesdayDriving:\n print(\"Option 1\") \nelif MondayDriving>TuesdayDriving:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Mike can roll his grapefruit over the counter and watch it roll a distance of 7 meters and 5 meters when he rolls it in his garage. This means the _____ has less friction?  \"Option 1\": garage, \"Option 2\" :counter",
-      "Output Program": [
-        "GrapefruitRollingOnCounter = 7 \nGrapefruitRollingOnGarage = 5\nif GrapefruitRollingOnCounter<GrapefruitRollingOnGarage:\n print(\"Option 1\") \nelif GrapefruitRollingOnCounter>GrapefruitRollingOnGarage:\n print(\"Option 2\") "
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Two paper planes are thrown at a time, into the air. One is made of thick cardboard and has a weight of 0.2 kgs, one is made of thin paper and weighs 40 gms. Which paper plane flies faster??  \"Option 1\": cardboard plane, \"Option 2\" :paper plane",
-      "Output Program": [
-        "ThickCardboardPlanesInKg = 0.4\nThickCardboardPlanesInGms = 400\nThinPaperPlanesInGms = 40\nif ThickCardboardPlanesInGms<ThinPaperPlanesInGms:\n print(\"Option 1\")\nelif ThickCardboardPlanesInGms>ThinPaperPlanesInGms: \n print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Mary's skiff is able to journey a distance of 23 kms before refueling in the bay as compared to 6 kms in the open sea. This means that the _____ is more rugged?  \"Option 1\": bay, \"Option 2\" :open sea",
-      "Output Program": [
-        "BayJourneyDistance = 23\nOpenseaJourneyDistance = 6\nif BayJourneyDistance<OpenseaJourneyDistance:\n print(\"Option 1\") \nelif BayJourneyDistance>OpenseaJourneyDistance:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A hand can move through a tank of water having size of 4 meters in 12 secs and it can cover same 4 meters in 7 secs through air. That means that there is less friction in?  \"Option 1\": water, \"Option 2\" :air.",
-      "Output Program": [
-        "WaterMovingThroughTankIn12Sec = 4   \nWaterMovingThroughAirIn7Sec = 4\nWaterMovingThroughAirIn12Sec = 4*3\nif WaterMovingThroughTankIn12Sec>WaterMovingThroughAirIn12Sec:\n print(\"Option 1\")\nelif WaterMovingThroughTankIn12Sec<WaterMovingThroughAirIn12Sec:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The horse runs at a speed of 10 m/s on the derby track and at 4 m/s in the forest because the forest has?  \"Option 1\": more obstacles, \"Option 2\" :less obstacles",
-      "Output Program": [
-        "HorseRunOnDerbyTrack = 10\nHorseRunOnForestTrack = 4\nif HorseRunOnDerbyTrack>HorseRunOnForestTrack:\n print(\"Option 1\")\nelif HorseRunOnDerbyTrack>HorseRunOnForestTrack:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The Porsche was running at 40 miles/h and the Toyota was running at 41 miles/h,  so on the race the Porsche took?  \"Option 1\": more time, \"Option 2\" :less time to make the trip",
-      "Output Program": [
-        "Porsche = 40\nToyota = 41\nif Porsche>Toyota:\n print(\"Option 1\")\nelif Porsche<Toyota:\n print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Mary's wagon heats up reaches a temprature of 42 degree celsius when rolling through the weeds and 30.5 degree celsius when rolling through the gravel. This means her wagon is forced to roll slower in the?  \"Option 1\": weeds, \"Option 2\" :gravel",
-      "Output Program": [
-        "WeedRollingTemprature = 42 \nGravelRollingTemprature = 30.5\nif WeedRollingTemprature>GravelRollingTemprature:\n print(\"Option 1\")\nelif WeedRollingTemprature>GravelRollingTemprature: \t\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Emily threw a banana onto the roof and it slid for 1.2 cms, but when she threw it onto the old slide, it stuck there. She concluded that there was less friction on the?  \"Option 1\": roof, \"Option 2\" :slide.",
-      "Output Program": [
-        "BananaSlidOnRoof = 1.2\nBananaSlidOnSlide = 0\nif BananaSlidOnRoof>BananaSlidOnSlide:\n print(\"Option 1\")\nelif BananaSlidOnRoof<BananaSlidOnSlide:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Sarah used a remote control to turn on two identical lamps with the same power bulb, one was 210 cm away and the other was 12 m away. Which lamp looked brighter??  \"Option 1\": lamp nearby, \"Option 2\" :lamp across the room",
-      "Output Program": [
-        "FirstBulbAwayInCM = 210\nSecondBulbAwayInMeter = 12 \nSecondBulbAwayInCM = 12*100\nif FirstBulbAwayInCM<SecondBulbAwayInCM:\n print(\"Option 1\")\nelif FirstBulbAwayInCM>SecondBulbAwayInCM:\t\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Diana and Dave are aboard the same train after getting on at the same station. If Diana gets out of the train after 25 mins and Dave travelled for 19 minutes and then drops off, who traveled a shorter distance??  \"Option 1\": Diana, \"Option 2\" :Dave.",
-      "Output Program": [
-        "DianaOutOfTrain = 25\nDaveOutOfTrain = 19\nif DianaOutOfTrain<DaveOutOfTrain:\n print(\"Option 1\")\nelif DianaOutOfTrain>DaveOutOfTrain:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Sherry rolls her ball down two lanes. The ball moves at a speed of 15 m/s on the red lane, and 11 m/s on the green lane. The ball slows in the green lane because it has?  \"Option 1\": more friction, \"Option 2\" :less friction.",
-      "Output Program": [
-        "BallMovesOnRedLane = 15\nBallMovesOnGreenLane = 11\nif BallMovesOnRedLane>BallMovesOnGreenLane:\n print(\"Option 1\")\nelif BallMovesOnRedLane<BallMovesOnGreenLane:\t\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "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 at 5 am where as the hippie started at 8 am. It's now 12 pm, and?  \"Option 1\": the cowboy has traveled less distance, \"Option 2\" :the hippie has traveled less distance",
-      "Output Program": [
-        "Hours = 12\nCowboyWalkingHours = Hours-5 \nHippieWalkingHours = Hours-8\nif CowboyWalkingHours<HippieWalkingHours:\n print(\"Option 1\")\nelif CowboyWalkingHours>HippieWalkingHours:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A sedan weighs 4876 pounds and a garbage truck which weighs 78000 pounds start side by side at a traffic light. When the light turns green both vehicle race to reach 50 miles per hour. Which vehicle will win the race??  \"Option 1\": Sedan, \"Option 2\" :Garbage truck",
-      "Output Program": [
-        "SedanWeight = 4876\nGarbageTruckWeight = 78000\nif SedanWeight<GarbageTruckWeight:\n print(\"Option 1\")\nelif SedanWeight>GarbageTruckWeight: \n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A hand can move through a tank of water having size of 4 meters in 2 mins and it can cover same 4 meters in 98 secs through air. That means that there is less friction in?  \"Option 1\": water, \"Option 2\" :air.",
-      "Output Program": [
-        "HandMoveOnTankWaterInMin = 2\nFourMeterHandMoveOnTankWaterInSec = HandMoveOnTankWaterInMin*60 \nFourMeterHandMoveOnAirInSec = 98\nif FourMeterHandMoveOnTankWaterInSec<FourMeterHandMoveOnAirInSec:\n print(\"Option 1\")\nelif FourMeterHandMoveOnTankWaterInSec>FourMeterHandMoveOnAirInSec:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Mike and Dan left the bar at the exact same time, that is, 0100 hours, and and drove the exact same speed. Mike drove for few hours and stopped at 0600 hours whereas Dan stopped at 4 am. Who traveled the most distance??  \"Option 1\": Dan, \"Option 2\" :Mike",
-      "Output Program": [
-        "BarLeftTime = 1\nMikeStopped = 6\nDanStopped = 4\nif MikeStopped<DanStopped:\n print(\"Option 1\")\nelif MikeStopped>DanStopped:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A train conductor switched courses from a track, to wheels on ground and noticed that he travelled at 29 kmph where as on tracks he was travelling at 58 kmph with the same amount of power. The _____ were way more smooth.?  \"Option 1\": track, \"Option 2\" :wheels",
-      "Output Program": [
-        "WheelsOnGroundTravelled = 29\nWheelsOnTracksTravelled = 58\nif WheelsOnGroundTravelled < WheelsOnTracksTravelled:\n print(\"Option 1\")\nelif WheelsOnGroundTravelled > WheelsOnTracksTravelled:\n print(\"Option 1\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A rabbit can run at a speed of 63 kmph in a field and 24 mph in a cactus field. This means the rabbit gets hotter running through a?  \"Option 1\": cactus field, \"Option 2\" :field",
-      "Output Program": [
-        "RabbitSpeedNormalFeildInKmph = 63\nRabbitSpeedNormalFeildInMph = 24\nRabbitSpeedCactusFeildInKmph = 38\nif RabbitSpeedNormalFeildInKmph>RabbitSpeedCactusFeildInKmph:\n print(\"Option 1\")\nelif RabbitSpeedNormalFeildInKmph<RabbitSpeedCactusFeildInKmph:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Mike is standing at a distance of 470 cm from a lantern and 2 m from a streetlight. Which light source seems brighter to him??  \"Option 1\": lantern, \"Option 2\" :streetlight",
-      "Output Program": [
-        "StaningFromLanternInCM = 470\nStaningFromStreetlightInMeter = 2 \nStaningFromStreetlightInCM = StaningFromStreetlightInMeter*100\nif StaningFromLanternInCM<StaningFromStreetlightInCM:\n print(\"Option 1\")\nelif StaningFromLanternInCM>StaningFromStreetlightInCM:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Joe is driving back to the city at night and is 10 miles away. When Joe gets closer to the city and is 1 mile away, he'll notice the lights will appear?  \"Option 1\": dimmer, \"Option 2\" :brighter.",
-      "Output Program": [
-        "JoeDistanceFormCity1 = 10\nJoeDistanceFormCity2 = 1\nif JoeDistanceFormCity1<JoeDistanceFormCity2:\n print(\"Option 1\")\nelif JoeDistanceFormCity1>JoeDistanceFormCity2: \n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Tommy raced his older brother to the pool. Tommy can dive at 190 cm/s and his brother can dive at 345 cm/s. Who dove in first?  \"Option 1\": Tommy or, \"Option 2\" :brother.",
-      "Output Program": [
-        "TommyDive = 190\nHisBrotherDive = 345\nif TommyDive>HisBrotherDive:\n print(\"Option 1\")\nelif TommyDive<HisBrotherDive: \t\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Josh notices it's harder to lift his niece who weighs 30 kgs than his baby nephew who weighs 45 lbs. His niece has a _____ pull of gravity?  \"Option 1\": stronger, \"Option 2\" :weaker",
-      "Output Program": [
-        "NieceWeightInKg = 30\nNephewWeightInLbs = 45\nNephewWeightInKg = 20\n\nif NieceWeightInKg>NephewWeightInKg:\n print(\"option 1\")\nelif NieceWeightInKg<NephewWeightInKg:\n print(\"option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "John and Steven decided to do an experiment. They took one brick which has a weight of 1Kg, and one pebble which has a weight of 0.1Kg, and threw them out his second story window, when they looked down they discovered that the pebble reached the floor later than the brick because _____ than the brick.?  \"Option 1\": it has less mass, \"Option 2\" :it has more mass",
-      "Output Program": [
-        "BrickWeightInKg = 1  \nPebbleWeightInKg = 0.1\nif BrickWeightInKg>PebbleWeightInKg:\n print(\"Option 1\")\nelif BrickWeightInKg<PebbleWeightInKg:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Bob was 2 m away from the street lamp. He moved a bit and now he is 34 m away, he noticed that it got _____.?  \"Option 1\": brighter, \"Option 2\" :dimmer",
-      "Output Program": [
-        "BobPosition1 = 2\nBobPosition2 = 34\nif BobPosition1>BobPosition2:\n print(\"Option 1\")\nelif BobPosition1<BobPosition2:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Diana and Dave are aboard the same train after getting on at the same station. If Diana gets out of the train after 98 mins and Dave travelled for 1 hour 2 mins and then drops off, who traveled a shorter distance??  \"Option 1\": Diana, \"Option 2\" :Dave.",
-      "Output Program": [
-        "DianaReachedInMin = 98\nDaveReachedInHrs = 1\nDaveReachedInMin = (DaveReachedInHrs*60)+2\nif DianaReachedInMin<DaveReachedInMin:\n print(\"Option 1\")\nelif DianaReachedInMin>DaveReachedInMin:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A cat moves at a speed of 34 miles per hour through the river and 26 miles per hour through the jungle. This means the cat heats up less in the?  \"Option 1\": jungle, \"Option 2\" :river",
-      "Output Program": [
-        "CatMovesThroughRiver = 34\nCatMovesThroughJungle = 26\nif CatMovesThroughRiver<CatMovesThroughJungle:\n print(\"Option 1\")\nelif CatMovesThroughRiver>CatMovesThroughJungle:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Bob sent a package via USPS and a package via UPS.  The package he sent via UPS arrived in 3 days and the one via USPS arrived in 12 days. Which parcel service was slower?  \"Option 1\": USPS was slower, \"Option 2\" :UPS was slower",
-      "Output Program": [
-        "UPSPackageArrived = 3\nUSPSPackageArrived = 12\nif UPSPackageArrived<USPSPackageArrived: \n print(\"Option 1\")\nelif UPSPackageArrived>USPSPackageArrived: \n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Marcus's son took the pool ball off the pool table to play with it around the house. The son noticed that the pool ball rolled a distance of 8.1 m on the marble floor and 4 m on the shag rug. The smoother surface is?  \"Option 1\": the marble floor or, \"Option 2\" :the shag rug.",
-      "Output Program": [
-        "PollBallRolledOnMarble = 8.1\nPollBallRolledOnShanrug = 4\nif PollBallRolledOnMarble>PollBallRolledOnShanrug:\n print(\"Option 1\")\nelif PollBallRolledOnMarble<PollBallRolledOnShanrug:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Two horses are being ridden out of the same barn. The white horse is going the same speed as the grey horse. The grey horse traveled for 36 mins and the white horse traveled for 25 mins. Which horse went further??  \"Option 1\": white horse, \"Option 2\" :grey horse",
-      "Output Program": [
-        "WhiteHorse = 25\nGreyHorse = 36\nif WhiteHorse>GreyHorse:\n print(\"Option 1\")\nelif WhiteHorse<GreyHorse:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Linda and Melinda decided to kayak across a lake. Linda made it across the lake in 10 seconds and Melinda did it in 25 seconds. Which one of them didn't go as fast as the other??  \"Option 1\": Linda, \"Option 2\" :Melinda",
-      "Output Program": [
-        "Linda = 10\nMelinda = 25\nif Linda>Melinda:\n print(\"Option 1\")\nelif Linda<Melinda:\n print(\"Option 2\")  \n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A golf ball has a mass of 40 grams and a baseball has a mass of 140 gms. Which item has a weaker gravitational field??  \"Option 1\": golf ball, \"Option 2\" :baseball",
-      "Output Program": [
-        "GolfballMass = 40\nBaseballMass = 140\nif GolfballMass<BaseballMass:\n print(\"Option 1\")\nelif GolfballMass>BaseballMass:  \n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A rabbit can run at a speed of 40 kmph in a field and 30 kmph in a cactus field. This means the rabbit gets hotter running through a?  \"Option 1\": cactus field, \"Option 2\" :field",
-      "Output Program": [
-        "RabbitOnField = 40\nRabbitOnCactus = 30\nif RabbitOnField>RabbitOnCactus:\n print(\"Option 1\")\nelif RabbitOnField<RabbitOnCactus:  \n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Jed is trying to win a race against his friend Tyler. Jed is 75 Kg, and Tyler is 180 Kg. During the race, who will speed up fastest??  \"Option 1\": Jed, \"Option 2\" :Tyler",
-      "Output Program": [
-        "JedWeight = 75\nTylerWeight = 180\nif JedWeight<TylerWeight:\n print(\"Option 1\")\nelif JedWeight>TylerWeight:\n print(\"Option 1\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Diana and Dave are aboard the same train after getting on at the same station. If Diana gets out of the train after 51 mins and Dave travelled for 1 hour 2 mins and then drops off, who traveled a shorter distance??  \"Option 1\": Diana, \"Option 2\" :Dave.",
-      "Output Program": [
-        "DianaTravelledInMin = 51\nDaveTravelledTime = 1    \nDaveTravelledInMin = (DaveTravelledTime*60)+2\n\nif DianaTravelledInMin<DaveTravelledInMin:\n print(\"Option 1\")\nelif DianaTravelledInMin>DaveTravelledInMin:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A train moves at the speed of 78 km/hr on the city track and 66 mph on the country track. This means that the train will get a lot hotter moving over?  \"Option 1\": city track, \"Option 2\" :country track",
-      "Output Program": [
-        "TrainSpeedOnCityTrackInKM = 78\nTrainSpeedOnCountryTrackInMile = 66\nTrainSpeedOnCountryTrackInKM = 106\nif TrainSpeedOnCityTrackInKM<TrainSpeedOnCountryTrackInKM:\n  print(\"Option 1\")\nelif TrainSpeedOnCityTrackInKM>TrainSpeedOnCountryTrackInKM:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "if a train is going at 32 mph and a bike at 12 mph the bike will travel?  \"Option 1\": more distance, \"Option 2\" :less distance",
-      "Output Program": [
-        "TrainSpeed = 32\nBikeSpeed = 12\nif TrainSpeed<BikeSpeed:\n print(\"Option 1\")\nelif TrainSpeed>BikeSpeed:\n print(\"Option 2\")\t"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Shep and Chris are driving on the same road and going the same speed. However, Shep has traveled for 7 mins and Chris has traveled for 5 mins. As a result?  \"Option 1\": Shep has traveled further than Chris, \"Option 2\" :Shep has not traveled further than Chris",
-      "Output Program": [
-        "ShepTraveled = 7\nChrisTraveled = 5\nif ShepTraveled>ChrisTraveled:\n print(\"Option 1\")\nelif ShepTraveled<ChrisTraveled:\t\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A person wants to get shopping done quickly. They know that they can get through the checkout at big store in 3 minutes whereas it can take 16 mintues at small store. The store they go to to finish quickly is?  \"Option 1\": big store, \"Option 2\" :small store",
-      "Output Program": [
-        "BigStoreCheckout = 3\nSmallStoreCheckout = 16\nif BigStoreCheckout<SmallStoreCheckout:\n print(\"Option 1\")\nelif BigStoreCheckout>SmallStoreCheckout:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A billiard ball has a mass of 14 oz and the basketball has a mass of 27 oz. Which ball has a stronger field of gravity??  \"Option 1\": billiard ball, \"Option 2\" :basketball",
-      "Output Program": [
-        "BilliardballMass = 14\nBasketballMass = 27\nif BilliardballMass>BasketballMass:\n print(\"Option 1\")\nelif BilliardballMass<BasketballMass:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Two blimps take off from the same airfield and fly at the same velocity once they reach altitude. The red blimp flies for a 37 mins and lands at a nearby town, while the green blimp stays in flight for 1 hour 25 mins more and lands at the next town a longer distance away. This means that?  \"Option 1\": the red blimp flew a greater distance, \"Option 2\" :the green blimp flew a greater distance.",
-      "Output Program": [
-        "RedBlimpInMintues = 37\nGreenBlimpInHours = 1\nGreenBlimpInMintues = 60+25\nif RedBlimpInMintues>GreenBlimpInMintues:\n print(\"Option 1\")\nelif RedBlimpInMintues<GreenBlimpInMintues:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Mike's truck's average speed is 45 m/s and his car's speed is 89 m/s. If he drives both for an hour on the freeway, which will have gone the smaller distance??  \"Option 1\": truck, \"Option 2\" :car",
-      "Output Program": [
-        "MikeTruck = 45\nMikeCar = 89\nif MikeTruck<MikeCar:\n print(\"Option 1\")\nelif MikeTruck>MikeCar:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A hand can move through a tank of water having size of 4 meters in 48 secs and it can cover same 4 meters in 37 secs through air. That means that there is more friction in?  \"Option 1\": water, \"Option 2\" :air.",
-      "Output Program": [
-        "HandMoveOnTankWater = 4.48\nHandMoveOnAir = 4.37\nif HandMoveOnTankWater>HandMoveOnAir:\n print(\"Option 1\")\nelif HandMoveOnTankWater<HandMoveOnAir:\n print(\"Option 2\")    "
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "If a boat has a speed of 17 cm/s and a submarine has a spped of 23 cm/s, which craft will take longer to make the same journey??  \"Option 1\": boat, \"Option 2\" :submarine",
-      "Output Program": [
-        "BoatSpeed = 17\nSubmarineSpeed = 4.37\nif BoatSpeed>SubmarineSpeed:\n print(\"Option 1\")\nelif BoatSpeed<SubmarineSpeed:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Two blimps take off from the same airfield and fly at the same velocity once they reach altitude. The red blimp flies for a 8 mins and lands at a nearby town, while the green blimp stays in flight for 5 more mins and lands at the next town a longer distance away. This means that?  \"Option 1\": the red blimp flew a greater distance, \"Option 2\" :the green blimp flew a greater distance.",
-      "Output Program": [
-        "RedBlimpInMintues = 8\nGreenBlimpInMintues = 8+5\nif RedBlimpInMintues>GreenBlimpInMintues:\n print(\"Option 1\")\nelif RedBlimpInMintues<GreenBlimpInMintues:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "I can travel 39 cm in 1 second in a car and 2 cm in a second on a bicycle. Which is slower?  \"Option 1\": bicycle, \"Option 2\" :car",
-      "Output Program": [
-        "CarTravel = 39\nBicycleTravel = 2\nif CarTravel>BicycleTravel:\n print(\"Option 1\")\nelif CarTravel<BicycleTravel:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Dennis is rolling two marbles down the sidewalk. He rolls them both at the same time, in the same way. The blue marble goes 45 m down the sidewalk and the green one goes 14 m. The faster marble is?  \"Option 1\": green, \"Option 2\" :blue",
-      "Output Program": [
-        "BlueMarble = 45\nGreenMarble = 14\nif BlueMarble<GreenMarble:\n print(\"Option 1\")\nelif BlueMarble>GreenMarble:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A dog liked to roam the neighborhood. On Tuesday the dog walked down the street for a for 20 mins, and on Wednesday the dog walked down the street but stopped after 15 mins. On which walk did the dog walk a greater distance down the street??  \"Option 1\": on Tuesday, \"Option 2\" :on Wednesday.",
-      "Output Program": [
-        "TuesdayDogWalked = 20\nWednesdayDogWalked = 15\nif TuesdayDogWalked>WednesdayDogWalked:\n print(\"Option 1\")\nelif TuesdayDogWalked<WednesdayDogWalked:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Mike's pickle seems to roll around at the speed of 10.5 cm/min on his ceramic plate and at a speed of 79 mm/min on his paper plate. This means his pickle heats up more rolling around on the?  \"Option 1\": paper plate, \"Option 2\" :ceramic plate",
-      "Output Program": [
-        "CeramicPlateInCM = 10.5\nCeramicPlateInMM = 10.5*10\nPaperPlateInMM = 79\n\nif CeramicPlateInMM>PaperPlateInMM:\n print(\"Option 1\")\nelif CeramicPlateInMM<PaperPlateInMM:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Mike is standing at a distance of 4 m from a lantern and 19 m from a streetlight. Which light source seems brighter to him??  \"Option 1\": lantern, \"Option 2\" :streetlight",
-      "Output Program": [
-        "MikeLanternDistance = 4\nMikeStreetlightDistance = 19\nif MikeLanternDistance<MikeStreetlightDistance:\n print(\"Option 1\")\nelif MikeLanternDistance>MikeStreetlightDistance:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A racehorse and a horse drawn carriage both depart from a saloon at the same time. The horse drawn carriage has a speed of 61 cm/s and the racehorse has a speed of 2 m/s. Which will arrive last at the next town??  \"Option 1\": the horse drawn carriage will take more time to arrive at the next town, \"Option 2\" :the racehorse will take more time to arrive at the next town",
-      "Output Program": [
-        "Horse = 61\nRaceHorse = 2*100\nif Horse<RaceHorse:\n print(\"Option 1\")\nelif Horse>RaceHorse:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A rabbit can run at a speed of 19 kmph in a field and 33 kmph in a cactus field. This means the rabbit gets hotter running through a?  \"Option 1\": cactus field, \"Option 2\" :field",
-      "Output Program": [
-        "RabbitSpeedOnFeild = 19\nRabbitSpeedOnCactusFeild = 23\nif RabbitSpeedOnFeild>RabbitSpeedOnCactusFeild:\n print(\"Option 1\")\nelif RabbitSpeedOnFeild<RabbitSpeedOnCactusFeild:  \n print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Jim wears a thick Kevlar vest of thickness 1 inch. Jack is just wearing a cotton shirt of thickness 0.1 inch. Which top would stop a bullet??  \"Option 1\": Kevlar, \"Option 2\" :Cotton",
