The fermi from allenai

Some logical inconsistency in the first example of the val_realfp.json ?

Really great work!
There seems to be a small logical inconsistency in the first example in the valid set of RealFP.
 [{"question": "If all but 1 million people on Earth died, how far (on average) would you have to walk to meet someone?", "program": "PROGRAM:=Q1: What is the land cover on earth?=Q2: What is the population alive after all of them have died?=Q3: What is the population density?=Q4: What is the relation between population density and distance between two people on Earth=A1: 501e+6 km**2=A2: 1e+6=A3: 1/2=Q2 -> A2 | F2=Q1 -> A1 | F1=Q3 -> Div (Q1, Q2)=Q4 -> A3 | F3=P: Pow(Q3, Q4)", "answer": "22.3 km", "context": "CONTEXT:=F1: The total land area on Earth is 501e+6 km square=F2: The population given is 1e+6=F3: Considering people to be in the midpoint of their areas (assuming to be squares), so they have to travel the length of their square to reach another person."}, {"question": "How much water would need to be evaporated to turn Arizona tropical?", "program": "PROGRAM:=Q1: How much water evaporates, causing a change in one degree temperature?=Q2: What is the temperature to be lowered?=Q3: What is the average temperature of Arizona?=Q4: What is the temperature of a tropical area?=A1: 1e-3 L=A2: 35=A3: 26=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Sub (Q3, Q4)=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "9e-3 L", "context": "CONTEXT:=F1: 1 mL heated with 4.1 J can change the temperature by 1 degree celsius.=F2: An average temperature of Arizona is 35 degree celsius=F3: The average temperature of a tropical area is 26 degree celsius."}, {"question": "If a gallon of paint is used to coat 400 ft2 of walls, how thick, cm, is the paint film?", "program": "PROGRAM:=Q1: What is the total volume of paint available to be painted on the wall?=Q2: What is the surface area of the wall?=Q3: How many cm is 1 feet?=Q4: What is the thickness of paint in feet?=A1: 0.13 ft**3=A2: 400 ft**2=A3: 30 cm*ft**-1=Q2 -> A2 | F2=Q1 -> A1 | F1=Q4 -> Div (Q1, Q2)=Q3 -> A3 | F3=P: Mul(Q3, Q4)", "answer": "0.01 cm", "context": "CONTEXT:=F1: The total volume of paint available to be painted on the wall is 0.13 cubic feet=F2: The total surface area of the wall is 400 sq. ft=F3: One foot is equal to 30 cm"}, {"question": "How much space would be required to fit 1 individual of each species of plants and animals?", "program": "PROGRAM:=Q1: What is the volume occupied by a single species of all the animals in the world?=Q2: What is the volume occupied by single species of all the plants in the world?=Q3: What is the volume of an average animal?=Q4: How many different species of animals present?=Q5: What is the volume of a single plant?=Q6: How many different species of plant present?=A1: 7200 cm**3=A2: 7.7e+6=A3: 1570 cm**3=A4: 391000=Q6 -> A4 | F4=Q5 -> A3 | F3=Q4 -> A2 | F2=Q3 -> A1 | F1=Q2 -> Mul ( Q5, Q6)=Q1 -> Mul (Q3, Q4)=P: Add (Q1, Q2)", "answer": "56053870000 cm**3", "context": "CONTEXT:=F1: Assuming the average volume of a single animal to be 7200 cc (90x40x2)=F2: The number of animal species in the world are 7.7e+6=F3: The average volume of a plant is 1570 cc (20cm height and 5cm radius)=F4: The number of plant species in the world are 391000"}, {"question": "How many canaries in the world are currently flying?", "program": "PROGRAM:=Q1: What is the total canary population?=Q2: Approximately, what percent of canaries are awake at the moment and are also flying (awake-flying, awake-not flying, not awake-not flying)=A1: 100000=A2: 0.33=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "33000", "context": "CONTEXT:=F1: The total canary population in the world is 100000=F2: Around 33 percent of canaries are flying right now."}, {"question": "How old are you if you are a million hours old?", "program": "PROGRAM:=Q1: How many days does a million hours equal to?=Q2: How many days are there in a year?=Q3: How many hours does a million hours equal to?=Q4: How many hours are there in a day?=A1: 365 days/year=A2: 24 hours/day=A3: 1000000 hours=Q3 -> A3 | F3=Q4 -> A2 | F2=Q1 -> Div(Q3, Q4)=Q2 -> A1 | F1=P: Div(Q1, Q2)", "answer": "114 years", "context": "CONTEXT:=F1: There are 365 days in a year.=F2: There are 24 hours in a day.=F3: There are a 1000000 hours in a million hours."}, {"question": "How many mice could pull the Maus tank?", "program": "PROGRAM:=Q1: What is the total mass of the Maus tank?=Q2: What is the average mass of a mouse?=A1: 170551 kg=A2: 0.02 kg=Q2 -> A2| F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "8527550", "context": "CONTEXT:=F1: The mass of a maus tank is 170551 kg=F2: The average mass of a mouse is 0.02 kg"}, {"question": "How many times does your heart beat per week?", "program": "PROGRAM:=Q3: How many times does our heart beat in a day?=Q4: How many hours are there in a day?=Q5: How many times does our heart beat in an hour?=Q6: How many minutes are there in an hour?=Q7: How many times does our heart beat in a minute?=Q8: How many days are there in a week?=A2: 7=A3: 24=A4: 60=A5: 80=Q7 -> A5 | F5=Q6 -> A4 | F4=Q5 -> Mul (Q6, Q7)=Q4 -> A3 | F3=Q3 -> Mul (Q4, Q5)=Q8 -> A2 | F2=P: Mul (Q8, Q3)", "answer": "806400", "context": "CONTEXT:=F2: There are 7 days in a week.=F3: There are 24 hours in a day.=F4: There are 60 minutes in an hour.=F5: A normal heart beats 80 times a minute."}, {"question": "What do you estimate the total weight of all the Covid-19 viruses in the world?", "program": "PROGRAM:=Q1: What is the mass of the corona virus in a patient's body?