-      "Output Program": [
-        "KevlarVestThickness = 1\nCottonShirtThickness = 0.1\nif KevlarVestThickness>CottonShirtThickness:\n print(\"Option 1\")\nelif KevlarVestThickness<CottonShirtThickness:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Jason tried going down the slide with bare feet but kept putting his feet down to stop himself therefore he went at a speed of 16 miles per hour. When he went with socks, he went at a speed of 29 miles per hour. This is due to the socks providing?  \"Option 1\": less friction, \"Option 2\" :more friction?",
-      "Output Program": [
-        "JesonSpeed = 16\nJesonSpeedwithSocks = 29\nif JesonSpeed<JesonSpeedwithSocks:\n print(\"Option 1\")\nelif JesonSpeed>JesonSpeedwithSocks:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "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 5 am and started walking at 5:45 am whereas the hippie started walking at 5 am. It's now noon, and?  \"Option 1\": the cowboy has traveled less distance, \"Option 2\" :the hippie has traveled less distance",
-      "Output Program": [
-        "CowboyWalkingHoursInMintues = (((12-5)*60)-(60-15))\nHippieWalkingHoursInMintues = ((12-5)*60)\nif CowboyWalkingHoursInMintues<HippieWalkingHoursInMintues:\n print(\"Option 1\")\nelif CowboyWalkingHoursInMintues>HippieWalkingHoursInMintues:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The tank has a maximum speed of 15 m/s and the fighter jet has a maximum speed of 450 m/s. Supposing they both had to travel a set distance?  \"Option 1\": the tank will take more time than the jet to make that journey, \"Option 2\" :the tank will take less time than the jet to take that journey",
-      "Output Program": [
-        "TankSpeed = 15\nFighterJetSpeed = 450\nif TankSpeed<FighterJetSpeed:\n print(\"Option 1\")\nelif TankSpeed>FighterJetSpeed:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A cat and a dog both run at 5 mph. If the cat runs for a 10 mins and the dog runs for 4 mins, which will have gone the greater distance??  \"Option 1\": cat, \"Option 2\" :dog",
-      "Output Program": [
-        "CatRuns = 10\nDogRuns = 4\nif CatRuns>DogRuns:\n print(\"Option 1\")\nelif CatRuns>DogRuns:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A sleigh slided for 8 meter over a rooftop and 2 meters over cold ground, starting at the same speed on both the surfaces. This means the _____ is more rough?  \"Option 1\": rooftop, \"Option 2\" :cold ground",
-      "Output Program": [
-        "Rooftop = 8\nColdGround = 2\nif Rooftop<ColdGround:\n print(\"Option 1\")\nelif Rooftop>ColdGround:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A person wants to get shopping done quickly. They know that they can get through the checkout at big store in 5 minutes whereas it can take 20 mintues at small store. The store they go to to finish quickly is?  \"Option 1\": big store, \"Option 2\" :small store",
-      "Output Program": [
-        "BigStore = 5\nSmallStore = 20\nif BigStore<SmallStore:\n print(\"Option 1\")\nelif BigStore>SmallStore:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Mary's skateboard moves at the speed of 4651 cm/s when she skates on a wet skatepark compared to 1269 cm/s when she skates on a dry skatepark. This means her skateboard gets hotter when she rides it on the?  \"Option 1\": wet skatepark, \"Option 2\" :dry skatepark",
-      "Output Program": [
-        "SkateboardMovesOnWetSkatepark = 4651\nSkateboardMovesOnDrySkatepark = 1269\nif SkateboardMovesOnWetSkatepark<SkateboardMovesOnDrySkatepark:\n print(\"Option 1\")\nelif SkateboardMovesOnWetSkatepark>SkateboardMovesOnDrySkatepark:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A rat and a mouse each set out walking from the high school to the hospital. The rat can cover 100 meters in a second and the mouse can cover 300 meters in 2 seconds. Who took more time to arrive at the hospital??  \"Option 1\": the rat, \"Option 2\" :the mouse",
-      "Output Program": [
-        "RatSpeed = 100*2\nMouseSpeed = 300\nif RatSpeed<MouseSpeed: \n print(\"Option 1\")\nelif RatSpeed>MouseSpeed:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A falcon takes 6 seconds to get to its food and a sloth takes 24 seconds. Why??  \"Option 1\": the falcon is faster than the sloth, \"Option 2\" :The falcon is slower than the sloth",
-      "Output Program": [
-        "Falcon = 6\nSloth = 24\nif Falcon<Sloth:\n print(\"Option 1\")\nelif Falcon>Sloth:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Mary's wagon heats up reaches a temprature of 51 degree celsius when rolling through the weeds and 111.3 degree fahrenheit when rolling through the gravel. This means her wagon is forced to roll slower in the?  \"Option 1\": weeds, \"Option 2\" :gravel",
-      "Output Program": [
-        "RollingTheoughtWeeds = 51\nRollingTheoughtGravel = 111.3\nif RollingTheoughtWeeds<RollingTheoughtGravel:\n print(\"Option 1\")\nelif RollingTheoughtWeeds>RollingTheoughtGravel:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Marlo weighs 960 N whereas his friend Dan weighs 570 N . The person which has less mass is likely?  \"Option 1\": Marlo, \"Option 2\" :Dan",
-      "Output Program": [
-        "MarloWeighs = 960\nDanWeighs = 570\nif MarloWeighs<DanWeighs:\n print(\"Option 1\")\nelif  MarloWeighs>DanWeighs:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Kevin took a plane from NY to Chicago at 0800 hours while Esther took a plane from NY to LA at 1700 hours same day. Both of them are travelling from same type of plane so they have the same speed of travel. Both of them reached their destinations at the same time. Who travelled further??  \"Option 1\": Kevin, \"Option 2\" :Esther",
-      "Output Program": [
-        "KevinPlane = 800\nEstherPlane = 1700\nif KevinPlane<EstherPlane: \n print(\"Option 1\")\nelif KevinPlane>EstherPlane:\n print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "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 180 minutes and the brown mouse in 450 minutes. Which mouse couldn't run as fast??  \"Option 1\": the brown mouse, \"Option 2\" :the black mouse",
-      "Output Program": [
-        "BrownMouse = 180 \nBlackMouse = 450\nif BrownMouse<BlackMouse:\n print(\"Option 1\")\nelif BrownMouse>BlackMouse:\n print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Two paper planes are thrown at a time, into the air. One is made of thick cardboard and has a weight of 246 grams, one is made of thin paper and weighs 36 grams. Which paper plane flies faster??  \"Option 1\": cardboard plane, \"Option 2\" :paper plane",
-      "Output Program": [
-        "CardboardPlaneWeight =  246\nPaperPlaneWeight = 36\nif CardboardPlaneWeight<PaperPlaneWeight:\n print(\"Option 1\")\nelif CardboardPlaneWeight>PaperPlaneWeight:\t\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Dennis is rolling two marbles down the sidewalk. He rolls them both at the same time, in the same way. The blue marble goes 2 cm down the sidewalk and the green one goes 10 cm. The faster marble is?  \"Option 1\": green, \"Option 2\" :blue",
-      "Output Program": [
-        "BlueMarble = 2\nGreenMarble = 10\nif BlueMarble<GreenMarble:\n print(\"Option 1\")\t\nelif BlueMarble>GreenMarble: \t\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Mike can roll his grapefruit over the counter and watch it roll a distance of 26 meters and 32 meters when he rolls it in his garage. This means the _____ has less friction?  \"Option 1\": garage, \"Option 2\" :counter",
-      "Output Program": [
-        "Counter = 26\nGarage = 32\nif Counter<Garage: \n print(\"Option 1\")\nelif Counter>Garage:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Elliot is working in a warehouse. He notices that he is able to push a handcart at the speed of 60 miles/hour on the cement and 23 m/s on the carpet. The handcart will generate more heat when Elliot pushes it over the?  \"Option 1\": carpet, \"Option 2\" :cement.",
-      "Output Program": [
-        "HandcartPushOnCementMileperHour = 60\nHandcartPushOnCarpetMileperHour = int(23*2.23694)\nprint(HandcartPushOnCarpetMileperHour)\nif HandcartPushOnCementMileperHour>HandcartPushOnCarpetMileperHour:\n print(\"Option 1\")\nelif HandcartPushOnCementMileperHour<HandcartPushOnCarpetMileperHour:\n print(\"Option 2\") "
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Todd gets in his car on Monday and drives for 2 hrs. He does the same thing on Tuesday but stops after 300 mins that day. On which day will he have covered less ground??  \"Option 1\": Monday, \"Option 2\" :Tuesday",
-      "Output Program": [
-        "MondayDrivesInMin = 2*60\nTuesdayDrivesInMin = 300\nif MondayDrivesInMin<TuesdayDrivesInMin: \n print(\"Option 1\")\nelif MondayDrivesInMin>TuesdayDrivesInMin:\n print(\"Option 2\")\t"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Mary has a cat that she loves to play with. Sometimes she drags the cat toy across the floor so the cat can chase it. When she drags the cat toy across the play room floor it a distance of 5 m. When she drags it across the rumpus room floor it moves 3 m. This means the _____ is more smooth?  \"Option 1\": play room floor, \"Option 2\" :rumpus room floor",
-      "Output Program": [
-        "RoomFloor = 5\nRumpusRoomFloor = 3\nif RoomFloor>RumpusRoomFloor:\n print(\"Option 1\")\nelif RoomFloor<RumpusRoomFloor:  \n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "If a boat can cover 700 m in an hour and a submarine can cover 1800 m in an hour, which craft will take longer to make the same journey??  \"Option 1\": boat, \"Option 2\" :submarine",
-      "Output Program": [
-        "Boat = 700\nSubmarine = 1800\nif Boat<Submarine:\n print(\"Option 1\")\nelif Boat>Submarine:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "One of Sarah's neighbors spilled dog food all over the stairs. The dog food pieces are on three stairways and all over the landings. Sarah gets mad and kicks a piece of dog food. The dog food flies across the wooden planks from one side of the staircase landing to the other which was 28 centi-meters long. The dog food reaches the neighbor's door mat. It just moves 10 centi-meters across the doormat and then stops. Why didn't the dog food move further across the doormat??  \"Option 1\": The door mat is a spikier surface, \"Option 2\" :the staircase landing is a spikier surface",
-      "Output Program": [
-        "Doormat = 28\nStaircase = 10\nif Doormat>Staircase:\n print(\"Option 1\")\nelif Doormat<Staircase:\n print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Two paper planes are thrown at a time, into the air. One is made of thick cardboard and has a weight of 200 gms, one is made of alluminum paper and weighs 400 gms. Which paper plane flies faster??  \"Option 1\": cardboard plane, \"Option 2\" :paper plane",
-      "Output Program": [
-        "ThickCardboardPlanes = 200\nThinPaperPlanes = 400\nif ThickCardboardPlanes<ThinPaperPlanes:\n print(\"Option 1\")\nelif ThickCardboardPlanes>ThinPaperPlanes: \n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Jim owns both a truck and a car. The truck weighs around 1239 kgs and the car weighs around 1488 kg. Which vehicle will accelerate at a greater rate of speed when he presses down on the gas pedal??  \"Option 1\": truck, \"Option 2\" :car",
-      "Output Program": [
-        "TruckWeight = 1239\nCarWeight = 1488\nif TruckWeight<CarWeight:\n print(\"Option 1\")\nelif  TruckWeight>CarWeight:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Mike can roll his grapefruit over the counter and watch it roll a distance of 29 yards and 23 meters when he rolls it in his garage. This means the _____ has less friction?  \"Option 1\": garage, \"Option 2\" :counter",
-      "Output Program": [
-        "CounterRollDistanceInYards = 29\nCounterRollDistanceInMeters = 26\nGarageRollDistanceInMeters = 23\n\nif CounterRollDistanceInMeters<GarageRollDistanceInMeters: \n print(\"Option 1\")\nelif CounterRollDistanceInMeters>GarageRollDistanceInMeters:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Ian and Avery are taking trains from the same station. Ian's train is red, and is going 29 km an hour to a destination forty miles away. Avery's train is green and is going 54 km an hour to a destination forty miles away. The train that is slower is?  \"Option 1\": red, \"Option 2\" :green",
-      "Output Program": [
-        "RedTrain = 29\nGreenTrain = 54\nif RedTrain<GreenTrain:\n print(\"Option 1\")\nelif RedTrain>GreenTrain:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A racehorse and a horse drawn carriage both depart from a saloon at the same time. The horse drawn carriage has a speed of 461 cm/s and the racehorse has a speed of 3 m/s. Which will arrive last at the next town??  \"Option 1\": the horse drawn carriage will take more time to arrive at the next town, \"Option 2\" :the racehorse will take more time to arrive at the next town",
-      "Output Program": [
-        "Horse = 461\nRaceHorse = 3*100\nif Horse<RaceHorse:\n print(\"Option 1\")\nelif Horse>RaceHorse:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Terry takes his bicycle for a ride, first riding through the grass field at 5 m/s, then the paved street at 12 m/s. The paved street had?  \"Option 1\": more resistance, \"Option 2\" :less resistance.",
-      "Output Program": [
-        "BicycleRideOnGrass = 5\nBicycleRideOnPavedStreet = 12\nif BicycleRideOnGrass>BicycleRideOnPavedStreet:\n print(\"Option 1\")\nelif  BicycleRideOnGrass<BicycleRideOnPavedStreet:\t\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A bowling ball has a mass of 17 pounds and a baseball weighs 8 pounds. Which item has stronger gravity??  \"Option 1\": baseball, \"Option 2\" :bowling ball",
-      "Output Program": [
-        "BowlingBall = 17\nBaseball = 8\nif BowlingBall<Baseball:  \n print(\"Option 1\")\nelif BowlingBall>Baseball:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Roz is going skiing. She skis down a muddy hill and then down a snowy hill. Roz notices that she goes down the snowy hill in 39 mins and muddy hill in 27 mins and both the hills are of approximately same size. That might be because the muddy hill had?  \"Option 1\": more friction, \"Option 2\" :less friction.",
-      "Output Program": [
-        "MuddyHill = 39 \nSnowyHill = 27\nif MuddyHill<SnowyHill:\n print(\"Option 1\")\nelif  MuddyHill>SnowyHill:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Jimbo knows that his marble has a 8 grams of mass and the rock has a mass of 0.034 Kilograms. This means the?  \"Option 1\": marble, \"Option 2\" :rock has stronger gravity",
-      "Output Program": [
-        "Marble = 8\nRockInKg = 0.034\nRockGms = 34\nif Marble>RockGms:\n print(\"Option 1\")\nelif Marble<RockGms:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The fish glided with a speed of 16 m/s through the water and 9 m/s through the jello because the _____ is rougher.?  \"Option 1\": jello, \"Option 2\" :water",
-      "Output Program": [
-        "FishSpeedOnWater = 16\nFishSpeedOnJello = 9\nif FishSpeedOnWater>FishSpeedOnJello:\n print(\"Option 1\")\nelif FishSpeedOnWater<FishSpeedOnJello:\t\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Tina and Wynona are both going the same speed down the highway. Tina drives for 9 minutes and Wynona drives for 3 minutes. Will Tina have?  \"Option 1\": driven further, \"Option 2\" :driven less",
-      "Output Program": [
-        "TinaDrive = 9  \nWyninaDrive = 3\nif TinaDrive>WyninaDrive:\n print(\"Option 1\")\nelif TinaDrive<WyninaDrive:\t\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "If John sees two identical street lights that are at a distance of 2.5 mile and 6.2 miles from him, which one will appear brighter??  \"Option 1\": Street light that is 6.2 mile away, \"Option 2\" :Street light that is 2.5 mile away",
-      "Output Program": [
-        "FirstStreetLight = 2.5\nSecoundStreetLight = 6.2\nif FirstStreetLight>SecoundStreetLight:\n print(\"Option 1\")\nelif  FirstStreetLight<SecoundStreetLight:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "A traveler wants to go between cities in Japan. She does some research and sees that a bullet train can go at a speed of 80 meters/sec and a car can go at 29 meters/sec. If she wants to spend less time in her trip from city to city, which should she choose??  \"Option 1\": bullet train, \"Option 2\" :car.",
-      "Output Program": [
-        "BulletTrainSpeed = 80\nCarSpeed = 29\nif BulletTrainSpeed>CarSpeed:\n print(\"Option 1\")\nelif BulletTrainSpeed<CarSpeed:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "A traveler wants to go between cities in Japan. She does some research and sees that a bullet train can go at a speed of 8 miles/hour and a car can go at 2 meters/sec. If she wants to spend less time in her trip from city to city, which should she choose??  \"Option 1\": bullet train, \"Option 2\" :car.",
-      "Output Program": [
-        "BulletTrainSpeedMpS = int(8*0.44704) #Convert to M/s\nCarSpeedMpS = 2\nif BulletTrainSpeedMpS>CarSpeedMpS:\n print(\"Option 1\")\nelif BulletTrainSpeedMpS<CarSpeedMpS:\n print(\"Option 2\")\t"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "Two robins were flying south at the same velocity. The male robin stopped to rest on a tree after 4 hours but the female stopped to rest just after 2 hours 38 mins. Which robin covered more distance??  \"Option 1\": the male, \"Option 2\" :the female",
-      "Output Program": [
-        "MaleRobin = 4\nFemaleRobin = 2.38\nif MaleRobin>FemaleRobin:\n print(\"Option 1\")\nelif MaleRobin<FemaleRobin:  \n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "Bill punches a green window and it needs 1 punch each from him and his friend to break. Then he punches a blue window and it needs 2 punches each from him and his friend to break. The more powerful window is the?  \"Option 1\": green window, \"Option 2\" :blue window",
-      "Output Program": [
-        "GreenForPunch = 1\nBlueForPunch = 2\nif GreenForPunch>BlueForPunch:\n print(\"Option 1\")\nelif GreenForPunch<BlueForPunch:\t\n print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "John noticed that his train moved at a speed of 68 mph on pavement and at 28 mph when placed on some train tracks. The train generated more heat on?  \"Option 1\": tracks, \"Option 2\" :pavement",
-      "Output Program": [
-        "TrainSpeedOnPavement = 68 \nTrainSpeedOnTracks = 28\nif TrainSpeedOnPavement>TrainSpeedOnTracks:\n print(\"Option 1\")\nelif TrainSpeedOnPavement<TrainSpeedOnTracks:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "Two robins were flying south at the same velocity. The male robin stopped to rest on a tree after 5 mins and the female kept going and didn't stop to rest for another 3 more mins. Which robin covered more distance??  \"Option 1\": the male, \"Option 2\" :the female",
-      "Output Program": [
-        "MaleRobin = 5\nFemaleRobin = 5+3 \nif MaleRobin>FemaleRobin:\n print(\"Option 1\")\nelif MaleRobin<FemaleRobin:\t\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "Milo can slide his coaster at a speed of 21 m/s over his coffee table and with a speed of 9.4 m/s over his dining table. This means the coaster will heat up _____ over the coffee table then over the dining table?  \"Option 1\": more, \"Option 2\" :less",
-      "Output Program": [
-        "CoffeeTable = 21\nDiningTable = 9.4\nif CoffeeTable<DiningTable:\n print(\"Option 1\")\nelif  CoffeeTable>DiningTable:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "The lamborghini weighs 1500 Kg and the class 6 medium truck weighs around 12000 Kg so in the race lamborghini accelerated?  \"Option 1\": slower, \"Option 2\" :faster",
-      "Output Program": [
-        "LamborghiniWeight = 1500\nTruckWeight = 12000\nif LamborghiniWeight>TruckWeight:\n print(\"Option 1\")\nelif LamborghiniWeight<TruckWeight:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "A spider's temperature becomes 66 F while scurrying across a tree, it becomes 36 C while scurrying across a web. This means the _____ offers more resistance?  \"Option 1\": web, \"Option 2\" :tree",
-      "Output Program": [
-        "SpiderTemperatureOnTree = 66 \nSpiderTemperatureOnWeb = (36*9/5)+32\nprint(SpiderTemperatureOnWeb)\nif SpiderTemperatureOnTree<SpiderTemperatureOnWeb:\n print(\"Option 1\")\nelif SpiderTemperatureOnTree>SpiderTemperatureOnWeb:\n print(\"Option 2\")\t"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "John noticed that his train moved at a speed of 56 kph on pavement and at 45 kph when placed on some train tracks. The train generated more heat on?  \"Option 1\": tracks, \"Option 2\" :pavement",
-      "Output Program": [
-        "TrainOnPavement = 56\nTrainOnTracks = 45\nif TrainOnPavement>TrainOnTracks:\n print(\"Option 1\")\nelif TrainOnPavement<TrainOnTracks:\t\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "A bowling ball can be thrown down a gree alley or a yellow alley. When it goes down the green alley, it generates 3 J heat and when it is thrown down the yellow alley it generates 16 J. Compared to the yellow alley, the bowling ball thrown down the green alley will go a distance that is?  \"Option 1\": shorter, \"Option 2\" :farther",
-      "Output Program": [
-        "GreenAlley = 3\nYellowAlley = 16\nif GreenAlley>YellowAlley:\n print(\"Option 1\")\nelif GreenAlley<YellowAlley:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "A car heats up in 17 mins when driving on a dirt road, whereas it heats up in 38 mins driving on a paved road. The dirt road has?  \"Option 1\": less friction, \"Option 2\" :more friction.",
-      "Output Program": [
-        "DrivingDirtRoad = 17 \nDrivingPavedRoad = 38\nif DrivingDirtRoad>DrivingPavedRoad:\n print(\"Option 1\")\nelif DrivingDirtRoad<DrivingPavedRoad:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "If Jimbo is 4 feet away from a beetle and 100 feet away from a grasshopper, which insect do you think will seem bigger to him??  \"Option 1\": beetle, \"Option 2\" :grasshopper",
-      "Output Program": [
-        "JimboFromBeetle = 4\nJimboFromGrasshopper = 100\nif JimboFromBeetle<JimboFromGrasshopper:\n print(\"Option 1\")\nelif JimboFromBeetle>JimboFromGrasshopper:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "An apple is sitting 25 feet away from Harry, and a watermelon is sitting 10 meter away. Which item looks larger??  \"Option 1\": watermelon, \"Option 2\" :apple",
-      "Output Program": [
-        "AppleFromHarry = 25\nWatermelonFromHarry = 10\nif AppleFromHarry<WatermelonFromHarry:\n print(\"Option 1\")\nelif AppleFromHarry>WatermelonFromHarry: \t\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "The participant whose weight was 38 pound was _____ strong than the participant who had weight of 12 kg?  \"Option 1\": less, \"Option 2\" :more",
-      "Output Program": [
-        "Participant1 = 38\nParticipant1InKg = 17\nParticipant2InKg = 12\nif Participant1InKg<Participant2InKg:\n print(\"Option 1\")\nelif Participant1InKg>Participant2InKg:\n print(\"Option 2\")\t"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "Tony has a beach ball that he loves to play with. He notices that the beach ball travels for 6 meters when he kicks it across the asphalt road and 4 meters when he kicks it across the gravel road. If he kicks it with the same force in each situation, which road is more smooth??  \"Option 1\": gravel, \"Option 2\" :asphalt",
-      "Output Program": [
-        "BeachballOnAsphaltRoad = 6\nBeachballOnGravelRoad = 4\nif BeachballOnAsphaltRoad<BeachballOnGravelRoad:\n print(\"Option 1\")\nelif BeachballOnAsphaltRoad>BeachballOnGravelRoad:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "Tina and Maria both take cruises.  Both ships travel at 35 mph, but Tina's cruise is 24 hour long and Maria's cruise is 15 hours long. Who went further??  \"Option 1\": Tina, \"Option 2\" :Maria",
-      "Output Program": [
-        "TinaCruise = 24\nMariaCruise = 15\nif TinaCruise>MariaCruise:\n print(\"Option 1\")\nelif  TinaCruise<MariaCruise:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "If Jimbo is 484 feet away from a beetle and quarter of 827 feet away from a grasshopper, which insect will seem bigger to him??  \"Option 1\": beetle, \"Option 2\" :grasshopper",
-      "Output Program": [