=Q2: How many people in total are down with Coronavirus right now?=A1: 50e-6 g=A2: 1.58e+6=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "79 g", "context": "CONTEXT:=F1: The mass of the corona virus in a patient's body is 50e-6 grams=F2: The total number of people associated with CoronaVirus right now are 1.58e+6"}, {"question": "How many people are airborne over Europe at any one moment?", "program": "PROGRAM:=Q1: How many people are arborne at any given time?=Q2: What fraction of Earth, does Europe constitute?=A1: 1270000=A2: 0.067=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "85090", "context": "CONTEXT:=F1: At any given time, 1270000 people are airborne.=F2: The fraction of Earth as Europe is 6.7 %"}, {"question": "What is the surface area of the skin of an average human?", "program": "PROGRAM:=Q1: What is the volume of an average human?=Q2: What is the height of an average human?=A1: 62000 cm**3=A2: 170 cm=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "365 cm**2", "context": "CONTEXT:=F1: The volume of an average human is 62000 cc=F2: The height of an average human is 170 cm"}, {"question": "What fraction of the earth's water is equal to the water in an adult male human?", "program": "PROGRAM:=Q1: What is total water present in an average human?=Q2: What is the total water present on earth?=A1: 3.7e-11 km**3=A2: 1.38e+9 km**3=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "2.60E-20", "context": "CONTEXT:=F1: The total water present in an average human is 3.7e-11 km**3=F2: The total water present on earth is 1.38e+9 km**3"}, {"question": "What is the volume of air that I breathe in one day?", "program": "PROGRAM:=Q1: How many minutes are there in a day?=Q2: How much air do humans inhale each minute?=Q3: How many hours are there in a day?=Q4: How many minutes make up an hour?=A1: 6 L*min**-1=A2: 24=A3: 60 min=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Mul (Q3, Q4)=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "8640 L", "context": "CONTEXT:=F1: An average human inhales 6 liters of air every minute=F2: There are 24 hours in a day.=F3: 60 minutes make up an hour."}, {"question": "How many people do we meet in our life?", "program": "PROGRAM:=Q1: What is the average life expectancy?=Q2: How many new people do we meet annually?=A1: 72=A2: 140=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "10080", "context": "CONTEXT:=F1: The average life expectancy is 72 years.=F2: On an average, we meet 140 new people every year."}, {"question": "What is the volume (cubic miles) of the earth?", "program": "PROGRAM:=Q1: What is the radius of the Earth?=Q2: What is the relations between radius and volume of a sphere?=Q3: What is the cube of the radius of earth?=A1: 4=A2: 3=A3: 4000 miles=Q1 -> A3 | F1=Q3 -> Pow (Q1, 3)=Q2 -> A1 | F2=P: Mul(Q2, Q3)", "answer": "256000000000 miles**3", "context": "CONTEXT:=F1: The radius of Earth is 4000 miles=F2: The volume of a sphere is 4 times the radius cube.=F3: The cube of the radius of earth is radius powered to 3"}, {"question": "What portion of all students in the city attends any given school?", "program": "PROGRAM:=Q1: What is the total number of students attending school in an average US city?=Q2: What is the total number of school aged kids in an average US city?=A1: 210843=A2: 242349=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "0.84", "context": "CONTEXT:=F1: The total number of students attending school in an average US city is 210843=F2: The total number of school aged kids in an average US city is 242349"}, {"question": "If all the pickles sold in the U.S. be arranged side by side, how long would it be?", "program": "PROGRAM:=Q1: What is the average length of a pickle?=Q2: How many pickles are sold in the US every year?=A1: 18 cm=A2: 245e+6=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "4.4e+9 cm", "context": "CONTEXT:=F1: The average length of a pickle is around 18 cm.=F2: Around 245e+6 pickles are sold in the US every year."}, {"question": "What is the weight of a golden egg?", "program": "PROGRAM:=Q1: What is the weight of a normal egg?=Q2: What is the ratio of densities of gold to the egg?=Q3: What is the density of gold?=Q4: What is the density of a normal egg?=A1: 60g=A2: 19.3g*cm**-3=A3: 1.03 g*cm**-3=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Div (Q3, Q4)=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "1124 grams", "context": "CONTEXT:=F1: The weight of a normal egg is 60 g=F2: The density of gold is 19.3g/cc=F3: The density of a normal egg is 1.03 g/cc"}, {"question": "How many sheets of paper, laid flat, will it take to reach the moon from the Earth?", "program": "PROGRAM:=Q1: What is the distance from earth to moon?=Q2: What is the thickness of a single sheet of paper?=A1: 384400 km=A2: 1e-7 km=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "3844000000000", "context": "CONTEXT:=F1: The distance from earth to moon is 384400 km=F2: The thickness of a single sheet of paper is 1e-7 km"}, {"question": "How much fish do humans consume per year?", "program": "PROGRAM:=Q1: What is the total human population?=Q2: What is the average fish consumption of a single person in a year?=A1: 7.2e+9=A2: 16.5 kg=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "1.18e+11 kg", "context": "CONTEXT:=F1: The total world population is 7.2e+9=F2: The average fish consumption of a single person is 16.5 kgs per year (according to a survey in 2005)"}, {"question": "How many rubber bands would it take to crush a human skull?", "program": "PROGRAM:=Q1: What is the force exerted to crush a human skull?