-        "Beetle = 484\nGrasshopper = 827\nif Beetle>Grasshopper:\n print(\"Option 1\")\nelif Beetle<Grasshopper:\n print(\"Option 2\")\t"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "When the receipt slid across the sales counter it went a distance of 2 meters and 1 meter when it slid across the floor. This means the _____ was the smoother of the two surfaces?  \"Option 1\": sales counter, \"Option 2\" :floor",
-      "Output Program": [
-        "SalesCounter = 2\nFloor = 1\nif SalesCounter>Floor:\n print(\"Option 1\")\nelif SalesCounter<Floor:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "If Jimbo is 104 inches away from a beetle and 100 feet away from a grasshopper, which insect will seem bigger to him??  \"Option 1\": beetle, \"Option 2\" :grasshopper",
-      "Output Program": [
-        "Beetle = 104\nGrasshopper = 100\nif Beetle>Grasshopper:\n print(\"Option 1\")\nelif Beetle<Grasshopper:\n print(\"Option 2\")\t"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "The bus driver drove at the speed of 50 km per hour on the dirt road and 30 km per hour on the unpaved road, because the dirt road has?  \"Option 1\": more friction, \"Option 2\" :Less friction",
-      "Output Program": [
-        "BusDriverOnDirtRoad = 50\nBusDriverOnUnpavedRoad = 30\nif BusDriverOnDirtRoad<BusDriverOnUnpavedRoad:\n print(\"Option 1\")\nelif BusDriverOnDirtRoad>BusDriverOnUnpavedRoad:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "The  tortoise has a speed of 44 m/s and the hare has a speed of 76 m/s, they decided to run from the school house to their home. Who do you think to longer to get home?  \"Option 1\": Tortoise, \"Option 2\" :Hare",
-      "Output Program": [
-        "TortoiseSpeed = 44\nHareSpeed = 76\nif TortoiseSpeed<HareSpeed: \n print(\"Option 1\")\nelif TortoiseSpeed>HareSpeed:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "A traveler wants to go between cities in Japan. She does some research and sees that a bullet train can go at a speed of 45 miles/h and a car can go at 23 miles/h. If she wants to spend less time in her trip from city to city, which should she choose??  \"Option 1\": bullet train, \"Option 2\" :car.",
-      "Output Program": [
-        "BulletTrainSpeed = 45\nCarSpeed = 23\nif BulletTrainSpeed>CarSpeed:\n print(\"Option 1\")\nelif BulletTrainSpeed<CarSpeed:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "James is watching it rain one day. He notices that the rain travels over the driveway in 25 secs and the bumpy shingles of his house's roof in 120 secs, the driveway and the shingles are almost similar in size. Which surface is more rough?  \"Option 1\": roof, \"Option 2\" :driveway.",
-      "Output Program": [
-        "Driveway = 25\nRoof = 120\nif Driveway<Roof:\n print(\"Option 1\")\nelif  Driveway>Roof:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "A cherry rolling down a slope can roll a distance of 100 m and the one rolling on flat ground can roll 30 m. The cherry will heat up less on?  \"Option 1\": slope, \"Option 2\" :flat ground",
-      "Output Program": [
-        "CherryRollingOnSlope = 100\nCherryRollingOnFlatGround = 30\nif CherryRollingOnSlope>CherryRollingOnFlatGround:\n print(\"Option 1\")\nelif CherryRollingOnSlope<CherryRollingOnFlatGround:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "Milo can slide his coaster at a speed of 20 cm/s over his coffee table and with a speed of 50 cm/s over his dining table. This means the coaster will heat up _____ over the coffee table then over the dining table?  \"Option 1\": more, \"Option 2\" :less",
-      "Output Program": [
-        "\nCoasterSpeedOnCoffeeTable = 20\nCoasterSpeedOnDiningTable = 50\nif CoasterSpeedOnCoffeeTable<CoasterSpeedOnDiningTable:\n print(\"Option 1\")\nelif CoasterSpeedOnCoffeeTable>CoasterSpeedOnDiningTable:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "An apple is sitting 5 feet away from Harry, and a watermelon is sitting 10 feet away. Which item you think looks larger??  \"Option 1\": watermelon, \"Option 2\" :apple",
-      "Output Program": [
-        "Apple =  5\nWatermelon = 10\nif Apple>Watermelon:   \n print(\"Option 1\")\nelif Apple<Watermelon:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "Lyle takes his jeep to the beach. When he drives it on the concrete, the jeep moves at a speed of 27 miles/hr on average. When Lyle drives the jeep on the sand, it moves at a speed of 34 km/hr. The sand has?  \"Option 1\": less resistance, \"Option 2\" :more resistance.",
-      "Output Program": [
-        "JeepOnConcrwteInKM = (27*1.609)\nJeepOnSand = 34\nif JeepOnConcrwteInKM<JeepOnSand:\n print(\"Option 1\")\nelif JeepOnConcrwteInKM>JeepOnSand:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "Sliding a lunch bag across a shiny table makes it go a distance of 29 cm and sliding it across a matte table makes it go 21 cm. Which table will make the bottom of the bag stay cooler??  \"Option 1\": shiny table, \"Option 2\" :matte table",
-      "Output Program": [
-        "ShinyTable = 29\nMatteTable = 21\nif ShinyTable>MatteTable:\n print(\"Option 1\")\nelif ShinyTable<MatteTable:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "Janna was playing with her softball and her bowling ball. She noted that the bowling ball had a mass of 32 ounces and her softball weighed 4 ounces . Which ball had weaker gravity??  \"Option 1\": softballl, \"Option 2\" :bowling ball",
-      "Output Program": [
-        "Softball = 4 \nBowlingball = 32\nif Softball<Bowlingball:\n print(\"Option 1\")\nelif Softball>Bowlingball:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "Milo can slide his coaster at a speed of 1 m/s over his coffee table and with a speed of 0.4 m/s over his dining table. This means the coaster will heat up _____ over the coffee table then over the dining table?  \"Option 1\": more, \"Option 2\" :less",
-      "Output Program": [
-        "CoasterSpeedOnCoffeeTable = 1\nCoasterSpeedOnDiningTable = 0.4\nif CoasterSpeedOnCoffeeTable<CoasterSpeedOnDiningTable:\n print(\"Option 1\")\nelif CoasterSpeedOnCoffeeTable>CoasterSpeedOnDiningTable:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "Elliot weighs 180 pounds whereas Leon weighs 120 pounds. Who has a bigger gravity pull??  \"Option 1\": Elliot, \"Option 2\" :Leon",
-      "Output Program": [
-        "ElliotWeighs = 180\nLeonWeighs = 120\nif ElliotWeighs>LeonWeighs:\n print(\"Option 1\")\nelif  ElliotWeighs<LeonWeighs:\t\n print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "John noticed that his train moved at a speed of 37 kph on pavement and at 76 kph when placed on some train tracks. The train generated more heat on?  \"Option 1\": tracks, \"Option 2\" :pavement",
-      "Output Program": [
-        "TrainOnPavement = 37\nTrainOnTracks = 76\nif TrainOnPavement>TrainOnTracks:\n print(\"Option 1\")\nelif TrainOnPavement<TrainOnTracks:\t\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "If John sees two identical street lights that are at a distance of 1 mile and 2 miles from him, which one will appear brighter??  \"Option 1\": Street light that is 2 mile away, \"Option 2\" :Street light that is a mile away",
-      "Output Program": [
-        "FirstStreetLight = 1\nSecoundStreetLight = 2\nif FirstStreetLight>SecoundStreetLight:\n print(\"Option 1\")\nelif  FirstStreetLight<SecoundStreetLight:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "A boxer dog can run at a speed of 42 mph in a swept yard, and 38 mph in a rocky yard. This means the _____ is more rough?  \"Option 1\": rocky yard, \"Option 2\" :swept yard",
-      "Output Program": [
-        "BoxerDogSweptYard = 42\nBoxerDogRockyYard = 38\nif BoxerDogSweptYard>BoxerDogRockyYard:\n print(\"Option 1\")\nelif BoxerDogSweptYard<BoxerDogRockyYard:\n print(\"Option 2\")\t\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "Sliding a lunch bag across a shiny table makes it go a distance of 12 mm and sliding it across a matte table makes it go 39 mm. Which table will make the bottom of the bag stay cooler??  \"Option 1\": shiny table, \"Option 2\" :matte table",
-      "Output Program": [
-        "ShinyTable = 12\nMatteTable = 39\nif ShinyTable>MatteTable:\n print(\"Option 1\")\nelif ShinyTable<MatteTable:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "Janna was playing with her softball and her bowling ball. She noted that the bowling ball had a mass of 5 ounces and her softball weighed 8 ounces . Which ball had weaker gravity??  \"Option 1\": softballl, \"Option 2\" :bowling ball",
-      "Output Program": [
-        "Softball = 5 \nBowlingball = 8\nif Softball<Bowlingball:\n print(\"Option 1\")\nelif Softball>Bowlingball:\n print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "A trolley experiences friction force of 7 N when cruising along new tracks and friction force of 12 N when trundling along rusted tracks. This means the trolley can go a greater distance on the?  \"Option 1\": rusted tracks, \"Option 2\" :new tracks",
-      "Output Program": [
-        "TrolleyNewTracks = 7\nTrolleyRustedTracks = 12\nif TrolleyNewTracks>TrolleyRustedTracks:\n print(\"Option 1\")\nelif TrolleyNewTracks<TrolleyRustedTracks:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "A spider's temperature becomes 97 F while scurrying across a tree, it becomes 92 F while scurrying across a web. This means the _____ offers more resistance?  \"Option 1\": web, \"Option 2\" :tree",
-      "Output Program": [
-        "SpiderTemperatureOnTree = 97\nSpiderTemperatureOnWeb = 92\nif SpiderTemperatureOnTree<SpiderTemperatureOnWeb:\n print(\"Option 1\")\nelif SpiderTemperatureOnTree>SpiderTemperatureOnWeb:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "A spider's temperature becomes 34 C while scurrying across a tree, while it becomes 20 C more while scurrying across a web. This means the _____ offers more resistance?  \"Option 1\": web, \"Option 2\" :tree",
-      "Output Program": [
-        "SpiderTemperatureOnTree = 34 \nSpiderTemperatureOnWeb = 20\nif SpiderTemperatureOnTree>SpiderTemperatureOnWeb:\n print(\"Option 1\")\nelif SpiderTemperatureOnTree<SpiderTemperatureOnWeb:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "A butterfly can fly at a speed of 7 miles per hour through open air and 18 miles per hour through bushes. This means the butterfly creates less heat flying through the?  \"Option 1\": bushes, \"Option 2\" :open air",
-      "Output Program": [
-        "ButterflyFlyThroughOpenAir = 7\nButterflyFlyThroughOpenBushes = 18\nif ButterflyFlyThroughOpenAir<ButterflyFlyThroughOpenBushes:\n print(\"Option 1\")\nelif ButterflyFlyThroughOpenAir>ButterflyFlyThroughOpenBushes:\n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "Two robins were flying south at the same velocity. The male robin stopped to rest on a tree after 13 mins and the female kept going and didn't stop to rest for another 24 more mins. Which robin covered more distance??  \"Option 1\": the male, \"Option 2\" :the female",
-      "Output Program": [
-        "MaleRobin = 13\nFemaleRobin = 13+24\nif MaleRobin>FemaleRobin:\n print(\"Option 1\")\nelif MaleRobin<FemaleRobin:  \n print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "A rat and a mouse each set out walking from the high school to the hospital. The rat runs at 4 m/s and the mouse runs at 2 m/s. Who took more time to arrive at the hospital??  \"Option 1\": the rat, \"Option 2\" :the mouse",
-      "Output Program": [
-        "rat_runs_ms=4\nmouse_runs_ms=2\nif rat_runs_ms>mouse_runs_ms:\n    print(\"Option 1\")\nelse:\n    print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Dennis is rolling two marbles down the sidewalk. He rolls them both at the same time, in the same way. The blue marble goes 23 cm down the sidewalk and the green one goes 16 cm. The faster marble is?  \"Option 1\": green, \"Option 2\" :blue",
-      "Output Program": [
-        "blue_marbeles_goes_cm=23\ngreen_marbeles_goes_cm=16\nif blue_marbeles_goes_cm>green_marbeles_goes_cm:\n    print(\"Option 2\")\nelse:\n    print(\"Option 1\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Shep and Chris are driving on the same road and going the same speed. However, Shep has traveled for 120 secs and Chris has traveled for 1 min. As a result?  \"Option 1\": Shep has traveled further than Chris, \"Option 2\" :Shep has not traveled further than Chris",
-      "Output Program": [
-        "chris_travelled_sec=60\nshep_travelled_sec=120\nif shep_travelled_sec>chris_travelled_sec:\n    print(\"Option 1\")\nelse:\n    print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A little boy rolls two of his rubber balls down the hallway. The red ball stopped after 8 secs. the blue one stopped after 9 secs. Which one rolled the furthest??  \"Option 1\": Red ball, \"Option 2\" :blue ball.",
-      "Output Program": [
-        "red_ball_secs=8\nblue_ball_secs=9\nif blue_ball_secs>red_ball_secs:\n    print(\"Option 2\")\nelse:\n    print(\"Option 1\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The ranger and the rustler both were riding horses that galloped at the same speed.  The rustler left at 01:00 where as the ranger left at 0500 hours. Who has traveled further??  \"Option 1\": the ranger, \"Option 2\" :the rustler",
-      "Output Program": [
-        "rustler = 1\nranger = 5\n\nif ranger < rustler:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Mike and Sue decide to ride their bikes around the park. They follow the same path but Mike rides his bike at 16 miles/hour and Sue rides at 5 miles/hour. After ten minutes, who will have covered less distance??  \"Option 1\": Mike, \"Option 2\" :Sue",
-      "Output Program": [
-        "mike = 16\nsue = 5\n\nif mike < sue:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A tank weighs around 63 tons. A toy car weighs 1.5 kg. Because of this?  \"Option 1\": the tank will speed up faster than the toy car, \"Option 2\" :the toy car will speed up faster than the tank",
-      "Output Program": [
-        "tank = 63\ntank = tank * 907.185\ntoy_car = 1.5\n\nif tank < toy_car:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The mammoth moved at a speed of 21 km per hour through the watering hole, but moved at a speed of 14 km per hour on the hard dirt because the hard dirt had?  \"Option 1\": less resistance, \"Option 2\" :more resistance",
-      "Output Program": [
-        "water = 21\ndirt = 14\n\nif water < dirt:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The mammoth moved at a speed of 18 km per hour through the watering hole, but moved at a speed of 18 miles per hour on the hard dirt because the hard dirt had?  \"Option 1\": less resistance, \"Option 2\" :more resistance",
-      "Output Program": [
-        "water = 18\nwater = water*1.60934\ndirt = 18\n\nif water > dirt:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A sedan weighs 1500 Kg and a garbage truck which weighs 69632 pounds start side by side at a traffic light. When the light turns green both vehicle race to reach 50 miles per hour. Which vehicle will win the race??  \"Option 1\": Sedan, \"Option 2\" :Garbage truck",
-      "Output Program": [
-        "sedan = 1500\nsedan= sedan*2.20462\ngarbage = 69632\n\nif sedan < garbage:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The beauty queen glided across the marble floors with speed of 15 m/s but at speed 1000 cm/s on the wooden floors because it had?  \"Option 1\": more resistance, \"Option 2\" :less resistance",
-      "Output Program": [
-        "marble = 15\nmarble = marble*100\nwooden = 100\n\nif marble > wooden:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Rolling a marble over dirt creates 1.2 mega N resistance, whereas rolling it over sand creates 45 N resistance. This means the marble will travel further over the?  \"Option 1\": sand or, \"Option 2\" :dirt",
-      "Output Program": [
-        "dirt = 1.2\nsand = 45\n\nif dirt < sand:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Marcus's son took the pool ball off the pool table to play with it around the house. The son noticed that the pool ball rolled a distance of 180 cm on the marble floor and 27 cm on the shag rug. The smoother surface is?  \"Option 1\": the marble floor or, \"Option 2\" :the shag rug.",
-      "Output Program": [
-        "pool = 180\nmarble = 27\n\nif pool > marble:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The ranger and the rustler both were riding horses that galloped at the same speed.  The rustler left at 16:00 where as the ranger left at 1 pm. Who has traveled further??  \"Option 1\": the ranger, \"Option 2\" :the rustler",
-      "Output Program": [
-        "rustler = 16\nranger = '1 PM'\n\nif ranger[-2::] == 'PM':\n  ranger = 12 + int(ranger[:2:])\n\nelse:\n  ranger = int(ranger[:2:])\n\nif rustler > ranger:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Two horses are being ridden out of the same barn. The white horse is going the same speed as the grey horse. The grey horse traveled for 19 mins and the white horse traveled for 28 mins. Which horse went further??  \"Option 1\": white horse, \"Option 2\" :grey horse",
-      "Output Program": [
-        "grey = 19\nwhite = 28\n\nif grey < white:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Sherry rolls her ball down two lanes. The ball covers the red lane in 15 secs, but covers the green lane in 20 secs. Both the lanes are of same length. The ball slows in the green lane because it has?  \"Option 1\": more friction, \"Option 2\" :less friction.",
-      "Output Program": [
-        "red = 15\ngreen = 20\n\nif red < green:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A toddler is rolling a ball for more than 1 mins on the grass and rolls it on to the sand where it stops after 43 seconds. The sand stopped the ball because it has _____ than the grass.?  \"Option 1\": more friction, \"Option 2\" :less friction",
-      "Output Program": [
-        "grass = 1\ngrass = grass *60\nsand = 43\n\nif grass > sand:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Marlo weighs 678 N whereas his friend Dan weighs 852 N . The person which has more mass is likely?  \"Option 1\": Marlo, \"Option 2\" :Dan",
-      "Output Program": [
-        "marlo = 678\ndan = 852\n\nif marlo > dan:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A Motorcycle which weighs 1833 pounds and an SUV which weighs 900 pounds are stopped at a stop light. When the light turns green which vehicle gets the jump on the other??  \"Option 1\": Suv, \"Option 2\" :Motorcycle",
-      "Output Program": [
-        "motorcycle = 1833\nsuv = 900\n\nif motorcycle > suv:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Jim owns both a truck and a car. The truck weighs 1176 kg less then the car. Which vehicle will accelerate at a greater rate of speed when he presses down on the gas pedal??  \"Option 1\": truck, \"Option 2\" :car",
-      "Output Program": [
-        "car = 1176\ntruck = car - 1 # Assuming truck weight less than car.\n\nif truck > car:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A racehorse and a horse drawn carriage both depart from a saloon at the same time. The horse drawn carriage can cover 8 meters and the racehorse can cover 19 meters in the same duration. Which will arrive last at the next town??  \"Option 1\": the horse drawn carriage will take more time to arrive at the next town, \"Option 2\" :the racehorse will take more time to arrive at the next town",
-      "Output Program": [
-        "drawn = 8\nrace = 19\n\nif drawn > race:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A bowling ball has a mass of 12 pounds and a baseball weighs 13 pounds. Which item has weaker gravity??  \"Option 1\": baseball, \"Option 2\" :bowling ball",
-      "Output Program": [
-        "bowling = 8\nbaseball = 19\n\nif bowling < baseball:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Milo was rowing across a lake one day. He learned that his oar heated up to a temprature of 227 degree fahrenheit when rowing through choppy water, but reached temprature of 75.89 degree \u00e7 when rowing through calm water. This made him realize that his oar moved slower through the?  \"Option 1\": choppy water or, \"Option 2\" :calm water",
-      "Output Program": [
-        "choppy = 227\ncalm = 75.89\n\nif choppy > calm:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The F-16 usually weighs 9034 kg and the jumbo jet weighs 439987 kg. Therefore, the F-16 was?  \"Option 1\": slower accelerating, \"Option 2\" :faster accelerating",
-      "Output Program": [
-        "f = 9034\njet = 439987\n\nif f > jet:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A toddler is rolling a ball. It rolls around 5 seconds on the grass and stops. It rolls on to the concrete covered sand where it stops after 0.3 hrs. The sand stopped the ball because it has _____ than the grass.?  \"Option 1\": more friction, \"Option 2\" :less friction",
-      "Output Program": [
-        "grass = 5\nconcrete = 0.3\nconcrete = concrete*3660\n\nif grass > concrete:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "John and Steven decided to do an experiment. They took one part of the brick having weight of 30g, and bunch of pebbles which has a total weight of 400g, and threw them out his second story window, when they looked down they discovered that the bundle of pebbles reached the floor earlier than the brick because _____ than the brick.?  \"Option 1\": it has less mass, \"Option 2\" :it has more mass",
-      "Output Program": [
-        "brick = 30\npebble = 400\n\nif brick > pebble:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Jimbo knows that his marble has a 6 grams of mass and the rock has a mass of 4 grams. This means the?  \"Option 1\": marble, \"Option 2\" :rock has stronger gravity",
-      "Output Program": [
-        "marble = 6\nrock = 4\n\nif marble > rock:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A train conductor switched courses from a track, to wheels on ground and noticed that he travelled at 58 kmph where as on tracks he was travelling at 39 kmph with the same amount of power. The _____ were way more smooth.?  \"Option 1\": track, \"Option 2\" :wheels",
-      "Output Program": [
-        "ground = 58\ntrack = 39\n\nif ground < track:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The propeller on Kate's boat moved at a speed of 1300 rpm in the ocean and 100 revolutions per second to  the river. This means the propeller heated up less in the?  \"Option 1\": ocean, \"Option 2\" :river",
-      "Output Program": [
-        "ocean = 1300\nocean = ocean*60\nriver = 100\n\nif ocean < river:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A sedan weighs 2500 Kg and a garbage truck which weighs 1000 Kg start side by side at a traffic light. When the light turns green both vehicle race to reach 50 miles per hour. Which vehicle will win the race??  \"Option 1\": Sedan, \"Option 2\" :Garbage truck",
-      "Output Program": [
-        "sedan = 2500\ngarbage = 1000\n\nif sedan < garbage:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Elliot is working in a warehouse. He notices that he is able to push a handcart at the speed of 19 m/s on the cement and 23 m/s on the carpet. The handcart will generate more heat when Elliot pushes it over the?  \"Option 1\": carpet, \"Option 2\" :cement.",
-      "Output Program": [
-        "cement = 19\ncarpet = 23\n\nif cement > carpet:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A race car and a pickup both drove on the highway at the same speed. The driver of the race car got tired and parked after 29 mins, while the driver of the pickup ran for 43 mins. Which vehicle ultimately went the greater distance??  \"Option 1\": race car, \"Option 2\" :pickup",
-      "Output Program": [
-        "car = 29\npickup = 43\n\nif car > pickup:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Marcy is rolling her yellow ball down her paved driveway and the ball rolls 14 meters. Then Marcy rolls the yellow ball down the muddy sidewalk and the ball stops rolling after 0.2 meter. The ball stopped on the muddy sidewalk because it has?  \"Option 1\": more friction, \"Option 2\" :less friction.",
-      "Output Program": [
-        "driveway = 14\nsidewalk = 0.2\n\nif driveway > sidewalk:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Marcus's son took the pool ball off the pool table to play with it around the house. The son noticed that the pool ball rolled a distance of 5 m on the marble floor and 2 m on the shag rug. The smoother surface is?  \"Option 1\": the marble floor or, \"Option 2\" :the shag rug.",