=Q2: What is the average force exerted by releasing a rubber band?=A1: 2300 N=A2: 10 N=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "230", "context": "CONTEXT:=F1: The average force exerted while crushing a human skull is 2300 N=F2: The average force exerted by releasing a rubber band is 10 N"}, {"question": "What is the average depth (cm) of the earth's oceans?", "program": "PROGRAM:=Q1: What is the total volume of earth's oceans?=Q2: What is the surface area of earth's oceans?=A1: 300000000 miles**3=A2: 130434782 miles**2=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div(Q1, Q2)", "answer": "2.3 miles", "context": "CONTEXT:=F1: The total volume of earth's oceans is 300000000 cubic miles=F2: The average surface area in earth's oceans is 130434782 squaremiles"}, {"question": "How many drops of water are needed to fill an Olympic swimming pool?", "program": "PROGRAM:=Q1: What is the volume of an Olympic swimming pool?=Q2: What is the volume of a single drop of water?=A1: 2500 m**3=A2: 18e-10 m**3=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div(Q1, Q2)", "answer": "1.30E+12", "context": "CONTEXT:=F1: The volume of the swimming pool is 2500 cubic metre=F2: The volume of a single water drop is 18e-10 cubic metre"}, {"question": "What is the volume, in cubic meters of the fat contained in all the obese people in the US?", "program": "PROGRAM:=Q6: What is the density of fat in pounds per cubic meter?=Q5: Assume that the average American is 10% overweight. How many pounds of fat does the U.S. population carry?=Q1: What is the population of the US?=Q2: What is the fat contained by a single person if they're overweight?=Q3: What is the average weight of a person in the US?=Q4: What percent of fat does an average person in the US have?=A1: 320000000=A2: 198 pounds=A3: 0.1=A4: 2020 pounds*m**-3=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Mul(Q3, Q4)=Q1 -> A1 | F1=Q5 -> Mul (Q1, Q2)=Q6 -> A4 | F4=P: Div (Q5, Q6)", "answer": "3136634 m**3", "context": "CONTEXT:=F1: The population of US 320000000=F2: The average weight of a person in the US is 90 kg=F3: An average US person has about 10 percent of his body weight as fat.=F4: The density of average body fat is 2020 pounds per cubic meter"}, {"question": "How much CO2 is currently stored inside of unopened containers of soda?", "program": "PROGRAM:=Q1: How much CO2 is in a can of soda?=Q2: How many soda cans are manufactured each day?=A1: 0.17 kg=A2: 1e+9=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "1.7e+8 kg", "context": "CONTEXT:=F1: 170g of CO2 is there in a can of soda.=F2: Around 1e+9 cans are made every day."}, {"question": "How many times has Tiger Woods swung a golf club in his life?", "program": "PROGRAM:=Q1: How many matches had Tiger Woods played in his entire career?=Q2: What is the average number of times a golfer swings his golf club in a match and its preparation process?=Q3: How many times does an average golfer swing his golf club in a match?=Q4: What is the practice-match preparation ratio of Tiger Woods as a golfer?=A1: 368=A2: 15=A3: 10=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Mul (Q3, Q4)=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "55200", "context": "CONTEXT:=F1: Tiger Woods has played a total of=F2: An average golfer swings his club around 15 times in a match.=F3: The practice-match preparation of Tiger Woods is 25"}, {"question": "What is the total number of spears and swords surviving today from medieval times?", "program": "PROGRAM:=Q1: How many spheres and swords were there in medieval times?=Q2: What percent of the ancient weapons are still existing currently?=A1: 100000=A2: 0.2=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "20000", "context": "CONTEXT:=F1: There were around a 100000 sphere and swords during the medieval times (assumption)=F2: Around 20% of the ancient weapons have been preserved and are still existing right now."}, {"question": "How many Gluesticks Fit in a Horse?", "program": "PROGRAM:=Q1: What is the volume of a horse?=Q2: What is the volume of a glue stick?=A1: 500000 cm**3=A2: 100 cm**3=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "5000", "context": "CONTEXT:=F1: The volume of a horse is 500000 cc=F2: The volume of glue stick is 100 cc"}, {"question": "What is the total carcass weight of roadkill in USA each year?", "program": "PROGRAM:=Q1: What is the carcass weight of animals killed in roadkill in a year?=Q2: What is the carcass weight of humans killed in roadkill in a year?=Q3: How many humans die due to roadkill every year?=Q4: What is the average mass of a human?=Q5: What is the number of animals that die every year due to roadkill?=Q6: What is the average mass of an animal?=A1: 38000=A2: 62 kg=A3: 253000=A4: 15 kg=Q6 -> A4 | F4=Q5 -> A3 | F3=Q2 -> Mul (Q5, Q6)=Q4 -> A2 | F2=Q3 -> A1 | F1=Q1 -> Mul (Q3, Q4)=P: Add (Q1, Q2)", "answer": "6151000 kg", "context": "CONTEXT:=F1: The number of humans who die in roadkill every year in the USA are 38000.=F2: The average mass of a human is 62 kg.=F3: The average number of animals that die every year due to roadkill in USA is 253000.=F4: The average mass of an animal is 15 kg."}, {"question": "How many kilometers would the Earth have travelled during the time elapsed between two full moons?", "program": "PROGRAM:=Q1: What is the speed at which Earth moves?=Q2: What is the duration between two full moons?=Q3: What is the time interval between two full moons?=Q4: How many hours do we have in a day?