-      "Output Program": [
-        "pool = 5\nmarble = 2\n\nif pool > marble:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A trainer watched his horse run each day. The horse was able to get to top speed more in 6 secs when no one was riding him and when there was someone riding him it took him 12 secs. This is because the horse had less weight to move when?  \"Option 1\": it had a rider, \"Option 2\" :it had no rider.",
-      "Output Program": [
-        "empty = 6\nriding = 12\n\nif empty > riding:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "By driving her car, Mary found out that jungle has friction coefficient of 0.8, whereas tundra has 0.4. Her car moved faster over?  \"Option 1\": jungle, \"Option 2\" :tundra",
-      "Output Program": [
-        "jungle = 0.8\ntundra = 0.4\n\nif jungle < tundra:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Doug travels from his house to a friend's house on his bicycle, and he covers 7 meters in an hour and when he makes the same trip on foot, he covers 2 miles in an hour. In which situation will Doug get to his friend's house sooner??  \"Option 1\": On foot, \"Option 2\" :On a bicycle",
-      "Output Program": [
-        "bicycle = 7\nfoot = 2\nfoot = foot*1609.34\n\nif bicycle < foot:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Lisa was playing with two model rockets. She shot off the red one and the black one at the same time. After 30 seconds the black one was 2 m above the ground and the red one was 23 cm above the ground. Which had more speed??  \"Option 1\": the red one, \"Option 2\" :the black one",
-      "Output Program": [
-        "black = 2\nblack = black*100\nred = 23\n\nif black < red:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Mike was comparing the mass of a boulder and a pebble. He found that the mass of the boulder was 129 pounds and of the pebble was 12 pounds. Which item emits stronger gravity??  \"Option 1\": boulder, \"Option 2\" :pebble",
-      "Output Program": [
-        "boulder = 129\npebble = 12\n\nif boulder > pebble:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Shiloh rolls a ball over a piece of sandpaper and notices that the ball move at a seed of 2 m/s Shiloh then rolls his ball over a piece of glass, and the ball rolls at a speed of 5 m/s. The ball rolled quickly on the piece of glass because the glass had?  \"Option 1\": more friction, \"Option 2\" :less friction.",
-      "Output Program": [
-        "sandpaper = 2\nglass = 5\n\nif sandpaper > glass:\n  print('Option 1')\nelse:\n  print('Option 2')\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Milo was rowing across a lake one day. He learned that his oar heated up to a temprature of 84.12 degree celsius when rowing through choppy water, but reached temprature of 75.89 degree celsius when rowing through calm water. This made him realize that his oar moved slower through the?  \"Option 1\": choppy water or, \"Option 2\" :calm water",
-      "Output Program": [
-        "choppy = 84.12\ncalm = 75.89\n\nif choppy < calm:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Linda and Melinda decided to kayak across a lake. Linda made it across the lake in 4 milliseconds and Melinda did it in 98 milliseconds. Which one of them didn't go as fast as the other??  \"Option 1\": Linda, \"Option 2\" :Melinda",
-      "Output Program": [
-        "linda = 4\nmelinda = 98\n\nif linda > melinda:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Emily threw a banana onto the roof and it slid for 5 cms, but when she threw it onto the old slide, it slid for 11 mms. She concluded that there was less friction on the?  \"Option 1\": roof, \"Option 2\" :slide.",
-      "Output Program": [
-        "roof = 5*10\nslide = 11\n\nif roof > slide:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Tim's ring rolled 4.5 cm his vanity and 1.2 cm over his floor. Tim's _____ is smoother?  \"Option 1\": floor, \"Option 2\" :vanity",
-      "Output Program": [
-        "vanity = 4.2\nfloor = 1.2\n\nif vanity < floor:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Jim could run at a speed of 67 cm/s and his sister Jen could run at 12 cm/s. They had to deliver some urgent vaccines to the next town to stop the spread of a dangerous virus. Who should run with the vaccines in order to get them there in a shorter amount of time??  \"Option 1\": Jim, \"Option 2\" :Jen",
-      "Output Program": [
-        "jim = 67\njen = 12\n\nif jim > jen:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Josh notices it's harder to lift his niece who weighs 39 lbs than his baby nephew who weighs 33 lbs. His niece has a _____ pull of gravity?  \"Option 1\": stronger, \"Option 2\" :weaker",
-      "Output Program": [
-        "niece = 39\nbaby_nephew = 33\n\nif niece > baby_nephew:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A golf ball has a mass of 56 grams and a baseball has a mass of 184 gms. Which item has a weaker gravitational field??  \"Option 1\": golf ball, \"Option 2\" :baseball",
-      "Output Program": [
-        "golfball = 56\nbaseball = 184\n\nif golfball < baseball:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A sedan weighs 3351 pounds and a garbage truck which weighs 64000 pounds start side by side at a traffic light. When the light turns green both vehicle race to reach 50 miles per hour. Which vehicle will win the race??  \"Option 1\": Sedan, \"Option 2\" :Garbage truck",
-      "Output Program": [
-        "sedan = 3351\ngarbage = 64000\n\nif sedan < garbage:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The tank has a maximum speed of 5 m/s and the fighter jet has a maximum speed of 50 m/s. Supposing they both had to travel a set distance?  \"Option 1\": the tank will take more time than the jet to make that journey, \"Option 2\" :the tank will take less time than the jet to take that journey",
-      "Output Program": [
-        "tank = 5\njet = 50\n\nif jet > tank:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The iRobot cleans the tiles in 7 minutes and the plush carpet in 100 seconds because it has?  \"Option 1\": more friction, \"Option 2\" :less friction",
-      "Output Program": [
-        "tiles = 7*60\ncarpet = 100 \n\nif tiles > carpet:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A hen can run at 14 m/s and a turkey can run 4 m/s. If both run from the barn to the shed, which will get there sooner??  \"Option 1\": hen, \"Option 2\" :turkey",
-      "Output Program": [
-        "hen = 14\nturkey = 4\n\nif hen > turkey:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Two horses are being ridden out of the same barn. The white horse is going the same speed as the grey horse. The grey horse traveled for 9 mins and the white horse traveled for 5 mins. Which horse went further??  \"Option 1\": white horse, \"Option 2\" :grey horse",
-      "Output Program": [
-        "grey = 9\nwhite = 5\n\nif grey < white:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Josh notices it's harder to lift his niece who weighs 60 lbs than his baby nephew who weighs 45 lbs. His niece has a _____ pull of gravity?  \"Option 1\": stronger, \"Option 2\" :weaker",
-      "Output Program": [
-        "niece = 60\nbaby_nephew = 45\n\nif niece > baby_nephew:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Ted was riding his bike in the park. When he was on the cement path, he was able to zip around the park in 50 secs and on the grass he took 4 mins. The bike heated up more when it traveled on the?  \"Option 1\": cement path, \"Option 2\" :grass.",
-      "Output Program": [
-        "park = 50\ngrass = 4*60\n\nif park > grass:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Sarah used a remote control to turn on two identical lamps with the same power bulb, one was 16 m away and the other was 12 m away. Which lamp looked brighter??  \"Option 1\": lamp nearby, \"Option 2\" :lamp across the room",
-      "Output Program": [
-        "one = 16\nother = 12\n\nif one < other:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Sarah used a remote control to turn on two identical lamps with the same power bulb, one was 3 m away and the other was 120 cm away. Which lamp looked brighter??  \"Option 1\": lamp nearby, \"Option 2\" :lamp across the room",
-      "Output Program": [
-        "one = 3*100\nother = 100\n\nif one < other:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The beach volleyball player jumped 40 m on the gym floor, but 22 m on the beach shore sand because it had?  \"Option 1\": more resistance, \"Option 2\" :less resistance",
-      "Output Program": [
-        "gym = 40\nfloor = 22\n\nif gym > floor:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Ted was riding his bike in the park. When he was on the cement path, he was able to zip around the park in 35 mins and on the grass he took 48 mins. The bike heated up more when it traveled on the?  \"Option 1\": cement path, \"Option 2\" :grass.",
-      "Output Program": [
-        "park = 35\ngrass = 48\n\nif park > grass:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The beach volleyball player jumped 1.2 m on the gym floor, but 4 cms on the beach shore sand because it had?  \"Option 1\": more resistance, \"Option 2\" :less resistance",
-      "Output Program": [
-        "gym = 1.2*100\nfloor = 4\n\nif gym > floor:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Tina and Wynona are both going the same speed down the highway. Tina drives for 129 minutes and Wynona drives for 36 minutes 48 seconds. Will Tina have?  \"Option 1\": driven further, \"Option 2\" :driven less",
-      "Output Program": [
-        "tina = 129*60\nwynona = 36*60+48\n\nif tina > wynona:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A billiard ball has a mass of 6 oz and the basketball has a mass of 0.5 oz. Which ball has a stronger field of gravity??  \"Option 1\": billiard ball, \"Option 2\" :basketball",
-      "Output Program": [
-        "billiard = 6\nbasketball = 0.5\n\nif billiard > basketball:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A capybara runs at a speed of 2000 cm/s and an anteater runs at a speed of 1 m/s. If both animals make the same journey, which will get there sooner??  \"Option 1\": capybara, \"Option 2\" :anteater",
-      "Output Program": [
-        "capybara = 2000\nanteater = 1*100\n\nif capybara > anteater:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Mike is standing at a distance of 6 m from a lantern and 23 m from a streetlight. Which light source seems brighter to him??  \"Option 1\": lantern, \"Option 2\" :streetlight",
-      "Output Program": [
-        "lantern = 6\nstreetlight = 23\n\nif lantern < streetlight:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Jim could run at a speed of 46 m/s and his sister Jen could run at 22 m/s. They had to deliver some urgent vaccines to the next town to stop the spread of a dangerous virus. Who should run with the vaccines in order to get them there in a shorter amount of time??  \"Option 1\": Jim, \"Option 2\" :Jen",
-      "Output Program": [
-        "jim = 46\njen = 22\n\nif jim > jen:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A hen can run at 14 cm/s and a turkey can run 4 cm/s. If both run from the barn to the shed, which will get there sooner??  \"Option 1\": hen, \"Option 2\" :turkey",
-      "Output Program": [
-        "jim = 46\njen = 22\n\nif jim > jen:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The propeller on Kate's boat moved at a speed of 7656 rpm in the ocean and 1436 rpm the river. This means the propeller heated up less in the?  \"Option 1\": ocean, \"Option 2\" :river",
-      "Output Program": [
-        "ocean = 7656\nriver = 1436\n\nif ocean > river:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Two Amish couples are getting ready to leave the grocery store. They load their groceries into each one of their carts. Each cart has one horse pulling it and they are equally strong. Horse one has to carry 98 pounds food and Horse 2 has to carry 62 pounds. Which one will be slower to accelerate??  \"Option 1\": horse one, \"Option 2\" :horse 2",
-      "Output Program": [
-        "first_horse = 98\nsecond_horse = 62\n\nif first_horse > second_horse:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Terry takes his bicycle for a ride, first riding through the grass field at 17 m/s, then the paved street at 48 m/s. The paved street had?  \"Option 1\": more resistance, \"Option 2\" :less resistance.",
-      "Output Program": [
-        "grass = 17\nstreet = 48\n\nif grass > street:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Jim lives 10 miles from the Riot servers. Jeff lives 2000 miles from the Riot servers. Both have the same internet speed. Who's ping will be higher??  \"Option 1\": Jim, \"Option 2\" :Jeff",
-      "Output Program": [
-        "jim = 10\njeff = 2000\n\nif jim > jeff:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Roz is going skiing. She skis down a muddy hill and then down a snowy hill. Roz notices that she goes down the snowy hill in 0.53 hour and muddy hill in 48 mins and both the hills are of approximately same size. That might be because the muddy hill had?  \"Option 1\": more friction, \"Option 2\" :less friction.",
-      "Output Program": [
-        "snowy = 0.53*60\nmuddy = 48\n\nif snowy < muddy:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Bill throws a small foam boulder of mass 300 g and a pebble of mass 400 g. The pebble falls faster than the boulder meaning it?  \"Option 1\": weighs more, \"Option 2\" :weighs less",
-      "Output Program": [
-        "boulder = 300\npebble = 400\n\nif boulder < pebble:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Sherry rolls her ball down two lanes. The ball moves at a speed of 28 m/s on the red lane, and 29 m/s on the green lane. The ball paces in the green lane because it has?  \"Option 1\": more friction, \"Option 2\" :less friction.",
-      "Output Program": [
-        "red = 28\ngreen = 29\n\nif red > green:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Jim could run at a speed of 46 cm/s and his sister Jen could run at 2 m/s. They had to deliver some urgent vaccines to the next town to stop the spread of a dangerous virus. Who should run with the vaccines in order to get them there in a shorter amount of time??  \"Option 1\": Jim, \"Option 2\" :Jen",
-      "Output Program": [
-        "jim = 46\njen = 2*100\n\nif jim > jen:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Milo was rowing across a lake one day. He learned that his oar heated up to a temprature of 110 degree fahrenheit when rowing through choppy water, but reached temprature of 100 degree fahrenheit when rowing through calm water. This made him realize that his oar moved slower through the?  \"Option 1\": choppy water or, \"Option 2\" :calm water",
-      "Output Program": [
-        "choppy = 110\ncalm = 100\n\nif choppy > calm:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A bird can cover 43 m in 1 second and a beetle can cover 7.2 m in 1 second. If both animals make the same journey, which will arrive sooner??  \"Option 1\": beetle, \"Option 2\" :bird",
-      "Output Program": [
-        "bird = 7\nbeetle = 7.2*100\n\nif bird > beetle:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A sleig slided for 22.9659 yards over a rooftop and 15 meters over cold ground, starting at the same speed on both the surfaces. This means the _____ is more rough?  \"Option 1\": rooftop, \"Option 2\" :cold ground",
-      "Output Program": [
-        "rooftop = 22.9659\nground = 15*1.09361\n\nif rooftop > ground:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A little boy rolls two of his rubber balls down the hallway. The red ball stopped after 70 secs. the blue one stopped after 2 mins 34 secs. Which one rolled the furthest??  \"Option 1\": Red ball, \"Option 2\" :blue ball.",
-      "Output Program": [
-        "red = 70\nblue = 2*60+34\n\nif red > blue:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Emily threw a banana onto the roof and it slid for 100 mms, but when she threw it onto the slide, it slid for 211 mms. She concluded that there was less friction on the?  \"Option 1\": roof, \"Option 2\" :slide.",
-      "Output Program": [
-        "roof = 100\nslide = 211\n\nif roof > slide:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "If a skater rides at a speed of 23 m/s on a half pipe and 17 m/s in a skate park this means that the _____ is smoother?  \"Option 1\": skate park, \"Option 2\" :half pipe",
-      "Output Program": [
-        "pipe = 23\npark = 17\n\nif pipe < park:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Jimbo knows that his marble has a 12 grams of mass and the rock has a mass of 9 grams. This means the?  \"Option 1\": marble, \"Option 2\" :rock has stronger gravity",
-      "Output Program": [
-        "marble = 12\nrock = 9\n\nif marble > rock:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A train conductor switched courses from a track, to wheels on ground and noticed that he travelled at 45 kmph where as on tracks he was travelling at 30 kmph with the same amount of power. The _____ were way more smooth.?  \"Option 1\": track, \"Option 2\" :wheels",
-      "Output Program": [
-        "ground = 45\ntracks = 30\n\nif ground < tracks:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Mike's pickle seems to roll around at the speed of 2 cm/min on his ceramic plate and at a speed of 1 cm/min on his paper plate. This means his pickle heats up more rolling around on the?  \"Option 1\": paper plate, \"Option 2\" :ceramic plate",
-      "Output Program": [
-        "ceramic = 2\npaper = 1\n\nif ceramic > paper:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The fish glided with a speed of 4 mph through the water and 1 mph through the jello because the _____ is smoother.?  \"Option 1\": jello, \"Option 2\" :water",
-      "Output Program": [
-        "water = 4\njello = 1\n\nif water < jello:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Tim's ring rolled 1.6 cm his vanity and 4.9 cm over his floor. Tim's _____ is smoother?  \"Option 1\": floor, \"Option 2\" :vanity",
-      "Output Program": [
-        "vanity = 1.6\nfloor = 4.9\n\nif vanity < floor:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "if a train is going at 50 mph and a bike at 20 mph the bike will travel?  \"Option 1\": more distance, \"Option 2\" :less distance",
-      "Output Program": [
-        "train = 50\nbike = 20\n\nif train < bike:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Mary has a cat that she loves to play with. Sometimes she drags the cat toy across the floor so the cat can chase it. When she drags the cat toy across the play room floor it a distance of 4 m. When she drags it across the rumpus room floor it moves 20 cm. This means the _____ is more smooth?  \"Option 1\": play room floor, \"Option 2\" :rumpus room floor",
-      "Output Program": [
-        "playroom = 4*100\nrumpus = 20\n\nif playroom > rumpus:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Shep and Chris are driving on the same road and going the same speed. However, Shep has traveled for 36 mins and Chris has traveled for 28 mins. As a result?  \"Option 1\": Shep has traveled further than Chris, \"Option 2\" :Shep has not traveled further than Chris",
-      "Output Program": [
-        "shep = 36\nchris = 28\n\nif shep > chris:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Driving a car to work takes 2 hours and riding a bus takes 4 hours. Which vehicle moves at a greater rate of speed??  \"Option 1\": bus, \"Option 2\" :car",
-      "Output Program": [
-        "car = 2\nbus = 4\n\nif car > bus:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Billy and Jimmy decide to race home one day. Jimmy made it back home in 100 minutes and Billy took 1 hours. That it because Jimmy is?  \"Option 1\": lower, \"Option 2\" :aster.",
-      "Output Program": [
-        "jimmy = 100\nbilly = 1*60\n\nif jimmy > billy:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "If a car and a pickup both travel at 60 mph, but the car stops after 1.3 hours whereas the pickup stops after 186 mins, which has travelled the lesser distance??  \"Option 1\": car, \"Option 2\" :pickup",
-      "Output Program": [
-        "car = 1.3*60\npickup = 186\n\nif car < pickup:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Mark noticed that he can throw his lawn dart around 8 meters into soft dirt on average and 5 meters into packed sand. This means that the _____ is smoother?  \"Option 1\": soft dirt, \"Option 2\" :packed sand",
-      "Output Program": [
-        "dirt = 8\nsand = 5\n\nif dirt > sand:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Mary has a cat that she loves to play with. Sometimes she drags the cat toy across the floor so the cat can chase it. When she drags the cat toy across the play room floor it a distance of 6.5 cm. When she drags it across the rumpus room floor it moves 9.1 cm. This means the _____ is more smooth?  \"Option 1\": play room floor, \"Option 2\" :rumpus room floor",
-      "Output Program": [
-        "playroom = 6.5\nrumpus = 9.1\n\nif playroom > rumpus:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Rod was rolling a ball to his dog. He was able to roll the ball to a distance of 15.65 yards on the cement and to a distance of 13 meters on the grass. This is because the cement is?  \"Option 1\": rougher, \"Option 2\" :smoother",
-      "Output Program": [
-        "cement = 15.65\ngrass = 13*1.09361\n\nif cement < grass:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Milo was rowing across a lake one day. He learned that his oar heated up to a temprature of 213 degree fahrenheit when rowing through choppy water, but reached temprature of 158 degree fahrenheit when rowing through calm water. This made him realize that his oar moved slower through the?  \"Option 1\": choppy water or, \"Option 2\" :calm water",
-      "Output Program": [
-        "choppy = 213\ncalm = 158\n\nif choppy > calm:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Two paper planes are thrown at a time, into the air. One is made of thick cardboard and has a weight of 200 gms, one is made of thin paper and weighs 40 gms. Which paper plane flies faster??  \"Option 1\": cardboard plane, \"Option 2\" :paper plane",
-      "Output Program": [
-        "cardboard = 200\npaper = 40\n\nif cardboard < paper:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Marlo weighs 480 kg*m*s^-2 whereas his friend Dan weighs 650 N . The person which has less mass is likely?  \"Option 1\": Marlo, \"Option 2\" :Dan",
-      "Output Program": [
-        "marlo = 480\ndan = 650   #1 N\t\u2261 1 kg\u22c5m/s2\n\nif marlo < dan:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Jim owns both a truck and a car. The truck weighs 13025 kg more then the car. Which vehicle will accelerate at a greater rate of speed when he presses down on the gas pedal??  \"Option 1\": truck, \"Option 2\" :car",
-      "Output Program": [
-        "truck = 13025\ncar = 13025-1 # Weight less than truck\n\nif truck < car:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Mike and Sue decide to ride their bikes around the park. They follow the same path but Mike rides his bike at 4.5 m/sec and Sue rides at 3.4 m/sec. After ten minutes, who will have covered more distance??  \"Option 1\": Mike, \"Option 2\" :Sue",
-      "Output Program": [
-        "mike = 4.5\nsue = 3.4\n\nif mike > sue:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Two horses are being ridden out of the same barn. The white horse is going the same speed as the grey horse. The grey horse traveled for 1 hr and the white horse traveled for 54 mins. Which horse went further??  \"Option 1\": white horse, \"Option 2\" :grey horse",
-      "Output Program": [
-        "grey = 1*60\nwhite = 54\n\nif grey < white:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Jasper is carrying his nephew in the park.  Then it's his niece's turn.  His niece is five years older and weighs 30 kgs whereas his nephew weghs 20 kgs. Who has more of a gravity pull??  \"Option 1\": the niece, \"Option 2\" :the nephew",
-      "Output Program": [