=A1: 1656 km*hour**-1=A2: 30=A3: 24 hour=Q4 -> A3| F3=Q3 -> A2| F2=Q2 -> Mul (Q3, Q4)=Q1 -> A1| F1=P: Mul (Q1, Q2)", "answer": "1192320 km", "context": "CONTEXT:=F1: The speed at which Earth moves is 1656 kmph=F2: The time interval between two full moons is 30 days=F3: There are 24 hours in a single day."}, {"question": "How many nerd ropes would it take to go around the Earth?", "program": "PROGRAM:=Q1: What is the circumference of the Earth?=Q2: What is the length of a nerd rope?=A1: 1577756575 in=A2: 12 in=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "131479714", "context": "CONTEXT:=F1: The circumference of the Earth is 1577756575 inches=F2: The length of a nerd rope is 12 inches"}, {"question": "How many golf balls could you fit in a 5 gallon water cooler jug?", "program": "PROGRAM:=Q1: What is the volume of the water cooler jug given?=Q2: What is the volume of a single golf ball?=A1: 5 gal=A2: 0.01 gal=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "500", "context": "CONTEXT:=F1: The volume of the water cooler jug given is 5 gallon.=F2: The volume of a single golf ball is 0.01 gallon"}, {"question": "How many cells are needed to visible to a person?", "program": "PROGRAM:=Q1: What is the minimum size of an object that falls under the visible range of a human?=Q2: What is the normal size of a cell?=A1: 1e-4 m=A2: 1e-6 m=Q2 -> A2| F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "100", "context": "CONTEXT:=F1: The minimum size visible to a human is 1e-4 m=F2: The normal size of a cell is 1e-6 m"}, {"question": "How much does it cost to leave a light on for an entire year?", "program": "PROGRAM:=Q1: How much does it cost to power a light for a day?=Q2: How many days are there in a year?=A1: 0.005=A2: 365=Q1 -> A1 | F1=Q2 -> A2 | F2=P: Mul (Q1, Q2)", "answer": "$1.83", "context": "CONTEXT:=F1: The cost to power a light for a day is 0.005 USD=F2: There are 365 days in a year."}, {"question": "How many model rockets would it take to propel a 140 lb human?", "program": "PROGRAM:=Q1: What is the weight of a person, a model rocket (drone) can handle on an average?=Q2: What is the weight of the person given?=A1: 40 lbs=A2: 140 lbs=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q2, Q1)", "answer": "4", "context": "CONTEXT:=F1: An average model rocket (drone), can carry 40 lbs.=F2: The weight of the person is 140 lb"}, {"question": "The Ontario government decides that winter is too depressing and that what is really needed is to turn all of Lake Ontario into one giant mug of hot chocolate. Find the number of packets of hot chocolate powder required to make this much hot chocolate.", "program": "PROGRAM:=Q1: What is the volume of Lake Ontario?=Q2: How many packets does it take to make a hot chocolate of 1 cc?=A1: 1.64e+6=A2: 4000=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul(Q1, Q2)", "answer": "6.56E+09", "context": "CONTEXT:=F1: The volume of Lake Ontario is 1.64e+6 m**3=F2: It takes 4000 packets to make a hot chocolate of 1 meter cube"}, {"question": "How much tire rubber, in lbs, is shed by normal wear and tear of car tires in the USA each year?", "program": "PROGRAM:=Q1: What is the collective drop in weight of tyres of a car in a month?=Q2: How many months are there in a year?=A1: 0.22 lbs=A2: 12=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "2.64 lbs", "context": "CONTEXT:=F1: The collective drop in weight of a car in a month is 0.22 lbs=F2: There are 12 months in a year."}, {"question": "What is the total length of waterslides in the United States?", "program": "PROGRAM:=Q1: Approximately, how many waterslides are there in the US?=Q2: What is the length of an average waterslide?=A1: 2350=A2: 650 ft=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "1527500 ft", "context": "CONTEXT:=F1: There are around 2350 water slides in the US=F2: The length of an average waterslide is 650 ft"}, {"question": "In a typical cup of brewed tea with no milk, sugar and with leaves strained or tea bag taken out what would be the ratio of the volume of water to tea (excluding plant matter?)", "program": "PROGRAM:=Q1: What is the mass of the tea powder in a glass of 200g?=Q2: What is the mass of water in a glass of 200g?=A1: 7 g=A2: 193 g=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q2, Q1)", "answer": "27.5", "context": "CONTEXT:=F1: The mass of the tea powder in a glass of 200g is 7g.=F2: The mass of water in a glass of 200g is 193g."}, {"question": "What is the total number of shots taken in one NBA season, including the tournament?", "program": "PROGRAM:=Q1: How many games are played each season in an NBA game?=Q2: How many shots are attempted in a single NBA game?=A1: 82=A2: 100=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "8200", "context": "CONTEXT:=F1: 82 games are played each season in an NBA game=F2: An average of 100 shots are attempted per game."}, {"question": "What is the average number of bricks used to build a building?", "program": "PROGRAM:=Q1: What is the square wall footage of an average house?=Q2: What is the surface area of a single brick?=Q3: What is the perimeter of an average house?=Q4: What is the height of ceiling in the house?=A1: 0.014 meters**2=A2: 4.13 meters=A3: 2.4 meters=Q4 -> A3 | F3=Q3 -> A2 | F2=Q1 -> Mul (Q3, Q4)=Q2 -> A1 | F1=P: Div (Q1, Q2)", "answer": "708", "context": "CONTEXT:=F1: The average surface area of a single brick is 0.014 metre square.=F2: The perimeter of an average house is 4.13 metre square=F3: The ceiling height on an average house is 2.4 metres"}, {"question": "How many sheets of paper could be stacked from the floor to the ceiling?", "program": "PROGRAM:=Q1: What is the average height of a ceiling in a room?=Q2: What is the thickness of a single sheet of paper?=A1: 108.2 in=A2: 0.003 in=Q2 -> A2|F2=Q1 -> A1|F1=P: Div(Q1, Q2)", "answer": "36,066", "context": "CONTEXT:=F1: The average ceiling height in a room is 108.2 inches=F2: The thickness of a single sheet of paper is 0.003 inches"}, {"question": "How many metres of spaghetti would be needed if all of the children in a school had spaghetti bolognese for lunch?", "program": "PROGRAM:=Q1: How meters of spaghetti is there in a single meal on an average=Q2: How many children are there in the school?=Q3: How many noodle threads are in a single bowl of spaghetti?=Q4: What is the average length of noodle thread after cooking?=A1: 516=A2: 200=A3: 0.4 m=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Mul (Q3, Q4)=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "41280 m", "context": "CONTEXT:=F1: There are 516 students in the school.=F2: There are approximately 200 noodle threads in a single bowl of spaghetti.=F3: The average length of a noodle thread after cooking is 0.4 m"}, {"question": "How many pennies are in a typical jar?", "program": "PROGRAM:=Q1: What is the average volume of a jar?=Q2: What is the average volume of a penny?=A1: 0.05 cm**3=A2: 0.00036 cm**3=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "138", "context": "CONTEXT:=F1: The average volume of a jar is 0.05 cubic metre=F2: The average volume of a penny is 0.00036 cubic metre"}, {"question": "What is the limit of solid planet size?", "program": "PROGRAM:=Q1: What is the size of jupiter?=Q2: What is the limit of a planet size?=A1: 1.4e+15 km**3=A2: 10=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "1.4e+16 km**3", "context": "CONTEXT:=F1: The size of Jupiter is 1.4e+15 km cube.=F2: The limit of a planet size is 10x that of jupiter."}, {"question": "How many trees does one need to grow in their backyard to balance the carbon footprint caused by the average usage of an Air Conditioner?", "program": "PROGRAM:=Q1: What is the carbon footprint caused by an AC over a year?=Q2: How many trees are to be planted for 1 ton of CO2?=A1: 1.368=A2: 6=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "8", "context": "CONTEXT:=F1: The carbon footprint of an AC in a year is 1.368 tons=F2: 6 trees are to be planted for 1 ton of CO2."}, {"question": "How many grains of sand are there on the beaches surrounding Lake Michigan?", "program": "PROGRAM:=Q1: How many beaches are surrounding Lake Michigan?=Q2: What is the total amount of sand present in a single beach?=Q3: What is the total area of an average beach surrounding Lake Michigan?=Q4: How many grains of sand are present in a sq. ft area?=A1: 15=A2: 1500 m**2=A3: 100000000 m**-2=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Mul (Q3, Q4)=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "2250000000000", "context": "CONTEXT:=F1: There are 15 beaches surrounding Lake Michigan=F2: The average area of a beach is 15000 metre square=F3: There is an average of 100000000 grains of sand per meter square"}, {"question": "How many books are sold in the United States?", "program": "PROGRAM:=Q1: What is the population of the US?=Q2: How many books does an average US citizen buy each year?=A1: 348200000=A2: 12=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "4178400000", "context": "CONTEXT:=F1: The population of US is 348200000=F2: An average American, buys 12 books each year."}, {"question": "How much paper is used at our school each week?", "program": "PROGRAM:=Q1: How many days are there in a week?=Q2: What is the total paper consumption in the school in a day?=Q3: How many students does a school have in total?=Q4: How many pages does a single student use in a day?=A1: 7=A2: 516=A3: 40=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Mul (Q3, Q4)=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "144480", "context": "CONTEXT:=F1: There are 7 days in a week.=F2: There are 516 students in a school.=F3: An average student uses 40 pages per day"}, {"question": "How much does it cost to fly drones over the planet to provide internet to the entire planet?", "program": "PROGRAM:=Q1: How much does it cost to fly the drone for a sq.km?=Q2: What is the total area of habitable land in the world?=A1: $100 km**-2=A2: 6070285 km**2=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q2, Q1)", "answer": "$607028500", "context": "CONTEXT:=F1: It costs about 100 USD to fly the drone for a sq.km.=F2: The total habitable land in the world is 6070285 km"}, {"question": "How much farmed land does one need to survive?", "program": "PROGRAM:=Q1: How much food is produced in farm land every year?=Q2: What is the food consumption of an average person every year?=A1: 52000 pounds=A2: 1996 pounds=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q2, Q1)", "answer": "0.038", "context": "CONTEXT:=F1: An average farm produces around 52000 pounds of food each year.=F2: An average person's annual consumption of food is 1996 pounds"}, {"question": "How far, in km, does light travel during the time between two full moons?", "program": "PROGRAM:=Q1: What is the speed of light in km/h=Q2: What is the duration between two full moons?=Q3: What is the time interval between two full moons?=Q4: How many hours do we have in a day?=A1: 1.079e+9 km*hour**-1=A2: 30=A3: 24 hours=Q4 -> A3| F3=Q3 -> A2| F2=Q2 -> Mul (Q3, Q4)=Q1 -> A1| F1=P: Mul (Q1, Q2)", "answer": "8e+11 km", "context": "CONTEXT:=F1: The speed of light in kmph is 1.079e+9 kmph=F2: The time interval between two full moons is 30 days=F3: There are 24 hours in a single day."