-        "\nniece = 30\nnephew = 20\n\nif niece > nephew:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The propeller on Kate's boat moved at a speed of 4000 rpm in the ocean and 1000 rpm the river. This means the propeller heated up less in the?  \"Option 1\": ocean, \"Option 2\" :river",
-      "Output Program": [
-        "ocean = 4000\nriver = 1000\n\nif ocean > river:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A train conductor switched courses from a track, to wheels on ground and noticed that he travelled at 36 kmph where as on tracks he was travelling at 43 kmph with the same amount of power. The _____ were way more smooth.?  \"Option 1\": track, \"Option 2\" :wheels",
-      "Output Program": [
-        "ground = 36\ntrack = 43\n\nif ground < track:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Dylan threw a pebble, which has a mass of 157 g and basketbal, which has a mass of 2.1 Kg, out the window. The _____ had a stronger gravity pull because of it's greater mass.?  \"Option 1\": pebble, \"Option 2\" :basketball",
-      "Output Program": [
-        "pebble = 157\nbasketball = 2.1*1000\n\nif pebble > basketball:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A city bus can travel 1.34 miles over a road and 0.12 miles over an alley. This means that the _____ is rougher?  \"Option 1\": road, \"Option 2\" :alley",
-      "Output Program": [
-        "road = 1.34\nalley = 0.12\n\nif road < alley:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Bill throws a boulder of mass 39 kg and a pebble of mass 1.1 kg. The pebble falls much slower than the boulder meaning it?  \"Option 1\": weighs more, \"Option 2\" :weighs less",
-      "Output Program": [
-        "boulder = 39\npebble = 1.1\n\nif boulder < pebble:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Elliot is working in a warehouse. He notices that he is able to push a handcart at the speed of 26 m/s on the cement and 38 m/s on the carpet. The handcart will generate more heat when Elliot pushes it over the?  \"Option 1\": carpet, \"Option 2\" :cement.",
-      "Output Program": [
-        "cement = 26\ncarpet = 38\n\nif cement > carpet:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Mike's pickle seems to roll around at the speed of 2 cm/min on his ceramic plate and at a speed of 0.054 foot/sec on his paper plate. This means his pickle heats up more rolling around on the?  \"Option 1\": paper plate, \"Option 2\" :ceramic plate",
-      "Output Program": [
-        "cement = 26\ncarpet = 38\n\nif cement > carpet:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A falcon takes 6000 milliseconds to get to its food and a sloth takes 1 seconds. Why??  \"Option 1\": the falcon is faster than the sloth, \"Option 2\" :The falcon is slower than the sloth",
-      "Output Program": [
-        "falcon = 6000\nsloth = 1*1000\n\nif falcon < sloth:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Marlo weighs 728 N whereas his friend Dan weighs 930 N . The person which has less mass is likely?  \"Option 1\": Marlo, \"Option 2\" :Dan",
-      "Output Program": [
-        "marlo = 728\ndan = 930\n\nif marlo < dan:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Joe is driving back to the city at night and is 8.4 kms away. When Joe gets closer to the city and is 1.7 kms away, he'll notice the lights will appear?  \"Option 1\": dimmer, \"Option 2\" :brighter.",
-      "Output Program": [
-        "night = 8.4\nmorning = 1.7\n\nif night < morning:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Tina and Wynona are both going the same speed down the highway. Tina drives for 12 mins 56 seconds and Wynona drives for 2 hours. Will Tina have?  \"Option 1\": driven further, \"Option 2\" :driven less",
-      "Output Program": [
-        "tina = 12*60+56\nwynona = 2*3600\n\nif tina > wynona:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "John and Rita are going for a run.  Rita gets tired and takes a break on the park bench after 5 mins of jogging. John runs for twenty minutes in the park, who has run farther??  \"Option 1\": John, \"Option 2\" :Rita",
-      "Output Program": [
-        "rita = 5\njohn = 20\n\nif rita < john:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A person wants to get shopping done quickly. They know that they can get through the checkout at big store in 13 minutes whereas it can take 6 mintues at small store. The store they go to to finish quickly is?  \"Option 1\": big store, \"Option 2\" :small store",
-      "Output Program": [
-        "big = 13\nsmall = 6\n\nif big < small:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "One of Sarah's neighbors spilled dog food all over the stairs. The dog food pieces are on three stairways and all over the landings. Sarah gets mad and kicks a piece of dog food. The dog food flies across the wooden planks from one side of the staircase landing to the other which was 4 meters long. The dog food reaches the neighbor's door mat. It just moves 0.2 meters across the doormat and then stops. Why didn't the dog food move further across the doormat??  \"Option 1\": The door mat is a spikier surface, \"Option 2\" :the staircase landing is a spikier surface",
-      "Output Program": [
-        "staircase = 4\ndoormat = 0.2\n\nif staircase > doormat:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A bird can cover 14 m in 2 second and a beetle can cover 3 m in 1 second. If both animals make the same journey, which will arrive sooner??  \"Option 1\": beetle, \"Option 2\" :bird",
-      "Output Program": [
-        "bird = 14/2\nbeetle = 3/1\n\nif bird < beetle:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A toddler is rolling a ball for more than 5 seconds on the grass and rolls it on to the sand where it stops after 3 seconds. The sand stopped the ball because it has _____ than the grass.?  \"Option 1\": more friction, \"Option 2\" :less friction",
-      "Output Program": [
-        "ball = 5\nsand = 3\n\nif ball > sand:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Elliot is working in a warehouse. He notices that he is able to push a handcart at the speed of 9 m/s on the cement and 3 m/s on the carpet. The handcart will generate more heat when Elliot pushes it over the?  \"Option 1\": carpet, \"Option 2\" :cement.",
-      "Output Program": [
-        "cement = 9\ncarpet = 3\n\nif cement > carpet:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A capybara runs at a speed of 2 miles per hour and an anteater runs at a speed of 7 miles per hour. If both animals make the same journey, which will get there sooner??  \"Option 1\": capybara, \"Option 2\" :anteater",
-      "Output Program": [
-        "capybara = 2\nanteater = 7\n\nif capybara > anteater:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "John and Steven decided to do an experiment. They took one brick made of foam having weight of 200 g, and bunch of pebbles which has a total weight of 400g, and threw them out his second story window, when they looked down they discovered that the bundle of the pebbles reached the floor earlier than the brick because _____ than the pebbles.?  \"Option 1\": it has less mass, \"Option 2\" :it has more mass",
-      "Output Program": [
-        "foam = 200\npebble = 400\n\nif foam > pebble:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Jim lives 1000 km from the Riot servers. Jeff lives 470 miles from the Riot servers. Both have the same internet speed. Who's ping will be higher??  \"Option 1\": Jim, \"Option 2\" :Jeff",
-      "Output Program": [
-        "jim = 1000\njeff = 470*1.60934\n\nif jim > jeff:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "James can ride his sled 23 cm over dry snow and 7 cm over wet snow. This means the _____ is more rough?  \"Option 1\": wet snow, \"Option 2\" :dry snow",
-      "Output Program": [
-        "dry = 23\nwet = 7\n\nif dry > wet:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Jason noticed that his ATV moved at a speed of 40 kmph on the ice and 30 kmph on the sand. That is because the sand has?  \"Option 1\": more resistance, \"Option 2\" :less resistance",
-      "Output Program": [
-        "ice = 40\nsand = 30\n\nif ice > sand:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Jason tried going down the slide with bare feet but kept putting his feet down to stop himself therefore he went at a speed of 6 miles per hour. When he went with socks, he went at a speed of 18 miles per hour. This is due to the socks providing?  \"Option 1\": less friction, \"Option 2\" :more friction?",
-      "Output Program": [
-        "feet = 6\nsocks = 18\n\nif feet < socks:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Marcy is rolling her yellow ball down her paved driveway and the ball rolls 19 meters. Then Marcy rolls the yellow ball down the muddy sidewalk and the ball stops rolling after 14.567 centimeter. The ball stopped on the muddy sidewalk because it has?  \"Option 1\": more friction, \"Option 2\" :less friction.",
-      "Output Program": [
-        "driveway = 19*100\nsidewalk = 14.567\n\nif driveway > sidewalk:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Jim wears a thick Kevlar vest of thickness 1.5 inch. Jack is just wearing a cotton shirt of thickness 2 cm. Which top would stop a bullet??  \"Option 1\": Kevlar, \"Option 2\" :Cotton",
-      "Output Program": [
-        "jim = 1.5*2.54\njack = 2\n\nif jim > jack:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Dylan threw a pebble, which has a mass of 0.44 Kg and basketbal, which has a mass of 1.58 Kg, out the window. The _____ had a weaker gravity pull because of it's greater mass.?  \"Option 1\": pebble, \"Option 2\" :basketball",
-      "Output Program": [
-        "pebble = 0.44\nbasketball = 1.58\n\nif pebble < basketball:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A cat moves at a speed of 44 miles per hour through the river and 38 miles per hour through the jungle. This means the cat heats up less in the?  \"Option 1\": jungle, \"Option 2\" :river",
-      "Output Program": [
-        "river = 44\njungle = 38\n\nif river < jungle:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A sleig slided for 18 meter over a rooftop and 19 meters over cold ground, starting at the same speed on both the surfaces. This means the _____ is more rough?  \"Option 1\": rooftop, \"Option 2\" :cold ground",
-      "Output Program": [
-        "sleigh = 18\nrooftop = 19\n\nif sleigh < rooftop:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The fire chief of a city noticed that his fire engine travels at the speed of 9 mph over a crowded road and 33 kmph on a open road. He used this information to determine that the _____ has more smooth?  \"Option 1\": crowded road or the, \"Option 2\" :open road",
-      "Output Program": [
-        "crowded = 9\nopen = 33\n\nif crowded > open:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A racehorse and a horse drawn carriage both depart from a saloon at the same time. The horse drawn carriage has a speed of 34 m/s and the racehorse has a speed of 87 m/s. Which will arrive last at the next town??  \"Option 1\": the horse drawn carriage will take more time to arrive at the next town, \"Option 2\" :the racehorse will take more time to arrive at the next town",
-      "Output Program": [
-        "drawn = 34\nrace = 87\n\nif drawn < race:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Mary's wagon heats up reaches a temprature of 56 degree celsius when rolling through the weeds and 89 degree celsius when rolling through the gravel. This means her wagon is forced to roll slower in the?  \"Option 1\": weeds, \"Option 2\" :gravel",
-      "Output Program": [
-        "weeds = 56\ngravel = 89\n\nif weeds > gravel:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Bob was 10 m away from the street lamp. He moved a bit and now he is 3 m away, he noticed that it got _____.?  \"Option 1\": brighter, \"Option 2\" :dimmer",
-      "Output Program": [
-        "lamp = 10\nmoved = 3\n\nif lamp > moved:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A golf ball has a mass of 54 grams and a baseball has a mass of 176 gms. Which item has a stronger gravitational field??  \"Option 1\": golf ball, \"Option 2\" :baseball",
-      "Output Program": [
-        "golfball = 54\nbaseball = 176\n\nif golfball > baseball:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A swimmer moves crosses a lake in 0.3 hrs, and across wet mud in 300 seconds because _____ is smoother.?  \"Option 1\": lake, \"Option 2\" :wet mud",
-      "Output Program": [
-        "lake = 0.3*3600\nmud = 300\n\nif lake < mud:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The iRobot cleans the tiles in 30 seconds and the plush carpet in 57 seconds because it has?  \"Option 1\": more friction, \"Option 2\" :less friction",
-      "Output Program": [
-        "tiles = 30\ncarpet = 57\n\nif tiles > carpet:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Bob sent a package via USPS and a package via UPS.  The package he sent via UPS arrived in 5 days and the one via USPS arrived in 10 days. Which parcel service was slower?  \"Option 1\": USPS was slower, \"Option 2\" :UPS was slower",
-      "Output Program": [
-        "ups = 5\nusps = 10\n\nif ups < usps:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Mike was comparing the mass of a boulder and a pebble. He found that the mass of the boulder was 167 pounds and of the pebble was 9 pounds. Which item emits weaker gravity??  \"Option 1\": boulder, \"Option 2\" :pebble",
-      "Output Program": [
-        "boulder = 167\npebble = 9\n\nif boulder < pebble:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Two blimps take off from the same airfield and fly at the same velocity once they reach altitude. The red blimp flies for a 29 minutes and lands at a nearby town, while the green blimp stays in flight for 21 minutes and lands at the previous town. This means that?  \"Option 1\": the red blimp flew a greater distance, \"Option 2\" :the green blimp flew a greater distance.",
-      "Output Program": [
-        "red = 29\ngreen = 21\n\nif red > green:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Jim owns both a truck and a car. The truck weighs around 18000 kgs and the car weighs around 1200 kg. Which vehicle will accelerate at a greater rate of speed when he presses down on the gas pedal??  \"Option 1\": truck, \"Option 2\" :car",
-      "Output Program": [
-        "truck = 18000\ncar = 1200\n\nif truck < car:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A golf ball has a mass of 156 grams and a baseball has a mass of 84 gms. Which item has a weaker gravitational field??  \"Option 1\": golf ball, \"Option 2\" :baseball",
-      "Output Program": [
-        "golfball = 156\nbaseball = 84\n\nif golfball < baseball:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The Porsche was running at 18 miles/h and the Toyota was running at 25 miles/h,  so on the race the Porsche took?  \"Option 1\": more time, \"Option 2\" :less time to make the trip",
-      "Output Program": [
-        "porsche = 18\ntoyota = 25\n\nif porsche < toyota:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A tortoise has a speed of 14 m/s and turtle has a speed of 90 m/s. Which animal will take a longer time to reach the sea if both are walking across the beach??  \"Option 1\": tortoise, \"Option 2\" :turtle",
-      "Output Program": [
-        "tortoise = 14\nturtle = 90\n\nif tortoise < turtle:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "if a train is going at 0.3 kmph and a bike at 15 mph the bike will travel?  \"Option 1\": more distance, \"Option 2\" :less distance",
-      "Output Program": [
-        "tortoise = 14\nturtle = 90\n\nif tortoise < turtle:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Young child plays with frozen meatball outside. The child rolls the meatball across the brick walkway and walks 10 steps to get it. The child then rolls the meatball through the weedy garden and walks 5 steps to get it. The surface that causes the meatball to struggle to move is the?  \"Option 1\": brick walkway, \"Option 2\" :weedy garden.",
-      "Output Program": [
-        "walkway = 10\ngarden = 5\n\nif walkway < garden:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "If Sarah and Jenny both run at the same pace, Sarah runs for 40 mins and Jenny runs for 60 minutes than Sarah, who has traveled farther??  \"Option 1\": Sarah, \"Option 2\" :Jenny",
-      "Output Program": [
-        "sarah = 40\njenny = 60\n\nif sarah > jenny:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "By driving her car, Mary found out that jungle has friction coefficient of 0.82, whereas tundra has 0.4%. more than that of jungle Her car moved faster over?  \"Option 1\": jungle, \"Option 2\" :tundra",
-      "Output Program": [
-        "jungle = 0.82\ntundra = 0.4\n\nif jungle > tundra:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The trunk on the old tree is 5 cm in width, and the trunk on the new tree is 3.1 inches in thickness, so old tree was a?  \"Option 1\": stronger tree, \"Option 2\" :weaker tree",
-      "Output Program": [
-        "old = 5 \nnew = 2.54\n\nif old < new:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Milo was rowing across a lake one day. He learned that his oar heated up to a temprature of 97 degree fahrenheit when rowing through choppy water, but reached temprature of 93 degree fahrenheit when rowing through calm water. This made him realize that his oar moved slower through the?  \"Option 1\": choppy water or, \"Option 2\" :calm water",
-      "Output Program": [
-        "choppy = 97\ncalm = 93\n\nif choppy < calm:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "If Sarah and Jenny both run at the same pace, Sarah runs for 48 mins and Jenny runs for 1 hr 35 minutes than Sarah, who has traveled farther??  \"Option 1\": Sarah, \"Option 2\" :Jenny",
-      "Output Program": [
-        "sarah = 48\njenny = 1*60+35\n\nif sarah < jenny:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Tim's ring rolled 0.4 m his vanity and 0.12 m over his floor. Tim's _____ is smoother?  \"Option 1\": floor, \"Option 2\" :vanity",
-      "Output Program": [
-        "vanity = 0.4\nfloor = 0.12\n\nif vanity < floor:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Driving a car to work takes 1 hour and riding a bus takes 2 hours. Which vehicle moves at a greater rate of speed??  \"Option 1\": bus, \"Option 2\" :car",
-      "Output Program": [
-        "car = 1\nbus = 2\n\nif car > bus:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A tank weighs around 68 tons. A toy car weighs 0.0022 tons. Because of this?  \"Option 1\": the tank will speed up faster than the toy car, \"Option 2\" :the toy car will speed up faster than the tank",
-      "Output Program": [
-        "tank = 68\ncar = 0.0022\n\nif tank < car:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A dog liked to roam the neighborhood. On Tuesday the dog walked down the street for a for 72 mins, and on Wednesday the dog walked down the street but stopped after 48 mins. On which walk did the dog walk a greater distance down the street??  \"Option 1\": on Tuesday, \"Option 2\" :on Wednesday.",
-      "Output Program": [
-        "tuesday = 72\nwednesday = 48\n\nif tuesday > wednesday:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Jim lives 8900 miles from the Riot servers. Jeff lives 2000 miles from the Riot servers. Both have the same internet speed. Who's ping will be higher??  \"Option 1\": Jim, \"Option 2\" :Jeff",
-      "Output Program": [
-        "jim = 8900\njeff = 2000\n\nif jim > jeff:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Josh notices it's harder to lift his niece who weighs 48 lbs than his baby nephew who weighs 32 lbs. His niece has a _____ pull of gravity?  \"Option 1\": stronger, \"Option 2\" :weaker",
-      "Output Program": [
-        "niece = 48\nnephew = 32\n\nif niece > nephew:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Rolling a marble over dirt creates 5 N resistance, whereas rolling it over sand creates 1.7 mega N resistance. This means the marble will travel further over the?  \"Option 1\": sand or, \"Option 2\" :dirt",
-      "Output Program": [
-        "dirt = 5\nsand = 1.7\n\nif dirt < sand:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A tortoise has a speed of 4 m/s and turtle has a speed of 10 m/s. Which animal will take a longer time to reach the sea if both are walking across the beach??  \"Option 1\": tortoise, \"Option 2\" :turtle",
-      "Output Program": [
-        "turtoise = 4\nturtle = 10\n\nif turtoise < turtle:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A race car and a pickup both drove on the highway at the same speed. The driver of the race car got tired and parked after 33 mins, while the driver of the pickup ran for 1.3 hours. Which vehicle ultimately went the greater distance??  \"Option 1\": race car, \"Option 2\" :pickup",
-      "Output Program": [
-        "car = 33\npickup = 1.3*60\n\nif car > pickup:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Roz is going skiing. She skis down a muddy hill and then down a snowy hill. Roz notices that she goes down the snowy hill in 4 mins and muddy hill in 8 mins and both the hills are of approximately same size. That might be because the muddy hill had?  \"Option 1\": more friction, \"Option 2\" :less friction.",
-      "Output Program": [
-        "snowy = 4\nmuddy = 8\n\nif snowy < muddy:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Some part of a steel ball has a mass of 0.3 Kg and a pebble has a mass of 0.68 Kg. Which object has a stronger gravitational field??  \"Option 1\": steel ball, \"Option 2\" :pebble",
-      "Output Program": [
-        "ball = 0.3\npebble = 0.68\n\nif ball > pebble:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Shep and Chris are driving on the same road and going the same speed. However, Shep has traveled for 1.5 hr and Chris has traveled for 1 hr 45 mins. As a result?  \"Option 1\": Shep has traveled further than Chris, \"Option 2\" :Shep has not traveled further than Chris",
-      "Output Program": [
-        "shep = 1.5*60\nchris = 1*60+45\n\nif shep > chris:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A bird can cover 14 m in 1 second and a beetle can cover 3 m in 1 second. If both animals make the same journey, which will arrive sooner??  \"Option 1\": beetle, \"Option 2\" :bird",
-      "Output Program": [
-        "bird = 14/1\nbeetle = 3/1\n\nif bird < beetle:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Jeff was rolling his pencil across different surfaces to see how much heat was generated. He noticed that rolling the pencil over pea gravel generated 76 joules heat and 14 calories of heat when rolling it over carpet. The pencil moved slower over?  \"Option 1\": carpet, \"Option 2\" :pea gravel",
-      "Output Program": [
-        "gravel = 76*4.2 #one calorie is equal to approximately 4.2 joules.\ncarpet = 14\n\nif gravel < carpet:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The fire chief of a city noticed that his fire engine travels at the speed of 37 kmph over a crowded road and 29 kmph on a open road. He used this information to determine that the _____ has more smooth?  \"Option 1\": crowded road or the, \"Option 2\" :open road",
-      "Output Program": [
-        "crowded = 37\nopen = 20\n\nif crowded < open:\n  print('Option 1')\nelse:\n  print('Option 2')"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Mary's skiff is able to journey a distance of 10 miles before refueling in the bay as compared to 4 miles in the open sea. This means that the _____ is more rugged?  \"Option 1\": bay, \"Option 2\" :open sea",
-      "Output Program": [
-        "mary_journey_open_sea=10\nbefore_refueling=4\n\nif mary_journey_open_sea > before_refueling:\n    print(\"Option 2\")\nelse:\n    print(\"Option 1\")"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A cricket can cover 15 m in a second and a hen can cover 78 m in a second. If both make the same journey, which will arrive later??  \"Option 1\": hen, \"Option 2\" :cricket",
-      "Output Program": [