}, {"question": "How long would it take to count to one million?", "program": "PROGRAM:=Q1: How many hours does it take to count to a million?=Q2: How many hours are there in a day?=Q3: How many minutes are there in an hour?=Q4: How many minutes does it take to count to a million?=Q5: How many seconds does it take to count to a million?=Q6: How many numbers are there in a million=Q7: What is the average time taken to count a number?=Q8: How many seconds are there in a minute?=A1: 24 hour/day=A2: 60 minute/hour=A3: 60 second/minute=A4: 1000000=A5: 1 second=Q7 -> A5 | F5=Q6 -> A4 | F4=Q5 -> Mul (Q6, Q7)=Q8 -> A3 | F3=Q4 -> Div (Q5, Q8)=Q3 -> A2 | F2=Q1 -> Div(Q4,Q3)=Q2 -> A1 | F1=P: Div(Q1, Q2)", "answer": "11.5 days", "context": "CONTEXT:=F1: There are 24 hours in a day.=F2: There are 60 minutes in an hour.=F3: There are 60 seconds in a minute.=F4: There are 1000000 numbers in a million=F5: It takes around 1 second to count a number"}, {"question": "How many sheets of paper would we need to stack to reach your height?", "program": "PROGRAM:=Q1: What is your height?=Q2: What is the average thickness of a sheet of paper?=A1: 1.73 m=A2: 0.00008 m=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "21625", "context": "CONTEXT:=F1: The height is 1.73 m=F2: The average thickness of a sheet of paper is 0.00008 m"}, {"question": "How many hours will you sleep in a lifetime?", "program": "PROGRAM:=Q1: What is the average life expectancy?=Q2: What is the average number of hours a person sleeps every year?=Q3: What is the average number of hours a person sleeps every day?=Q4: How many days are there in a year?=A1: 72 year=A2: 8 hour=A3: 365 year ** -1=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Mul (Q3, Q4)=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "210240 hours", "context": "CONTEXT:=F1: The average life expectancy is 72 years=F2: The average sleep quantity of a person is 8 hours=F3: There are 365 days in a year."}, {"question": "One suggestion for putting satellites into orbit cheaply without using rockets is to build a tower 300 km high containing an elevator. One would put the payload in the elevator, lift it to the top, and just step out into orbit. Ignoring other problems (such as structural strain on the tower), estimate the weight of such a tower if its base were the size of Washington DC and it were made of steel.", "program": "PROGRAM:=Q1: What is the total volume of the tower?=Q2: What is the density of steel?=Q3: What is the surface area of Washington DC?=Q4: What is the height of the tower?=A1: 8e+9 kg/km**3=A2: 177 km**2=A3: 300 km=Q4 -> A3 | F3=Q3 -> A2 | F2=Q1 -> Mul (Q3, Q4)=Q2 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "4.2e+14 kg", "context": "CONTEXT:=F1: The density of steel is 8e+9 kg/km**3=F2: The size of Washington DC is 177 km**2=F3: The height of the tower is 300 km"}, {"question": "If a 6 foot diameter pipe were built to contain all the ocean water, how many miles long would the pipe have to be?", "program": "PROGRAM:=Q1: What is the total volume of water in the oceans?=Q2: What is the surface area of the pipe?=Q3: What is the diameter of the pipe?=Q4: What is the relationship between diameter and surface area of the pipe?=Q5: What is the square of the diameter?=A1: 321000000 miles**3=A2: 0.001 miles=A3: 0.75=Q3 -> A2 | F2=Q5 -> Pow (Q3, 2)=Q4 -> A3 | F3=Q2 -> Mul (Q5, Q4)=Q1 -> A1 | F1=P: Div(Q1, Q2)", "answer": "428000000000000 miles", "context": "CONTEXT:=F1: The total volume of water in the oceans is 321000000 cubic miles=F2: The diameter of the pipe is 0.001 miles=F3: The surface area of the pipe is 0.75 times the diameter square."}, {"question": "What fraction of volume does one water molecule occupy in a cup of water?", "program": "PROGRAM:=Q1: What is the volume of one molecule of water?=Q2: What is the volume of a cup of water?=A1: 3e-23 cm**3=A2: 250 cm**3=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div(Q1, Q2)", "answer": "1.20E-25", "context": "CONTEXT:=F1: The volume of one molecule of water is 3e-23 cc=F2: The volume of cup of water is 250 cc"}, {"question": "How many bricks are there the whole school?", "program": "PROGRAM:=Q4: How many walls are there in a school?=Q3: How many bricks are there in one wall of the classroom?=Q1: What is the surface total area of a wall?=Q2: What is the surface area of a single brick?=A1: 400=A2: 4=A3: 56=Q2 -> A2 | F2=Q1 -> A1 | F1=Q3 -> Div (Q1, Q2)=Q4 -> A3 | F3=P: Mul (Q3, Q4)", "answer": "5600", "context": "CONTEXT:=F1: The surface area of the wall is 400 sq. feet=F2: The surface area of a brick is 4 sq. feet=F3: Given that we have square shaped rooms and a total of 20 classes, all on the same floor, implies that we have 56 walls."}, {"question": "What is the total mass, kg, of the oceans?", "program": "PROGRAM:=Q1: What is the density of a water molecule?=Q2: What is the total volume of water present in the oceans?=A1: 4.156e+12 kg*mile**-3=A2: 320000000 mile**3=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul(Q1, Q2)", "answer": "133e+19 kg", "context": "CONTEXT:=F1: The density of a single water molecule is 4.156e+12 kg/cubic mile=F2: The total volume of water molecules is 32000000 cubic miles"}, {"question": "How many molecules are in a TiO2 pigment particle?", "program": "PROGRAM:=Q1: What is the volume occupied by a single TiO2 pigment?=Q2: What is the volume occupied by a single molecule?