-        "cricket_cover=15\nhen_cover=78\nif cricket_cover>hen_cover:\n  print(\"Option 1\")\nelif cricket_cover<hen_cover:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Ted was riding his bike in the park. When he was on the cement path, he was able to zip around the park in 10 mins and on the grass he took 20 mins. The bike heated up more when it traveled on the?  \"Option 1\": cement path, \"Option 2\" :grass.",
-      "Output Program": [
-        "on_cement_path=10\non_the_grass=20\nif on_cement_path>on_the_grass:\n  print(\"Option 1\")\nelif on_cement_path<on_the_grass:\n  print(\"Option 2\")\n\n\n\n\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The iRobot cleans the tiles in 23 seconds and the plush carpet in 1 minute because it has?  \"Option 1\": more friction, \"Option 2\" :less friction",
-      "Output Program": [
-        "Robot_clean_tiles=23\nclean_carpet=1\n\nif Robot_clean_tiles > clean_carpet:\n    print(\"Option 2\")\nelse:\n    print(\"Option 1\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Terry takes his bicycle for a ride, first riding through the grass field at 560 cm/s, then the paved street at 12 m/s. The paved street had?  \"Option 1\": more resistance, \"Option 2\" :less resistance.",
-      "Output Program": [
-        "Riding_in_grass=560\nRaiding_on_paved_street=12\n\nif Riding_in_grass > Raiding_on_paved_street:\n    print(\"Option 2\")\nelse:\n    print(\"Option 1\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The fish glided with a speed of 8 m/s through the water and 5 m/s through the jello because the _____ is smoother.?  \"Option 1\": jello, \"Option 2\" :water",
-      "Output Program": [
-        "fish_speed_though_water=8\njello_through=5\n\nif fish_speed_though_water > jello_through:\n    print(\"Option 2\")\nelse:\n    print(\"Option 1\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The iRobot cleans the tiles in 0.5 hours and the plush carpet in 14 minutes because it has?  \"Option 1\": more friction, \"Option 2\" :less friction",
-      "Output Program": [
-        "irobot_clean_tile=0.5\nirobot_clean_plush_carpet=14\nif irobot_clean_tile<irobot_clean_plush_carpet:\n  print(\"Option 1\")\nelif irobot_clean_tile>irobot_clean_plush_carpet:\n  print(\"Option 2\")\n\n\n\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The fire chief of a city noticed that his fire engine travels at the speed of 12 mph over a crowded road and 7 mph on a open road. He used this information to determine that the _____ has more smooth?  \"Option 1\": crowded road or the, \"Option 2\" :open road",
-      "Output Program": [
-        "Fire_engine_on_crowded_road=12\nFire_engine_on_oepn_road=7\nif Fire_engine_on_crowded_road>Fire_engine_on_oepn_road:\n  print(\"Option 1\")\nelif Fire_engine_on_crowded_road<Fire_engine_on_oepn_road:\n  print(\"Option 2\")\n\n\n\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "I can travel at a speed of 56 m/s in a car and at 12 m/s on a bicycle. Which is slower?  \"Option 1\": bicycle, \"Option 2\" :car",
-      "Output Program": [
-        "speed_in_car=56\nSpeed_on_biycle=12\nif speed_in_car>Speed_on_biycle:\n  print(\"Option 1\")\nelif speed_in_car<Speed_on_biycle:\n  print(\"Option 2\")\n\n\n\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "If a boat has a speed of 12 m/s and a submarine has a spped of 87 m/s, which craft will take longer to make the same journey??  \"Option 1\": boat, \"Option 2\" :submarine",
-      "Output Program": [
-        "Boat_speed=12\nsubmarine_speed=87\nif Boat_speed<submarine_speed:\n  print(\"Option 1\")\nelif Boat_speed>submarine_speed:\n  print(\"Option 2\")\n\n\n\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A train moves at the speed of 60 km/hr on the city track and 90 km/hr on the country track. This means that the train will get a lot hotter moving over?  \"Option 1\": city track, \"Option 2\" :country track",
-      "Output Program": [
-        "train_speed_in_city_track=60\ntrain_speed_in_country_track=90\nif train_speed_in_city_track<train_speed_in_country_track:\n  print(\"Option 1\")\nelif train_speed_in_city_track>train_speed_in_country_track:\n  print(\"Option 2\")\n\n\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Kate is at the movies and drops her cup on the floor accidentally. The cup rolls away through the concrete floor in 4 secs which is 13 meters long, but it covered 9 meters in 7 secs once it hits the carpeted floor. The cup was slower on the carpet floor because the carpet floor had?  \"Option 1\": more friction, \"Option 2\" :less friction.",
-      "Output Program": [
-        "cup_rolls_concrete_floor=13\ncup_rolls_carpeted_floors=9\nif cup_rolls_concrete_floor>cup_rolls_carpeted_floors:\n  print(\"Option 1\")\nelif cup_rolls_concrete_floor>cup_rolls_carpeted_floors:\n  print(\"Option 2\")\n\n\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A rat and a mouse each set out walking from the high school to the hospital. The rat runs at 110 cm/s and the mouse runs at 3 m/s. Who took more time to arrive at the hospital??  \"Option 1\": the rat, \"Option 2\" :the mouse",
-      "Output Program": [
-        "rat_runs=110\nmouse_speed=300\nif rat_runs<mouse_speed:\n  print(\"Option 1\")\nelif rat_runs>mouse_speed:\n  print(\"Option 2\")\n\n\n\n\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Ian and Avery are taking trains from the same station. Ian's train is red, and is going 9 km an hour to a destination forty miles away. Avery's train is green and is going 23 km an hour to a destination forty miles away. The train that is faster is?  \"Option 1\": red, \"Option 2\" :green",
-      "Output Program": [
-        "red_tarin=9\nGreen_train=23\nif red_tarin>Green_train:\n  print(\"Option 1\")\nelif red_tarin<Green_train:\n  print(\"Option 2\")\n\n\n\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "If Sarah and Jenny both run at the same pace, Sarah runs for 48 mins and Jenny runs for 56 minutes than Sarah, who has traveled farther??  \"Option 1\": Sarah, \"Option 2\" :Jenny",
-      "Output Program": [
-        "Sarah_runs=48\njenny_runs=56\nif Sarah_runs>jenny_runs:\n  print(\"Option 1\")\nelif Sarah_runs<jenny_runs:\n  print(\"Option 2\")\n\n\n\n\n\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Bob sent a package via USPS and a package via UPS.  The package he sent via UPS arrived in 14 days and the one via USPS arrived in 10 days. Which parcel service was slower?  \"Option 1\": USPS was slower, \"Option 2\" :UPS was slower",
-      "Output Program": [
-        "UPS_package=14\nUSPS_package=10\nif UPS_package>USPS_package:\n  print(\"Option 1\")\nelif UPS_package<USPS_package:\n  print(\"Option 2\")\n\n\n\n\n\n\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The tank has a maximum speed of 32 miles per hour and the fighter jet has a maximum speed of 290 miles per hour. Supposing they both had to travel a set distance?  \"Option 1\": the tank will take more time than the jet to make that journey, \"Option 2\" :the tank will take less time than the jet to take that journey",
-      "Output Program": [
-        "tank_speed=32\nfighterjet_speed=290\nif tank_speed<fighterjet_speed:\n  print(\"Option 1\")\nelif tank_speed>fighterjet_speed:\n  print(\"Option 2\")\n\n\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A Motorcycle which weighs 181 Kg and an SUV which weighs 4634 pounds are stopped at a stop light. When the light turns green which vehicle gets the jump on the other??  \"Option 1\": Suv, \"Option 2\" :Motorcycle",
-      "Output Program": [
-        "motorcycle_weighs=181\nSuv_weighs=434\nif motorcycle_weighs>Suv_weighs:\n  print(\"Option 1\")\nelif motorcycle_weighs<Suv_weighs:\n  print(\"Option 2\")\n\n\n\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Kate is at the movies and drops her cup on the floor accidentally. The cup rolls away through the concrete floor in 4 secs which is 3 meters long, but it covered 2 meters in 7 secs once it hits the carpeted floor. The cup was faster on the concrete floor because the concrete floor had?  \"Option 1\": more friction, \"Option 2\" :less friction.",
-      "Output Program": [
-        "\n\n\n\n\n\ncup_rolls=3\ncarpet_floor=2\nif cup_rolls<carpet_floor:\n  print(\"Option 1\")\nelif cup_rolls>carpet_floor:\n  print(\"Option 2\")\n\n\n\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Jasper is carrying his nephew in the park.  Then it's his niece's turn.  His niece is five years older and weighs 32 kgs whereas his nephew weghs 40 lb 13 oz . Who has more of a gravity pull??  \"Option 1\": the niece, \"Option 2\" :the nephew",
-      "Output Program": [
-        "Five_year_older_weighs=32\nNephew_weighs=18\nif Five_year_older_weighs>Nephew_weighs:\n  print(\"Option 1\")\nelif Five_year_older_weighs<Nephew_weighs:\n  print(\"Option 2\")\n\n\n\n\n\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A rabbit can run at a speed of 31 kmph in a field and 47 kmph in a cactus field. This means the rabbit gets hotter running through a?  \"Option 1\": cactus field, \"Option 2\" :field",
-      "Output Program": [
-        "Rabbit_speed_in_field=31\nRabbit_speed_cactus=47\n\nif Rabbit_speed_in_field>Rabbit_speed_cactus:\n  print(\"Option 1\")\nelif Rabbit_speed_in_field<Rabbit_speed_cactus:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A bowling ball has a mass of 19 pounds and a baseball weighs 6 pounds. Which item has stronger gravity??  \"Option 1\": baseball, \"Option 2\" :bowling ball",
-      "Output Program": [
-        "bowling_ball_mass=19\nbaseball_weighs=6\n\nif bowling_ball_mass<baseball_weighs:\n  print(\"Option 1\")\nelif bowling_ball_mass>baseball_weighs:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "If a skater rides at a speed of 6 m/s on a half pipe and 4 m/s in a skate park this means that the _____ is smoother?  \"Option 1\": skate park, \"Option 2\" :half pipe",
-      "Output Program": [
-        "Skater_speed=6\nSkater_speed_in_park=4\n\nif Skater_speed<Skater_speed_in_park:\n  print(\"Option 1\")\nelif Skater_speed>Skater_speed_in_park:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The Porsche was running at 4 miles/h and the Toyota was running at 1.5 miles/h,  so on the race the Porsche took?  \"Option 1\": more time, \"Option 2\" :less time to make the trip",
-      "Output Program": [
-        "porsche_running=4\ntoyota_running=1.5\n\nif porsche_running<toyota_running:\n  print(\"Option 1\")\nelif porsche_running>toyota_running:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A hen can run at 4 m/s and a turkey can run 2 m/s. If both run from the barn to the shed, which will get there sooner??  \"Option 1\": hen, \"Option 2\" :turkey",
-      "Output Program": [
-        "Hen_speed=4\nturey_speed=2\n\nif Hen_speed>turey_speed:\n  print(\"Option 1\")\nelif Hen_speed<turey_speed:\n  print(\"Option 2\")\n\n\n\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Bob was 792 cm away from the street lamp. He moved a bit and now he is 19 cm away, he noticed that it got _____.?  \"Option 1\": brighter, \"Option 2\" :dimmer",
-      "Output Program": [
-        "Bob_away_from_lamp=792\nmoved_a_bit=19\n\nif Bob_away_from_lamp>moved_a_bit:\n  print(\"Option 1\")\nelif Bob_away_from_lamp<moved_a_bit:\n  print(\"Option 2\")\n\n\n\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Billy and Jimmy decide to race home one day. Jimmy made it back home in 4 hours and Billy took 9 hours. That it because Jimmy is?  \"Option 1\": lower, \"Option 2\" :aster.",
-      "Output Program": [
-        "Jimmy_made_home=4\nbilly_made_home=9\nif Jimmy_made_home>billy_made_home:\n  print(\"Option 1\")\nelif Jimmy_made_home<billy_made_home:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Mike's pickle seems to roll around at the speed of 14 cm/min on his ceramic plate and at a speed of 9 cm/min on his paper plate. This means his pickle heats up more rolling around on the?  \"Option 1\": paper plate, \"Option 2\" :ceramic plate",
-      "Output Program": [
-        "speed_on_ceramic_plate=14\nspeed_on_paper_speed=9\nif speed_on_ceramic_plate>speed_on_paper_speed:\n  print(\"Option 1\")\nelif speed_on_ceramic_plate<speed_on_paper_speed:\n  print(\"Option 2\")\n\n\n\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Jax drops a roll of toilet paper on the floor. The toilet paper rolls onto the carpet and slowly comes to a stop after 234 centimeters. When he later drops the same roll of toilet paper on a wood floor, the roll of toilet paper keeps rolling out of the room which was 9 meters long. The roll of toilet paper went a greater distance on the wood floor because it had?  \"Option 1\": more friction, \"Option 2\" :less friction.",
-      "Output Program": [
-        "toilet_paper_roll=234\ntoilet_paper_out_of_room=9\nif toilet_paper_roll<toilet_paper_out_of_room:\n  print(\"Option 1\")\nelif toilet_paper_roll>toilet_paper_out_of_room:\n  print(\"Option 2\")\n\n\n\n\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Marlo weighs 600 N whereas his friend Dan weighs 800 N . The person which has less mass is likely?  \"Option 1\": Marlo, \"Option 2\" :Dan",
-      "Output Program": [
-        "marlo_weihs=600\nDan_weighs=800\nif marlo_weihs<Dan_weighs:\n  print(\"Option 1\")\nelif marlo_weihs>Dan_weighs:\n  print(\"Option 2\")\n\n\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Jeff was rolling his pencil across different surfaces to see how much heat was generated. He noticed that rolling the pencil over pea gravel generated 81 joules heat and 137 joules of heat when rolling it over carpet. The pencil moved slower over?  \"Option 1\": carpet, \"Option 2\" :pea gravel",
-      "Output Program": [
-        "rolling_pencil_on_Gravel=81\nrolling_pencil_on_over_carpet=137\nif rolling_pencil_on_Gravel<rolling_pencil_on_over_carpet:\n  print(\"Option 1\")\nelif rolling_pencil_on_Gravel>rolling_pencil_on_over_carpet:\n  print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Mike's truck's average speed is 13 miles per hour and his car's speed is 29 miles per hour. If he drives both for an hour on the freeway, which will have gone the longer distance??  \"Option 1\": truck, \"Option 2\" :car",
-      "Output Program": [
-        "truck_speed=13\ncar_speed=29\nif truck_speed>car_speed:\n  print(\"Option 1\")\nelif truck_speed<car_speed:\n  print(\"Option 2\")\n\n\n\n\n\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A falcon takes 6000 nanoseconds to get to its food and a sloth takes 100 milliseconds. Why??  \"Option 1\": the falcon is faster than the sloth, \"Option 2\" :The falcon is slower than the sloth",
-      "Output Program": [
-        "Falcon_takes=6000\nsloth_takes=100\nif Falcon_takes<sloth_takes:\n  print(\"Option 1\")\nelif Falcon_takes>sloth_takes:\n  print(\"Option 2\")\n\n\n\n\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Two paper planes are thrown at a time, into the air. One is made of thick cardboard and has a weight of 186 gms, one is made of special paper and weighs 467 gms. Which paper plane flies faster??  \"Option 1\": cardboard plane, \"Option 2\" :paper plane",
-      "Output Program": [
-        "paper_plane_made_with_card_bord=186\npaper_plane_made_with_special_paper=467\nif paper_plane_made_with_card_bord<paper_plane_made_with_special_paper:\n  print(\"Option 1\")\nelif paper_plane_made_with_card_bord>paper_plane_made_with_special_paper:\n  print(\"Option 2\")\n\n\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The horse runs at a speed of 120 cm/s on the derby track and at 3.5 m/s in the forest because the forest has?  \"Option 1\": more obstacles, \"Option 2\" :less obstacles",
-      "Output Program": [
-        "speed_=120\nspeed_derby_track=3.5\nif speed_<speed_derby_track:\n  print(\"Option 1\")\nelif speed_>speed_derby_track:\n  print(\"Option 2\")\n\n\n\n\n\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A steel ball has a mass of 13 Kg and a pebble has a mass of 0.3 Kg. Which object has a stronger gravitational field??  \"Option 1\": steel ball, \"Option 2\" :pebble",
-      "Output Program": [
-        "Steel_ball_mass = 13\nPebble_mass =0.3\n\nif Steel_ball_mass>Pebble_mass:\n  print(\"Option 1\")\nelif Steel_ball_mass<Pebble_mass:\n  print(\"Option 2\")\n\n\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Shep and Chris are driving on the same road and going the same speed. However, Shep has traveled for 17 mins and Chris has traveled for 25 mins. As a result?  \"Option 1\": Shep has traveled further than Chris, \"Option 2\" :Shep has not traveled further than Chris",
-      "Output Program": [
-        "shep_traveled=17\nchirs_traveled=25\n\nif shep_traveled>chirs_traveled:\n  print(\"Option 1\")\nelif shep_traveled<chirs_traveled:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Mike's truck's average speed is 13 miles per hour and his car's speed is 29 miles per hour. If he drives both for an hour on the freeway, which will have gone the smaller distance??  \"Option 1\": truck, \"Option 2\" :car",
-      "Output Program": [
-        "Mike_truck_speed=13\nMike_car_speed=29\n\nif Mike_truck_speed<Mike_car_speed:\n  print(\"Option 1\")\nelif Mike_truck_speed>Mike_car_speed:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "James can ride his sled 40 cm over dry snow and 19 cm over wet snow. This means the _____ is more rough?  \"Option 1\": wet snow, \"Option 2\" :dry snow",
-      "Output Program": [
-        "James_ride_on_dry_snow=40\nride_on_wet_snow=19\nif James_ride_on_dry_snow>ride_on_wet_snow:\n  print(\"Option 1\")\nelif James_ride_on_dry_snow<ride_on_wet_snow:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The trunk on the old tree has a width of 5.1 inch, and the trunk on the new tree has thickness of 10 cm, so old tree was a?  \"Option 1\": stronger tree, \"Option 2\" :weaker tree",
-      "Output Program": [
-        "old_tree_width=5.1\nnew_tree_thickness=10\nif old_tree_width<new_tree_thickness:\n  print(\"Option 1\")\nelif old_tree_width>new_tree_thickness:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The beach volleyball player jumped 3 meter on the gym floor, but 1.2 meter on the beach shore sand because it had?  \"Option 1\": more resistance, \"Option 2\" :less resistance",
-      "Output Program": [
-        "player_jumped=3\nbeach_shore=1.2\nif player_jumped>beach_shore:\n  print(\"Option 1\")\nelif player_jumped<beach_shore:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Ian and Avery are taking trains from the same station. Ian's train is red, and is going 39 km an hour to a destination forty miles away. Avery's train is green and is going 23 km an hour to a destination forty miles away. The train that is slower is?  \"Option 1\": red, \"Option 2\" :green",
-      "Output Program": [
-        "red_train=39\ngreen_train=23\nif red_train<green_train:\n  print(\"Option 1\")\nelif red_train>green_train:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A city bus can travel 12 km over a road and 8 km over an alley. This means that the _____ is rougher?  \"Option 1\": road, \"Option 2\" :alley",
-      "Output Program": [
-        "city_bus_on_road=12\nbus_on_alley=8\nif city_bus_on_road<bus_on_alley:\n  print(\"Option 1\")\nelif city_bus_on_road>bus_on_alley:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A tortoise travels 400 cm in a second and turtle travels 2 m in 5 seconds. Which animal will take a longer time to reach the sea if both are walking across the beach??  \"Option 1\": tortoise, \"Option 2\" :turtle",
-      "Output Program": [
-        "tortoise_travel=400\nturtle_travel=2\nif tortoise_travel<turtle_travel:\n  print(\"Option 1\")\nelif tortoise_travel>turtle_travel:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "If Sarah and Jenny both run at the same pace, Sarah runs for 1 hr 20 mins and Jenny runs for 30 minutes than Sarah, who has traveled farther??  \"Option 1\": Sarah, \"Option 2\" :Jenny",
-      "Output Program": [
-        "Sarah_run=1_20\njenny_runs=30\nif Sarah_run>jenny_runs:\n  print(\"Option 1\")\nelif Sarah_run<jenny_runs:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Tina and Wynona are both going the same speed down the highway. Tina drives for 30.6 minutes and Wynona drives for 28.76 minutes. Will Tina have?  \"Option 1\": driven further, \"Option 2\" :driven less",
-      "Output Program": [
-        "tina_drives=30.6\nwynona_drves=28.76\nif tina_drives>wynona_drves:\n  print(\"Option 1\")\nelif tina_drives<wynona_drves:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A toy car slid down the floor of a movie theater after it was cleaned to a distance of 3 meters. That same car was was rolled down the floor that was pretty sticky. It went 0.4 meters on this floor. The car went further on the clean floor because it has?  \"Option 1\": more resistance or, \"Option 2\" :less resistance?",
-      "Output Program": [
-        "Claned_to_a_distance=3\nrolled_down_pretty_sticky=28.76\nif Claned_to_a_distance>rolled_down_pretty_sticky:\n  print(\"Option 1\")\nelif Claned_to_a_distance<rolled_down_pretty_sticky:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Bob was 290 m away from the street lamp. He moved a bit and now he is 12 m away, he noticed that it got _____.?  \"Option 1\": brighter, \"Option 2\" :dimmer",
-      "Output Program": [
-        "bob_from_street_lamp=290\nbob_moved_a_bit=12\nif bob_from_street_lamp>bob_moved_a_bit:\n  print(\"Option 1\")\nelif bob_from_street_lamp<bob_moved_a_bit:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Todd gets in his car on Monday and drives for 24 hrs. He does the same thing on Tuesday but stops after 18 hrs 50 mins that day. On which day will he have covered less ground??  \"Option 1\": Monday, \"Option 2\" :Tuesday",
-      "Output Program": [
-        "Mondy_drives=24\nTuesday_drives=18_50\nif Mondy_drives>Tuesday_drives:\n  print(\"Option 1\")\nelif Mondy_drives<Tuesday_drives:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A golf ball has a mass of 78 grams and a baseball has a mass of 0.159 Kg. Which item has a weaker gravitational field??  \"Option 1\": golf ball, \"Option 2\" :baseball",
-      "Output Program": [
-        "golf_ball_mass=78\nbaseball_mass=0.159\nif golf_ball_mass>baseball_mass:\n  print(\"Option 1\")\nelif golf_ball_mass<baseball_mass:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Mike can roll his grapefruit over the counter and watch it roll a distance of 27 meters and 21 meters when he rolls it in his garage. This means the _____ has more friction?  \"Option 1\": garage, \"Option 2\" :counter",
-      "Output Program": [
-        "counter_roll=27\ngarage_roll=21\nif counter_roll>garage_roll:\n  print(\"Option 1\")\nelif counter_roll<garage_roll:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Roz is going skiing. She skis down a muddy hill and then down a snowy hill. Roz notices that she goes down the snowy hill in 27 mins and muddy hill in 32 mins and both the hills are of approximately same size. That might be because the muddy hill had?  \"Option 1\": more friction, \"Option 2\" :less friction.",
-      "Output Program": [
-        "goes_snowy_hill=27\ngoes_muddy_hill=32\nif goes_snowy_hill<goes_muddy_hill:\n  print(\"Option 1\")\nelif goes_snowy_hill>goes_muddy_hill:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A city bus can travel 10.3 miles over a road and 1.2 miles over an alley. This means that the _____ is rougher?  \"Option 1\": road, \"Option 2\" :alley",
-      "Output Program": [
-        "city_bus_travel=10.3\nBus_on_road=1.2\nif city_bus_travel<Bus_on_road:\n  print(\"Option 1\")\nelif city_bus_travel>Bus_on_road:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "John and Rita are going for a run.  Rita gets tired and takes a break on the park bench after 25 mins of jogging. John runs for 35 minutes in the park, who has run farther??  \"Option 1\": John, \"Option 2\" :Rita",
-      "Output Program": [
-        "rita_breal=25\nJhon_runs=35\nif rita_breal<Jhon_runs:\n  print(\"Option 1\")\nelif rita_breal>Jhon_runs:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Kevin took a plane from NY to Chicago at 0800 hours while Esther took a plane from NY to LA at 0700 hours. Both of them are travelling from same type of plane so they have the same speed of travel. Both of them reached their destinations at the same time. Who travelled further??  \"Option 1\": Kevin, \"Option 2\" :Esther",
-      "Output Program": [
-        "keviv_plane=800\nEsther_plane=700\nif keviv_plane>Esther_plane:\n  print(\"Option 1\")\nelif Esther_plane<keviv_plane:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A rat and a mouse each set out walking from the high school to the hospital. The rat runs at 14 m/s and the mouse runs at 6 m/s. Who took more time to arrive at the hospital??  \"Option 1\": the rat, \"Option 2\" :the mouse",
-      "Output Program": [
-        "Rat_runs=14\nMouse_runs=6\nif Rat_runs<Mouse_runs:\n  print(\"Option 1\")\nelif Rat_runs>Mouse_runs:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Jim lives 100 km from the Riot servers. Jeff lives 9700 miles from the Riot servers. Both have the same internet speed. Who's ping will be higher??  \"Option 1\": Jim, \"Option 2\" :Jeff",
-      "Output Program": [
-        "jim_from_riot_server=100\njeff_lives_from_riot_server=9700\nif jim_from_riot_server>jeff_lives_from_riot_server:\n  print(\"Option 1\")\nelif jim_from_riot_server<jeff_lives_from_riot_server:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The beauty queen glided across the marble floors with speed of 13 m/s but at speed 9 m/s on the wooden floors because it had?  \"Option 1\": more resistance, \"Option 2\" :less resistance",
-      "Output Program": [
-        "marble_floors=13\nwooden_floors=9\nif marble_floors>wooden_floors:\n  print(\"Option 1\")\nelif marble_floors<wooden_floors:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "An agate rolling in a dirt field moves at a speed of 5 m/s and the one rolling in an empty cave moves at 23 m/s. It seems likely that the agate will roll a greater distance in the?  \"Option 1\": dirt field, \"Option 2\" :empty cave",
-      "Output Program": [
-        "agate_roll_dirt_field=5\nempty_cave=23\nif agate_roll_dirt_field>empty_cave:\n  print(\"Option 1\")\nelif agate_roll_dirt_field<empty_cave:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Young child plays with frozen meatball outside. The child rolls the meatball across the brick walkway and walks 7 yards to get it. The child then rolls the meatball through the weedy garden and walks 18 foot to get it. The surface that causes the meatball to struggle to move is the?  \"Option 1\": brick walkway, \"Option 2\" :weedy garden.",
-      "Output Program": [
-        "child_rolls=7\ngarden_walk=18\nif child_rolls>garden_walk:\n  print(\"Option 1\")\nelif child_rolls<garden_walk:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A little boy rolls two of his rubber balls down the hallway. The red ball stopped after 100 secs. the blue one stopped after 91 secs. Which one rolled the furthest??  \"Option 1\": Red ball, \"Option 2\" :blue ball.",
-      "Output Program": [
-        "red_ball_stopped=100\nblue_ball_stopped=91\nif red_ball_stopped>blue_ball_stopped:\n  print(\"Option 1\")\nelif red_ball_stopped<blue_ball_stopped:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Jim lives 37 miles from the Riot servers. Jeff lives 6800 miles from the Riot servers. Both have the same internet speed. Who's ping will be higher??  \"Option 1\": Jim, \"Option 2\" :Jeff",
-      "Output Program": [
-        "Jim_lives=37\njeff_lives=6800\nif Jim_lives>jeff_lives:\n  print(\"Option 1\")\nelif Jim_lives<jeff_lives:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Todd gets in his car on Monday and drives for 12 hrs. He does the same thing on Tuesday but stops after 9 hrs that day. On which day will he have covered less ground??  \"Option 1\": Monday, \"Option 2\" :Tuesday",
-      "Output Program": [
-        "Monday_drive=12\ntuesday_stop=9\nif Monday_drive<tuesday_stop:\n  print(\"Option 1\")\nelif Monday_drive>tuesday_stop:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Shiloh rolls a ball over a piece of sandpaper and notices that the ball move at a seed of 8 m/s Shiloh then rolls his ball over a piece of glass, and the ball rolls at a speed of 14 m/s. The ball rolled quickly on the piece of glass because the glass had?  \"Option 1\": more friction, \"Option 2\" :less friction.",
-      "Output Program": [
-        "rolls_on_sand_papaer=8\nrolls_on_glass=14\nif rolls_on_sand_papaer>rolls_on_glass:\n  print(\"Option 1\")\nelif rolls_on_sand_papaer<rolls_on_glass:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "John and Rita are going for a run.  Rita gets tired and takes a break on the park bench after 45 mins of jogging. John runs for 38 mins in the park, who has run farther??  \"Option 1\": John, \"Option 2\" :Rita",
-      "Output Program": [
-        "Rita_takes_break=45\njhon_runs=38\nif Rita_takes_break<jhon_runs:\n  print(\"Option 1\")\nelif Rita_takes_break>jhon_runs:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Todd gets in his car on Monday and drives for 4 hrs. He does the same thing on Tuesday but stops after 3hrs that day. On which day will he have covered less ground??  \"Option 1\": Monday, \"Option 2\" :Tuesday",
-      "Output Program": [
-        "monday_drives=4\ntuesday_drives=3\nif monday_drives<tuesday_drives:\n  print(\"Option 1\")\nelif monday_drives>tuesday_drives:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Joe worked at a bar. The bar had a glass counter on one side and a wooden counter on the other. When Joe slid a glass along the glass counter, he noticed it slid 8.4 cm and 1.3 cm on the wood counter. This is because the _____ is smoother.?  \"Option 1\": glass counter, \"Option 2\" :wooden counter",
-      "Output Program": [
-        "galss_counter=8.4\nwood_counter=1.3\nif galss_counter>wood_counter:\n  print(\"Option 1\")\nelif galss_counter<wood_counter:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The turtle swam's speed in the pond is 12 m/s, while it is 2.8 m/s in the ocean because the _____ is smoother.?  \"Option 1\": pond, \"Option 2\" :ocean",
-      "Output Program": [
-        "trutle_speed=12\nspeed_in_ocean=28\nif trutle_speed<speed_in_ocean:\n  print(\"Option 1\")\nelif trutle_speed>speed_in_ocean:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "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 11 seconds and the brown mouse in 25 seconds. Which mouse couldn't run as fast??  \"Option 1\": the brown mouse, \"Option 2\" :the black mouse",
-      "Output Program": [
-        "black_mouse_speed=11\nbrown_mouse_speed=25\nif black_mouse_speed<brown_mouse_speed:\n  print(\"Option 1\")\nelif black_mouse_speed>brown_mouse_speed:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The empty cement truck weighs around 7258 Kg. Now, we have put 18 bags of cement weighing 42Kg each in the truck so it was _____ when it was accelerating without cement bags.?  \"Option 1\": faster, \"Option 2\" :slower",
-      "Output Program": [
-        "cement_truck=7258\nput_bags_in_each_truck=18\nif cement_truck>put_bags_in_each_truck:\n  print(\"Option 1\")\nelif cement_truck<put_bags_in_each_truck:\n  print(\"Option 2\")"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Mike can roll his grapefruit over the counter and watch it roll a distance of 25 meters and 17 meters when he rolls it in his garage. This means the _____ has less friction?  \"Option 1\": garage, \"Option 2\" :counter",
-      "Output Program": [
-        "roll_distance=25\nroll_in_his_garage=17\nif roll_distance<roll_in_his_garage:\n  print(\"Option 1\")\nelif roll_distance>roll_in_his_garage:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Ted was riding his bike in the park. When he was on the cement path, he was able to zip around the park in 32 mins and on the grass he took 26 mins. The bike heated up more when it traveled on the?  \"Option 1\": cement path, \"Option 2\" :grass.",
-      "Output Program": [
-        "zip_around_cement_path=32\nzip_around_grass_path=26\nif zip_around_cement_path>zip_around_grass_path:\n  print(\"Option 1\")\nelif zip_around_cement_path<zip_around_grass_path:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Two blimps take off from the same airfield and fly at the same velocity once they reach altitude. The red blimp flies for a 57 minutes and lands at a nearby town, while the green blimp stays in flight for 38 minutes and lands at the previous town. This means that?  \"Option 1\": the red blimp flew a greater distance, \"Option 2\" :the green blimp flew a greater distance.",
-      "Output Program": [
-        "red_blimp_files=57\ngreen_blimp_flight=38\nif red_blimp_files>green_blimp_flight:\n  print(\"Option 1\")\nelif red_blimp_files<green_blimp_flight:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "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 180 minutes and the brown mouse in 69 minutes. Which mouse couldn't run as fast??  \"Option 1\": the brown mouse, \"Option 2\" :the black mouse",
-      "Output Program": [
-        "\nblack_mouse_run=180\nbrown_mouse=69\nif black_mouse_run<brown_mouse:\n  print(\"Option 1\")\nelif black_mouse_run>brown_mouse:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Jim wears a thick Kevlar vest of thickness 5 cm. Jack is just wearing a cotton shirt of thickness 1 cm. Which top would stop a bullet??  \"Option 1\": Kevlar, \"Option 2\" :Cotton",
-      "Output Program": [
-        "\nvest_thickness=5\nshirt_thickness=1\nif vest_thickness>shirt_thickness:\n  print(\"Option 1\")\nelif vest_thickness<shirt_thickness:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "If a car and a pickup both travel at 60 mph, but the car stops after 2 hours whereas the pickup stops after 6 hours, which has travelled the lesser distance??  \"Option 1\": car, \"Option 2\" :pickup",
-      "Output Program": [
-        "car_stops=2\npickup_stops=6\nif car_stops<pickup_stops:\n  print(\"Option 1\")\nelif car_stops>pickup_stops:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The F-16 usually weighs 20000 lbs and the jumbo jet weighs 700000 lbs. Therefore, the F-16 was?  \"Option 1\": slower accelerating, \"Option 2\" :faster accelerating",
-      "Output Program": [
-        "F_16_weighs=20000\njumbo_weighs=700000\nif F_16_weighs>jumbo_weighs:\n  print(\"Option 1\")\nelif F_16_weighs<jumbo_weighs:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Mike and Sue decide to ride their bikes around the park. They follow the same path but Mike rides his bike at 45 m/sec and Sue rides at 23 m/sec. After ten minutes, who will have covered less distance??  \"Option 1\": Mike, \"Option 2\" :Sue",
-      "Output Program": [
-        "Mike_rides=45\nsue_rides=23\nif Mike_rides<sue_rides:\n  print(\"Option 1\")\nelif Mike_rides>sue_rides:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "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 at 5 am where as the hippie started at 1 pm. It's now 7 pm, and?  \"Option 1\": the cowboy has traveled less distance, \"Option 2\" :the hippie has traveled less distance",
-      "Output Program": [
-        "cowboy_started=5\nhippie_started=1\nif cowboy_started<hippie_started:\n  print(\"Option 1\")\nelif cowboy_started>hippie_started:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Terry takes his bicycle for a ride, first riding through the grass field of 7 meter in 1 second, then the paved street of 12 meter in 2 seconds. The paved street had?  \"Option 1\": more resistance, \"Option 2\" :less resistance.",
-      "Output Program": [
-        "riding_on_grass_field=7\nriding_on_paved_street=12\nif riding_on_grass_field<riding_on_paved_street:\n  print(\"Option 1\")\nelif riding_on_grass_field>riding_on_paved_street:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Dennis is rolling two marbles down the sidewalk. He rolls them both at the same time, in the same way. The blue marble goes 21 m down the sidewalk and the green one goes 26 m. The faster marble is?  \"Option 1\": green, \"Option 2\" :blue",
-      "Output Program": [
-        "rolls_on_blue_marble=2\nrolls_on_green_marble=26\nif rolls_on_blue_marble<rolls_on_green_marble:\n  print(\"Option 1\")\nelif rolls_on_blue_marble>rolls_on_green_marble:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Jim wears a thick Kevlar vest of size 10X1X10 inch. Jack is just wearing a cotton shirt of size 10X3X10 cm. Which top would stop a bullet?  \"Option 1\": Kevlar, \"Option 2\" :Cotton",
-      "Output Program": [
-        "Jim_wears=10_1_10\njack_wears_cotton_shirts=10_3_10 \nif Jim_wears<10_3_10:\n  print(\"Option 1\")\nelif Jim_wears>10_3_10:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The mammoth moved at a speed of 3 km per hour through the watering hole, but moved at a speed of 9 km per hour on the hard dirt because the hard dirt had?  \"Option 1\": less resistance, \"Option 2\" :more resistance",
-      "Output Program": [
-        "mammoth_speed=3\nspeed_on_hard_dirt=9\nif mammoth_speed<speed_on_hard_dirt:\n  print(\"Option 1\")\nelif mammoth_speed>speed_on_hard_dirt:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Shiloh rolls a ball over a piece of sandpaper and notices that the ball move at a seed of 347 cm/s Shiloh then rolls his ball over a piece of glass, and the ball rolls at a speed of 7 m/s. The ball rolled quickly on the piece of glass because the glass had?  \"Option 1\": more friction, \"Option 2\" :less friction.",
-      "Output Program": [
-        "ball_move_at_seed=3.47\nbal_move_on_glass=7\nif ball_move_at_seed>bal_move_on_glass:\n  print(\"Option 1\")\nelif ball_move_at_seed<bal_move_on_glass:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A toy car slid down the floor of a movie theater after it was cleaned to a distance of 7 meters. That same car was was rolled down the floor that was pretty sticky. It went 7 yards on this floor. The car went further on the clean floor because it has?  \"Option 1\": more resistance or, \"Option 2\" :less resistance?",
-      "Output Program": [
-        "toy_car_cleaned_distace=7\ntoy_car_rolled_on_floor=6.40\nif toy_car_cleaned_distace<toy_car_rolled_on_floor:\n  print(\"Option 1\")\nelif toy_car_cleaned_distace>toy_car_rolled_on_floor:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A bowling ball has a mass of 21 pounds and a baseball weighs 9 pounds. Which item has weaker gravity??  \"Option 1\": baseball, \"Option 2\" :bowling ball",
-      "Output Program": [
-        "bowlin_ball_mass=21\nbaseball_weighs=9\nif bowlin_ball_mass>baseball_weighs:\n  print(\"Option 1\")\nelif bowlin_ball_mass<baseball_weighs:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "If a car and a pickup both travel at 60 mph, but the car stops after 5 mins whereas the pickup stops after 8 mins, which has travelled the lesser distance??  \"Option 1\": car, \"Option 2\" :pickup",
-      "Output Program": [
-        "car_stops=5\npickup_stops=8\nif car_stops<pickup_stops:\n  print(\"Option 1\")\nelif car_stops>pickup_stops:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Elliot is working in a warehouse. He notices that he is able to push a handcart at the speed of 24 m/s on the cement and 17 m/s on the carpet. The handcart will generate more heat when Elliot pushes it over the?  \"Option 1\": carpet, \"Option 2\" :cement.",
-      "Output Program": [
-        "speed_on_cemnet=24\nspeed_on_carpet=17\nif speed_on_cemnet>speed_on_carpet:\n  print(\"Option 1\")\nelif speed_on_cemnet<speed_on_carpet:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Mike was comparing the mass of a boulder and a pebble. He found that the mass of the boulder was 189 pounds and of the pebble was 2 Kg. Which item emits weaker gravity??  \"Option 1\": boulder, \"Option 2\" :pebble",
-      "Output Program": [
-        "boulder_mass=189\npebble_mass=2\nif boulder_mass<pebble_mass:\n  print(\"Option 1\")\nelif boulder_mass>pebble_mass:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The Porsche was running at 58 km/h and the Toyota was running at 34 km/h,  so on the race the Porsche took?  \"Option 1\": more time, \"Option 2\" :less time to make the trip",
-      "Output Program": [
-        "porsche_running=58\ntoyota_running=34\nif porsche_running<toyota_running:\n  print(\"Option 1\")\nelif porsche_running>toyota_running:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A cat and a dog both run at 5 mph. If the cat runs for a 1 minute and the dog runs for 65 seconds, which will have gone the greater distance??  \"Option 1\": cat, \"Option 2\" :dog",
-      "Output Program": [
-        "cat_runs=1\ndog_runs=65\nif cat_runs>dog_runs:\n  print(\"Option 1\")\nelif cat_runs<dog_runs:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "John and Steven decided to do an experiment. They took one brick which has a weight of 2Kg, and one pebble which has a weight of 6g, and threw them out his second story window, when they looked down they discovered that the pebble reached the floor later than the brick because _____ than the brick.?  \"Option 1\": it has less mass, \"Option 2\" :it has more mass",
-      "Output Program": [
-        "brick_weight=2\npebble_weight=6\nif brick_weight<pebble_weight:\n  print(\"Option 1\")\nelif brick_weight>pebble_weight:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Jasper is carrying his nephew in the park.  Then it's his niece's turn.  His niece is five years older and weighs 43 kgs whereas his nephew weghs 38 kgs. Who has more of a gravity pull??  \"Option 1\": the niece, \"Option 2\" :the nephew",
-      "Output Program": [
-        "niece_weighs=43\nnephew_weighs=38\nif niece_weighs>nephew_weighs:\n  print(\"Option 1\")\nelif niece_weighs<nephew_weighs:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Kate is at the movies and drops her cup on the floor accidentally. The cup rolls away through the concrete floor in 13 secs which is 5 meters long, but it covered 8 meters in 29 secs secs once it hits the carpeted floor. The cup was faster on the concrete floor because the concrete floor had?  \"Option 1\": more friction, \"Option 2\" :less friction.",
-      "Output Program": [
-        "cup_rolls_concrete_floor=5\ncup_rolls_careted_floors=8\nif cup_rolls_concrete_floor>cup_rolls_careted_floors:\n  print(\"Option 1\")\nelif cup_rolls_concrete_floor<cup_rolls_careted_floors:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "John and Rita are going for a run.  Rita gets tired and takes a break on the park bench after 65 mins of jogging. John runs for 1 hr in the park, who has run farther??  \"Option 1\": John, \"Option 2\" :Rita",
-      "Output Program": [
-        "rita_takes_break=65\njhon_runs=1\nif rita_takes_break<jhon_runs:\n  print(\"Option 1\")\nelif rita_takes_break>jhon_runs:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A toddler is rolling a ball. It rolls around 5 seconds on the grass and stops. It rolls on to the concrete covered sand where it stops after 3 mins. The sand stopped the ball because it has _____ than the grass.?  \"Option 1\": more friction, \"Option 2\" :less friction",
-      "Output Program": [
-        "rolling_ball_on_grass=5\nrolls_on_concrete=3\nif rolling_ball_on_grass<rolls_on_concrete:\n  print(\"Option 1\")\nelif rolling_ball_on_grass>rolls_on_concrete:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "The horse runs at a speed of 12 m/s on the derby track and at 10 m/s in the forest because the forest has?  \"Option 1\": more obstacles, \"Option 2\" :less obstacles",
-      "Output Program": [
-        "horse_speed=12\nhorse_speed_on_derby=10\nif horse_speed>horse_speed_on_derby:\n  print(\"Option 1\")\nelif horse_speed<horse_speed_on_derby:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "Lisa was playing with two model rockets. She shot off the red one and the black one at the same time. After 30 seconds the black one was 2.4 m above the ground and the red one was 23.1 m above the ground. Which had more speed??  \"Option 1\": the red one, \"Option 2\" :the black one",
-      "Output Program": [
-        "black_on_ground=2.4\nred_on_ground=23.1\nif black_on_ground<red_on_ground:\n  print(\"Option 1\")\nelif black_on_ground>red_on_ground:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A hand can move through a tank of water having size of 4 meters in 4 secs and it can cover same 4 meters in 2 secs through air. That means that there is less friction in?  \"Option 1\": water, \"Option 2\" :air.",
-      "Output Program": [
-        "hand_on_water=4\nhand_on_air=2\nif hand_on_water<hand_on_air:\n  print(\"Option 1\")\nelif hand_on_water>hand_on_air:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "train"
-    },
-    {
-      "Input": "A cherry rolling down a slope can roll a distance of 3 cm and the one rolling on flat ground can roll 9 cm. The cherry will heat up less on?  \"Option 1\": slope, \"Option 2\" :flat ground",
-      "Output Program": [
-        "cherry_roling_diatance=3\ncheery_rolling_on_flat_ground=9\nif cherry_roling_diatance>cheery_rolling_on_flat_ground:\n  print(\"Option 1\")\nelif cherry_roling_diatance<cheery_rolling_on_flat_ground:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "Sliding a lunch bag across a shiny table makes it go a distance of 17 cm and sliding it across a matte table makes it go 11 cm. Which table will make the bottom of the bag stay cooler??  \"Option 1\": shiny table, \"Option 2\" :matte table",
-      "Output Program": [
-        "shiny_table_sliding=17\nmatte_table_slinding=11\nif shiny_table_sliding>matte_table_slinding:\n  print(\"Option 1\")\nelif shiny_table_sliding<matte_table_slinding:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "If John sees two identical street lights that are at a distance of 7 m and 2 miles from him, which one will appear brighter??  \"Option 1\": Street light that is 7 m away, \"Option 2\" :Street light that is 2 mile away",
-      "Output Program": [
-        "street_light_distance1=7\nstreet_light_distance2=2\nif street_light_distance1>street_light_distance2:\n  print(\"Option 1\")\nelif street_light_distance1<street_light_distance2:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "A butterfly can fly at a speed of 11 miles per hour through open air and 14.48 km per hour through bushes. This means the butterfly creates less heat flying through the?  \"Option 1\": bushes, \"Option 2\" :open air",
-      "Output Program": [
-        "butterfly_spped_in_air=11\nbutterfly_spped_in_bushes=14.48\nif butterfly_spped_in_air>butterfly_spped_in_bushes:\n  print(\"Option 1\")\nelif butterfly_spped_in_air<butterfly_spped_in_bushes:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "The  tortoise has a speed of 13 cm/s and the hare has a speed of 36 cm/s, they decided to run from the school house to their home. Who do you think to longer to get home?  \"Option 1\": Tortoise, \"Option 2\" :Hare",
-      "Output Program": [
-        "tortoise_speed=13\nhare_speed=36\nif tortoise_speed<hare_speed:\n  print(\"Option 1\")\nelif tortoise_speed>hare_speed:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "Taylor pushes her shopping cart over a tile floor then over a door mat. The shopping cart moves at a speed of 26 m/s over the door mat and at a speed of 19 m/s on the tile floor as a result of there being less friction on the?  \"Option 1\": door mat, \"Option 2\" :tile floor.",
-      "Output Program": [
-        "shoppping_cart_speed=26\ndoormet_speed=19\nif shoppping_cart_speed<doormet_speed:\n  print(\"Option 1\")\nelif shoppping_cart_speed>doormet_speed:\n  print(\"Option 2\")\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "A butterfly can fly at a speed of 12 miles per hour through open air and 8 miles per hour through bushes. This means the butterfly creates less heat flying through the?  \"Option 1\": bushes, \"Option 2\" :open air",
-      "Output Program": [
-        "butterfly_spped_in_air=12\nbutterfly_spped_in_bushes=8\nif butterfly_spped_in_air<butterfly_spped_in_bushes:\n  print(\"Option 1\")\nelif butterfly_spped_in_air>butterfly_spped_in_bushes:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "Lyle takes his jeep to the beach. When he drives it on the concrete, the jeep moves at a speed of 40 km/hr on average. When Lyle drives the jeep on the sand, it moves at a speed of 20 km/hr. The sand has?  \"Option 1\": less resistance, \"Option 2\" :more resistance.",
-      "Output Program": [
-        "jeep_speed_on_cocrete=40\njeep_speed_on_sand=20\nif jeep_speed_on_cocrete<jeep_speed_on_sand:\n  print(\"Option 1\")\nelif jeep_speed_on_cocrete>jeep_speed_on_sand:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "If Jimbo is 21 feet away from a beetle and 903 feet away from a grasshopper, which insect will seem bigger to him??  \"Option 1\": beetle, \"Option 2\" :grasshopper",
-      "Output Program": [