=A1: 0.000001 m**3=A2: 3e-23 m**3=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div(Q1, Q2)", "answer": "3.00E+16", "context": "CONTEXT:=F1: The volume occupied by a single TiO2 pigment is 0.000001 metre cube=F2: The volume occupied by a single molecule is 3e-23 metre cube"}, {"question": "If you took the thread from all the uniform shirts of the Notre Dame football team and laid them end-to-end, how many times could you wind it around the football stadium at Notre Dame?", "program": "PROGRAM:=Q1: What is the perimeter of Notre-Dame?=Q2: What is the total length of the thread from the team's jersey?=Q3: How many players are there in the team?=Q4: How much thread goes into making one single football t shirt?=A1: 0.8 km=A2: 11=A3: 0.1 km=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Mul (Q3, Q4)=Q1 -> A1 | F1=P: Div (Q2, Q1)", "answer": "1.375", "context": "CONTEXT:=F1: The perimeter of Notre Dame stadium is 0.8 km=F2: There are a total of 11 players in the team.=F3: Roughly, around 100 metres of thread goes into making a t shirt for football"}, {"question": "If you played your favorite song continuously for a whole year, how many times would it play?", "program": "PROGRAM:=Q1: What is the duration of your favorite song?=Q2: What is the duration of a year in minutes?=Q3: How many minutes are there in a day?=Q4: How many days are there in a year?=A1: 3=A2: 365=A3: 1440=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Mul (Q3, Q4)=Q1 -> A1 | F1=P: Div (Q2, Q1)", "answer": "175200", "context": "CONTEXT:=F1: The duration of my favorite song is 3 minutes.=F2: There are 365 days in a year.=F3: There are 1440 minutes in a day."}, {"question": "What is the density, g/cc, of the gold atom nucleus?", "program": "PROGRAM:=Q1: What is the number of atoms present inside's gold's nucleus?=Q2: What is the density of the gold atom?=A1: 197=A2: 19.32 g*cm**-3=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "3806 g*cm**-3", "context": "CONTEXT:=F1: The number of atoms present in gold's nucleus is 197=F2: The density of gold atom is 19.32 g/cc"}, {"question": "If all the water vapour and clouds in the atmosphere precipitated or condensed in one place, how large of a body of water would it form?", "program": "PROGRAM:=Q1: How many significantly big clouds are there in the sky?=Q2: What is the water content in these significantly big clouds?=A1: 1000=A2: 1.92e+5 km**3=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "1.92e+8 km**3", "context": "CONTEXT:=F1: There are around 1000 significantly big clouds in the sky.=F2: Each significantly big cloud, contains about 192000 km**3 of water in it."}, {"question": "If our skin was made of the same material as plant leaves and we walked around all day naked at the equator, how many calories would we gain?", "program": "PROGRAM:=Q1: How many calories are lost walking around equator all day, naked?=Q2: What is the ratio of the rate of perspiration of leaves to that of skin?=Q3: What is the rate of perspiration of leaves?=Q4: What is the rate of perspiration of skin?=A1: 2200 calories=A2: 1.8L*hours**-1=A3: 1.5 L*hours**-1=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Div (Q3, Q4)=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "2640 cal", "context": "CONTEXT:=F1: We gain around 2200 cal walking around equator all day, naked.=F2: The rate of perspiration of leaves is 1.8 L/hour=F3: The rate of perspiration of skin is 1.5 L/hour"}, {"question": "How many particles of flour are in a gram?", "program": "PROGRAM:=Q1: What is the weight in grams that is being referenced?=Q2: What is the weight of one particle of flour?=A1: 1 g=A2: 0.0001 g=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "10000", "context": "CONTEXT:=F1: The weight in grams that is being referenced is 1.=F2: The mass of a single particle of flour is 0.0001 g (assumption, since no related data was available.)"}, {"question": "How many golf balls put into the worlds oceans would it take to submerge all of the land on earth from the displaced water?", "program": "PROGRAM:=Q1: What is the volume of the oceans?=Q2: What is the volume of a golf ball?=A1: 1.3e+9 km**3=A2: 4e-5 km**3=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "3.20E+13", "context": "CONTEXT:=F1: The volume of the oceans is 1.3e+9 km**3=F2: The volume of a golf ball is 4e-5 km**3"}, {"question": "How many people would it take to surround our school if they held hands?", "program": "PROGRAM:=Q1: What is the perimeter of the school?=Q2: What is the length between both hands when holding two different people on both sides?=A1: 300m=A2: 0.6m=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div(Q1, Q2)", "answer": "500", "context": "CONTEXT:=F1: The perimeter of a school is 300m=F2: The average length between both hands when holding two different people on both sides is 0.6m"}, {"question": "If there were no traffic, how quickly could a race car travel from Washington D.C. to Los Angeles?", "program": "PROGRAM:=Q1: What is the distance between Washington DC and Los Angeles?=Q2: What is the average speed of a race car?=A1: 2668 miles=A2: 200 miles/hour=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "11.6 hours", "context": "CONTEXT:=F1: The distance between Washington DC and Los Angeles is 2668 miles=F2: The average speed at which a bee flies is 15 miles per hour"}, {"question": "How many post its would it take to completely cover a cessna 172?", "program": "PROGRAM:=Q1: What is the volume of a single Cessna 172?=Q2: What is the volume of a single post-it sheet?