-        "jimbo_away_from=21\nbeetle_away_from=903\nif jimbo_away_from<beetle_away_from:\n  print(\"Option 1\")\nelif jimbo_away_from>beetle_away_from:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "Tony has a beach ball that he loves to play with. He notices that the beach ball travels for 26 meters when he kicks it across the asphalt road and 12 meters when he kicks it across the gravel road. If he kicks it with the same force in each situation, which road is more rough??  \"Option 1\": gravel, \"Option 2\" :asphalt",
-      "Output Program": [
-        "beach_ball_travel=26\non_gravel_road=12\nif beach_ball_travel>on_gravel_road:\n  print(\"Option 1\")\nelif beach_ball_travel<on_gravel_road:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "A butterfly can fly at a speed of 23.57 miles per hour through open air and 13 miles per hour through bushes. This means the butterfly creates less heat flying through the?  \"Option 1\": bushes, \"Option 2\" :open air",
-      "Output Program": [
-        "butterfly_speed_on_air=23.57\nbutterfly_speed_on_bushes=13\nif butterfly_speed_on_air<butterfly_speed_on_bushes:\n  print(\"Option 1\")\nelif butterfly_speed_on_air>butterfly_speed_on_bushes:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "Tim was playing around with his sled and noticed that it slid with a speed of 19 m/s on the smoother surface and with 11 m/s on the rougher one. The sled slid faster on?  \"Option 1\": the ice, \"Option 2\" :the grass",
-      "Output Program": [
-        "slid_on_sled=19\nslid_on_surface=11\nif slid_on_sled>slid_on_surface:\n  print(\"Option 1\")\nelif slid_on_sled<slid_on_surface:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "A boxer dog can run at a speed of 29.04 mph in a swept yard, and 43 kmph in a rocky yard. This means the _____ is more rough?  \"Option 1\": rocky yard, \"Option 2\" :swept yard",
-      "Output Program": [
-        "boxer_dog_speed_in_swept_yard=29.04\nboxer_dog_spped_in_rocky_yard=43\nif boxer_dog_speed_in_swept_yard<boxer_dog_spped_in_rocky_yard:\n  print(\"Option 1\")\nelif boxer_dog_speed_in_swept_yard>boxer_dog_spped_in_rocky_yard:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "Milo can slide his coaster at a speed of 0.6 m/s over his coffee table and with a speed of 1.8 m/s over his dining table. This means the coaster will heat up _____ over the coffee table then over the dining table?  \"Option 1\": more, \"Option 2\" :less",
-      "Output Program": [
-        "coster_speed_on_cofeee_table=0.6\ncoster_speed_on_dining_speed=1.8\nif coster_speed_on_cofeee_table<coster_speed_on_dining_speed:\n  print(\"Option 1\")\nelif coster_speed_on_cofeee_table>coster_speed_on_dining_speed:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "The lamborghini weighs 1438 Kg and the class 1 light truck weighs around 1273 Kg so in the race lamborghini accelerated?  \"Option 1\": slower, \"Option 2\" :faster",
-      "Output Program": [
-        "lemborgini_weighs=1438\nlight_truck_weighs=1273\nif lemborgini_weighs>light_truck_weighs:\n  print(\"Option 1\")\nelif lemborgini_weighs<light_truck_weighs:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "A cherry rolling down a slope can roll a distance of 433 cm and the one rolling on flat ground can roll 4 m. The cherry will heat up less on?  \"Option 1\": slope, \"Option 2\" :flat ground",
-      "Output Program": [
-        "cherry_distance_on_slope=433\ncherry_distance_on_flat_ground=4\nif cherry_distance_on_slope>cherry_distance_on_flat_ground:\n  print(\"Option 1\")\nelif cherry_distance_on_slope<cherry_distance_on_flat_ground:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "Robin who had weight 23 of kg, was _____ weak than John whose weight is 29 kg.?  \"Option 1\": less, \"Option 2\" :more",
-      "Output Program": [
-        "robin_weight=23\njhon_weight=29\nif robin_weight>jhon_weight:\n  print(\"Option 1\")\nelif robin_weight<jhon_weight:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "A traveler wants to go between cities in Japan. She does some research and sees that a bullet train can go at a speed of 8 meters/sec and a car can go at 29 meters/sec. If she wants to spend less time in her trip from city to city, which should she choose??  \"Option 1\": bullet train, \"Option 2\" :car.",
-      "Output Program": [
-        "bullet_train_speed=8\ncar_speed=29\nif bullet_train_speed>car_speed:\n  print(\"Option 1\")\nelif bullet_train_speed<car_speed:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "A car heats up in 37 mins when driving on a dirt road, whereas it heats up in 46 mins driving on a paved road. The dirt road has?  \"Option 1\": less friction, \"Option 2\" :more friction.",
-      "Output Program": [
-        "car_heats_on_dirt_road=37\ncar_heats_on_paved_road=46\nif car_heats_on_dirt_road>car_heats_on_paved_road:\n  print(\"Option 1\")\nelif car_heats_on_dirt_road<car_heats_on_paved_road:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "A worm and a caterpillar are crawling across a fallen tree trunk. The worm can travel at 4 cm/s whereas the caterpillar can travel at 32 cm/s. Which will take longer to get across the tree trunk??  \"Option 1\": worm, \"Option 2\" :caterpillar",
-      "Output Program": [
-        "worm_travel=4\ncaterpillar_travel=32\nif worm_travel<caterpillar_travel:\n  print(\"Option 1\")\nelif worm_travel>caterpillar_travel:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "A business card has a thickness of 1.2 inch and a cardboard sheet is of 1.2 cm thick. This means that the _____ is less strong?  \"Option 1\": business card, \"Option 2\" :cardboard sheet",
-      "Output Program": [
-        "businedd_card_thickness=3.08\ncardbord_sheet_thicness=1.2\nif businedd_card_thickness<cardbord_sheet_thicness:\n  print(\"Option 1\")\nelif businedd_card_thickness>cardbord_sheet_thicness:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "The bus driver drove at the speed of 48 km per hour on the dirt road and 29 km per hour on the unpaved road, because the dirt road has?  \"Option 1\": more friction, \"Option 2\" :Less friction",
-      "Output Program": [
-        "bus_speed_on_dirt_road=48\nbus_speed_on_unpaved_road=29\nif bus_speed_on_dirt_road<bus_speed_on_unpaved_road:\n  print(\"Option 1\")\nelif bus_speed_on_dirt_road>bus_speed_on_unpaved_road:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "The bus driver drove at the speed of 55 km per hour on the dirt road and 24 km per hour on the unpaved road, because the unpaved road has?  \"Option 1\": more friction, \"Option 2\" :Less friction",
-      "Output Program": [
-        "bus_speed_on_dirt_road=55\nbus_speed_on_unpaved_road=24\nif bus_speed_on_dirt_road>bus_speed_on_unpaved_road:\n  print(\"Option 1\")\nelif bus_speed_on_dirt_road<bus_speed_on_unpaved_road:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "Tim was playing around with his sled and noticed that it slid with a speed of 10 m/s on the smoother surface and with 3 m/s on the rougher one. The sled slid faster on?  \"Option 1\": the ice, \"Option 2\" :the grass",
-      "Output Program": [
-        "speed_on_smoother_surface=10\nspeed_on_rouher_surface=3\nif speed_on_smoother_surface>speed_on_rouher_surface:\n  print(\"Option 1\")\nelif speed_on_smoother_surface<speed_on_rouher_surface:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "James is watching it rain one day. He notices that the rain travels over the driveway in 14 secs and the bumpy shingles of his house's roof in 12 secs, the driveway and the shingles are almost similar in size. Which surface is more smooth?  \"Option 1\": roof, \"Option 2\" :driveway.",
-      "Output Program": [
-        "rain_travels_driveway=14\nbumpy_shingles_house_roof=12\nif rain_travels_driveway>bumpy_shingles_house_roof:\n  print(\"Option 1\")\nelif rain_travels_driveway<bumpy_shingles_house_roof:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "Janna was playing with her softball and her bowling ball. She noted that the bowling ball had a mass of 14 ounces and her softball weighed 0.14417 kgs . Which ball had stronger gravity??  \"Option 1\": softballl, \"Option 2\" :bowling ball",
-      "Output Program": [
-        "bowling_ball_mass=0.396893\nsoft_ball_weighs=0.14417\nif bowling_ball_mass<soft_ball_weighs:\n  print(\"Option 1\")\nelif bowling_ball_mass>soft_ball_weighs:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "A car heats up in 1.5 hrs when driving on a dirt road, whereas it heats up in 54 mins driving on a paved road. The dirt road has?  \"Option 1\": less friction, \"Option 2\" :more friction.",
-      "Output Program": [
-        "car_heats_on_dirt_road=90\ncar_heats_on_paved_road=54\nif car_heats_on_dirt_road>car_heats_on_paved_road:\n  print(\"Option 1\")\nelif car_heats_on_dirt_road<car_heats_on_paved_road:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "Tony has a beach ball that he loves to play with. He notices that the beach ball travels for 17 meters when he kicks it across the asphalt road and 11 meters when he kicks it across the gravel road. If he kicks it with the same force in each situation, which road is more smooth??  \"Option 1\": gravel, \"Option 2\" :asphalt",
-      "Output Program": [
-        "beach_ball_travels=17\nbeach_ball_travel_on_ashpahlt_road=11\nif beach_ball_travels<beach_ball_travel_on_ashpahlt_road:\n  print(\"Option 1\")\nelif beach_ball_travels>beach_ball_travel_on_ashpahlt_road:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "The car had a weight of 4009 pounds and the full dump truck had a weight of 56000 pounds. Therefore, the car accelerated?  \"Option 1\": faster, \"Option 2\" :slower",
-      "Output Program": [
-        "car_weight=4009\ntruck_weight=56000\nif car_weight<truck_weight:\n  print(\"Option 1\")\nelif car_weight>truck_weight:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "A cherry rolling down a slope can roll a distance of 43 cm and the one rolling on flat ground can roll 12 cm. The cherry will heat up less on?  \"Option 1\": slope, \"Option 2\" :flat ground",
-      "Output Program": [
-        "cherry_roling_on_down_slope=43\ncherry_roling_flat_ground=12\nif cherry_roling_on_down_slope>cherry_roling_flat_ground:\n  print(\"Option 1\")\nelif cherry_roling_on_down_slope<cherry_roling_flat_ground:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "Taylor pushes her shopping cart over a tile floor then over a door mat. The shopping cart moves at a speed of 18 m/s over the door mat and at a speed of 3000 cm/s on the tile floor as a result of there being more friction on the?  \"Option 1\": door mat, \"Option 2\" :tile floor.",
-      "Output Program": [
-        "shoppin_cart_speed=1800\ndoor_mat_speed=3000\nif shoppin_cart_speed>door_mat_speed:\n  print(\"Option 1\")\nelif shoppin_cart_speed<door_mat_speed:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "Two robins were flying south at the same velocity. The male robin stopped to rest on a tree after 4 hours and the female kept going and didn't stop to rest for another 38 more mins. Which robin covered more distance??  \"Option 1\": the male, \"Option 2\" :the female",
-      "Output Program": [
-        "robin_rest_on_tree_after=240\nfemale_ept_going=38\nif robin_rest_on_tree_after<female_ept_going:\n  print(\"Option 1\")\nelif robin_rest_on_tree_after>female_ept_going:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "A business card is around double as thick as a cardboard sheet of thickness 1.4 inches. This means that the _____ is less strong?  \"Option 1\": business card, \"Option 2\" :cardboard sheet",
-      "Output Program": [
-        "business_card_thic=1.4\ncardbord_sheet_thickness=2.8\nif business_card_thic>cardbord_sheet_thickness:\n  print(\"Option 1\")\nelif business_card_thic<cardbord_sheet_thickness:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "A trolley experiences friction force of 17 N when cruising along new tracks and friction force of 12 Mega N when trundling along rusted tracks. This means the trolley can go a greater distance on the?  \"Option 1\": rusted tracks, \"Option 2\" :new tracks",
-      "Output Program": [
-        "trolley_on_new_track=17\nrusted_truck=12000000\nif trolley_on_new_track>rusted_truck:\n  print(\"Option 1\")\nelif trolley_on_new_track<rusted_truck:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "A traveler wants to go between cities in Japan. She does some research and sees that a bullet train can cover 29 kms in an hour and a car can cover 10 kms in an hour. If she wants to spend less time in her trip from city to city, which should she choose??  \"Option 1\": bullet train, \"Option 2\" :car.",
-      "Output Program": [
-        "bullet_tarin_cover=29\ncar_cover=10\nif bullet_tarin_cover>car_cover:\n  print(\"Option 1\")\nelif bullet_tarin_cover<car_cover:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "John noticed that his train moved at a speed of 10 kph on pavement and at 60 kph when placed on some train tracks. The train generated more heat on?  \"Option 1\": tracks, \"Option 2\" :pavement",
-      "Output Program": [
-        "train_speed_onpavment=10\ntrain_speed_on_train_tracks=60\nif train_speed_onpavment>train_speed_on_train_tracks:\n  print(\"Option 1\")\nelif train_speed_onpavment<train_speed_on_train_tracks:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "If Jimbo is 14 feet away from a beetle and 19 inches away from a grasshopper, which insect will seem bigger to him??  \"Option 1\": beetle, \"Option 2\" :grasshopper",
-      "Output Program": [
-        "jimbo_aay_from_beetle=14\njimbo_away_from_grasshopper=19\nif jimbo_aay_from_beetle>jimbo_away_from_grasshopper:\n  print(\"Option 1\")\nelif jimbo_aay_from_beetle<jimbo_away_from_grasshopper:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "A boxer dog can run at a speed of 53 mph in a swept yard, and 57 mph in a rocky yard. This means the _____ is more rough?  \"Option 1\": rocky yard, \"Option 2\" :swept yard",
-      "Output Program": [
-        "boxer_dog_speed_on_swept_yard=53\nboxer_speed_on_rocky_yard=57\nif boxer_dog_speed_on_swept_yard>boxer_speed_on_rocky_yard:\n  print(\"Option 1\")\nelif boxer_dog_speed_on_swept_yard<boxer_speed_on_rocky_yard:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "The car had a weight of 44567 pounds and the full dump truck had a weight of 6639 pounds. Therefore, the car accelerated?  \"Option 1\": faster, \"Option 2\" :slower",
-      "Output Program": [
-        "car_weight=44567\ndump_truck_weight=6639\nif car_weight<dump_truck_weight:\n  print(\"Option 1\")\nelif car_weight>dump_truck_weight:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "Elliot weighs 200 pounds whereas Leon weighs 170 pounds. Who has a bigger gravity pull??  \"Option 1\": Elliot, \"Option 2\" :Leon",
-      "Output Program": [
-        "Elliot_weighs=200\nleon_weighs=170\nif Elliot_weighs>leon_weighs:\n  print(\"Option 1\")\nelif Elliot_weighs<leon_weighs:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "The custom tractor trailer of size 8 feet x 5.4 feet x 2 feet, belched smoke as it waited at the stoplight next to an Italian model sports car having dimensions 18 feet  x 8 feet x 6 feet. When the stoplight finally turned green, which vehicle would likely take off more speedily??  \"Option 1\": The tractor trailer would, \"Option 2\" :The sports car would",
-      "Output Program": [
-        "custome_tractor_trailer=15.4\nsports_car=32\nif custome_tractor_trailer<sports_car:\n  print(\"Option 1\")\nelif custome_tractor_trailer>sports_car:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "The car had a weight of 26780 pounds and the full dump truck had a weight of 1800 kgs. Therefore, the car accelerated?  \"Option 1\": faster, \"Option 2\" :slower",
-      "Output Program": [
-        "car_weight=59039\ndump_truck_weight=1800\nif car_weight<dump_truck_weight:\n  print(\"Option 1\")\nelif car_weight>dump_truck_weight:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "Janna was playing with her softball and her bowling ball. She noted that the bowling ball had a mass of 12 ounces and her softball weighed 4 ounces . Which ball had stronger gravity??  \"Option 1\": softballl, \"Option 2\" :bowling ball",
-      "Output Program": [
-        "bowling_bal_mass=12\nsoft_ball_mass=4\nif bowling_bal_mass<soft_ball_mass:\n  print(\"Option 1\")\nelif bowling_bal_mass>soft_ball_mass:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "Sliding a lunch bag across a shiny table makes it go a distance of 45 mm and sliding it across a matte table makes it go 9 mm. Which table will make the bottom of the bag stay cooler??  \"Option 1\": shiny table, \"Option 2\" :matte table",
-      "Output Program": [
-        "luch_bag_on_shiny_table=45\nluch_box_on_matte_table=9\nif luch_bag_on_shiny_table>luch_box_on_matte_table:\n  print(\"Option 1\")\nelif luch_bag_on_shiny_table<luch_box_on_matte_table:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "When the receipt slid across the sales counter it went a distance of 300 cm and 245 cm when it slid across the floor. This means the _____ was the smoother of the two surfaces?  \"Option 1\": sales counter, \"Option 2\" :floor",
-      "Output Program": [
-        "receipt_diatnce_sales_counter=300\nreceipt_distnce_slide_across_floor=245\nif receipt_diatnce_sales_counter>receipt_distnce_slide_across_floor:\n  print(\"Option 1\")\nelif receipt_diatnce_sales_counter<receipt_distnce_slide_across_floor:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "Janna was playing with her softball and her bowling ball. She noted that the bowling ball had a mass of 4 ounces and her softball weighed 2 ounces . Which ball had stronger gravity??  \"Option 1\": softballl, \"Option 2\" :bowling ball",
-      "Output Program": [
-        "bwoling_ball_mass=4\nsoft_ball_mass=2\nif bwoling_ball_mass<soft_ball_mass:\n  print(\"Option 1\")\nelif bwoling_ball_mass>soft_ball_mass:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "Tony has a beach ball that he loves to play with. He notices that the beach ball travels for 26.24 yards when he kicks it across the asphalt road and 13 meters when he kicks it across the gravel road. If he kicks it with the same force in each situation, which road is more smooth??  \"Option 1\": gravel, \"Option 2\" :asphalt",
-      "Output Program": [
-        "beach_ball_on_kicks_=23.993856\nbeach_ball_on_asphalt=13\nif beach_ball_on_kicks_<beach_ball_on_asphalt:\n  print(\"Option 1\")\nelif beach_ball_on_kicks_>beach_ball_on_asphalt:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "An apple is sitting 31 feet away from Harry, and a watermelon is sitting 115 feet away. Which item looks larger??  \"Option 1\": watermelon, \"Option 2\" :apple",
-      "Output Program": [
-        "apples_away_from_harry=31\nwatermelon_away_from_harry=115\nif apples_away_from_harry>watermelon_away_from_harry:\n  print(\"Option 1\")\nelif apples_away_from_harry<watermelon_away_from_harry:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "The car had a weight of 3270 pounds and the full dump truck had a weight of 38794 kgs. Therefore, the car accelerated?  \"Option 1\": faster, \"Option 2\" :slower",
-      "Output Program": [
-        "car_weight=3270\ndump_truck_weight=38794\nif car_weight<dump_truck_weight:\n  print(\"Option 1\")\nelif car_weight>dump_truck_weight:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "James is watching it rain one day. He notices that the rain travels over the driveway in 13 secs and the bumpy shingles of his house's roof in 28 secs, the driveway and the shingles are almost similar in size. Which surface is more smooth?  \"Option 1\": roof, \"Option 2\" :driveway.",
-      "Output Program": [
-        "rain_ondriveway=13\nrain_on_bumpy_shingles=28\nif rain_ondriveway>rain_on_bumpy_shingles:\n  print(\"Option 1\")\nelif rain_ondriveway<rain_on_bumpy_shingles:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "Taylor pushes her shopping cart over a tile floor then over a door mat. The shopping cart moves at a speed of 12 m/s over the door mat and at a speed of 19 m/s on the tile floor as a result of there being more friction on the?  \"Option 1\": door mat, \"Option 2\" :tile floor.",
-      "Output Program": [
-        "shopping_cart_speed=12\ndoormat_speed=19\nif shopping_cart_speed<doormat_speed:\n  print(\"Option 1\")\nelif shopping_cart_speed>doormat_speed:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "Howard needed a new bed frame.  He needed one that would hold a weight of 90000 g. Howard made sure that the frame was?  \"Option 1\": thick, \"Option 2\" :thin.",
-      "Output Program": [
-        "howard_needed_hold_weight=900000\nhoward_neededed_fram=0\nif howard_needed_hold_weight>howard_neededed_fram:\n  print(\"Option 1\")\nelif howard_needed_hold_weight<howard_neededed_fram:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "A car heats up in 2 hrs when driving on a dirt road, whereas it heats up in 100 mins driving on a paved road. The dirt road has?  \"Option 1\": less friction, \"Option 2\" :more friction.",
-      "Output Program": [
-        "car_heats_on_dirt_road=120\ncar_heats_on_paved_road=100\nif car_heats_on_dirt_road>car_heats_on_paved_road:\n  print(\"Option 1\")\nelif car_heats_on_dirt_road<car_heats_on_paved_road:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "A trolley experiences friction force of 28 N when cruising along new tracks and friction force of 312 N when trundling along rusted tracks. This means the trolley can go a greater distance on the?  \"Option 1\": rusted tracks, \"Option 2\" :new tracks",
-      "Output Program": [
-        "trolly_on_new_tracks=28\ntrolly_on_rusted_tracks=312\nif trolly_on_new_tracks>trolly_on_rusted_tracks:\n  print(\"Option 1\")\nelif trolly_on_new_tracks<trolly_on_rusted_tracks:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "The  tortoise has a speed of 14 m/s and the hare has a speed of 56 m/s, they decided to run from the school house to their home. Who do you think to longer to get home?  \"Option 1\": Tortoise, \"Option 2\" :Hare",
-      "Output Program": [
-        "tortoise_speed=14\nhare_speed=56\nif tortoise_speed<hare_speed:\n  print(\"Option 1\")\nelif tortoise_speed>hare_speed:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "A business card has a thickness of 1.2 cm and a cardboard sheet is of 1 inch thick. This means that the _____ is less strong?  \"Option 1\": business card, \"Option 2\" :cardboard sheet",
-      "Output Program": [
-        "business_card_thickness=1.2\ncardboard_sheet_thickness=2.54\nif business_card_thickness<cardboard_sheet_thickness:\n  print(\"Option 1\")\nelif business_card_thickness>cardboard_sheet_thickness:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "A worm and a caterpillar are crawling across a fallen tree trunk. The worm can travel at 17 cm/s whereas the caterpillar can travel at 45 cm/s. Which will take longer to get across the tree trunk??  \"Option 1\": worm, \"Option 2\" :caterpillar",
-      "Output Program": [
-        "wrom_travel=17\ncaterpillar_travel=45\nif wrom_travel<caterpillar_travel:\n  print(\"Option 1\")\nelif wrom_travel>caterpillar_travel:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 1"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "The bus driver drove at the speed of 32 miles per hour on the dirt road and 39 km per hour on the unpaved road, because the dirt road has?  \"Option 1\": more friction, \"Option 2\" :Less friction",
-      "Output Program": [
-        "bus_speed_on_dirt_speed=32\nbus_speed_on_unpaved_road=39\nif bus_speed_on_dirt_speed>bus_speed_on_unpaved_road:\n  print(\"Option 1\")\nelif bus_speed_on_dirt_speed<bus_speed_on_unpaved_road:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    },
-    {
-      "Input": "A cherry rolling down a slope can roll a distance of 56 m and the one rolling on flat ground can roll 4 m. The cherry will heat up more on?  \"Option 1\": slope, \"Option 2\" :flat ground",
-      "Output Program": [
-        "cherry_distnace_to_down_slope=56\ncherry_dstance_to_flat_gorund=4\nif cherry_distnace_to_down_slope<cherry_dstance_to_flat_gorund:\n  print(\"Option 1\")\nelif cherry_distnace_to_down_slope>cherry_dstance_to_flat_gorund:\n  print(\"Option 2\")\n\n"
-      ],
-      "Output Answer": [
-        "Option 2"
-      ],
-      "split": "test"
-    }
-  ],
-  "Metadata": []
-}
\ No newline at end of file