=A1: 248 m**3=A2: 0.007 m**3=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "35428", "context": "CONTEXT:=F1: The volume of a single Cessna 172 is 248 cubic metre=F2: The volume of a single post-it sheet is 0.007 cubic metre"}, {"question": "What is the density, g/cc, of the Sun?", "program": "PROGRAM:=Q1: What is the mass of the sun?=Q2: What is the volume of the sun?=A1: 2e+33 g=A2: 1.4e+24 cm**3=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div(Q1, Q2)", "answer": "1.42e+9 g*cm**-3", "context": "CONTEXT:=F1: The mass of sun is 2e+33 gm=F2: The density of sun is 1.4e+24 cc"}, {"question": "How many hours from one full moon to the next?", "program": "PROGRAM:=Q1: What is the time interval between two successive full moons?=Q2: What is the number of hours in a day?=A1: 30=A2: 24 hours=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "720 hours", "context": "CONTEXT:=F1: The time interval between two full moons is 30 days=F2: There are 24 hours in a day."}, {"question": "What percentage of plants are used for drugs?", "program": "PROGRAM:=Q1: How many medicinal plants are there in the world?=Q2: How many total plants are there in the world?=Q3: What is the fraction of plants that are medicinal?=A1: 50000=A2: 390900=Q2 -> A2 | F2=Q1 -> A1 | F1=Q3 -> Div (Q1, Q2)=P: Mul (Q3, 100)", "answer": "12.7 %", "context": "CONTEXT:=F1: The total medicinal plants in the world are 50000=F2: The total number of plants in the world are 390900."}, {"question": "How many songs contain the lyrics \"baby\"?", "program": "PROGRAM:=Q1: How many songs have been released until now?=Q2: What percent of songs contain the term - baby?=A1: 150e+6=A2: 0.0017=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "255000", "context": "CONTEXT:=F1: A total of 150e+6 songs have been released till now.=F2: Around 0.17% of songs contain the term baby?"}, {"question": "How many leaves are there in the world?", "program": "PROGRAM:=Q1: How many trees are there in the world?=Q2: What is the average number of leaves on a single tree?=A1: 3e+12=A2: 50000=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "1.50E+17", "context": "CONTEXT:=F1: The total number of trees in the world are 3e+12=F2: The average number of leaves on a single tree are 50000"}, {"question": "How many gallons of water move down the Mississippi River in one day?", "program": "PROGRAM:=Q1: What is the average flow rate of water?=Q2: What is the duration of a day in seconds?=A1: 1.6e+6 gallons*s**-1=A2: 86400 s=Q2 -> A2|F2=Q1 -> A1|F1=P: Mul(Q1, Q2)", "answer": "1.3e+11 gallons", "context": "CONTEXT:=F1: 1.6e6 gallons of water move down the Mississippi River per second.=F2: There are 86400 seconds in a day."}, {"question": "How many multi-link cubes would you need to fill a fridge?", "program": "PROGRAM:=Q1: What is the average volume of a fridge?=Q2: What is the average volume of a multi-link cube?=A1: 17.25 ft**3=A2: 0.000035 ft**3=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div(Q1, Q2)", "answer": "492857", "context": "CONTEXT:=F1: The average volume of a fridge is 17.25 cubic feet.=F2: The average volume of a multi-link cube is 0.000035 cubic feet."}, {"question": "How many RBCs equal one cc in volume?", "program": "PROGRAM:=Q1: What is the volume of a single red blood cell?=Q2: How many cubic centimeters is 1 cc=A1: 87e-12 cm**3=A2: 1 cm**3=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q2, Q1)", "answer": "11494252873", "context": "CONTEXT:=F1: The volume of a single red blood cell is 87e-12 cc=F2: 1 cubic centimeter makes up 1 cc"}, {"question": "If Donald Trump weighed as much as an average Clydesdale horse, but kept his current density and proportions, how tall would he be?", "program": "PROGRAM:=Q1: What is the relation between length and mass of a human being given it's surface area and density?=Q2: How many times is the new mass greater than the original mass?=Q3: What is the mass of Donald Trump?=Q4: What is the mass of an average Clydesdale horse?=A1: 190 cm=A2: 111 kg=A3: 850 kg=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Div (Q4, Q3)=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "1454 cm", "context": "CONTEXT:=F1: The length of a human and it's mass and linearly directly proportional to each other and the length of Donald Trump is 190 cm=F2: The mass of Donald Trump is 111 kg=F3: The mass of an average Clydesdale horse is 850 kg"}, {"question": "What would it cost to build a sailing frigate?", "program": "PROGRAM:=Q1: What is the total raw materials cost of a sailing frigate?=Q2: What is the manufacturing cost of a sailing frigate?=A1: $5e+6=A2: $10e+5=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Add (Q1, Q2)", "answer": "$6e+6", "context": "CONTEXT:=F1: The total raw materials cost to make a sailing frigate is 5e+6 USD (assumption)=F2: The total manufacturing cost to build a sailing frigate is 10e+5 USD (assumption)"}, {"question": "To prevent the loss of water due to evaporation from a lake, oil is spread to form a thin film. How much oil is needed for this purpose?", "program": "PROGRAM:=Q1: What is the surface area of the lake?=Q2: What is the thickness of the thin film?=A1: 708000 m**2=A2: 0.005 m=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "3540 m**3", "context": "CONTEXT:=F1: The surface area of a lake is 708000 metre square=F2: The thickness of the thin film is 0.005 metres"}, {"question": "How many square feet of toilet paper are in the school at any point of time?", "program": "PROGRAM:=Q1: What is the surface area of a toilet paper when spread out?=Q7: how many toilet paper rolls are there in a school?=Q8: How many toilet paper rolls are there in total when all the lavatories in the school are considered?=Q2: What is the number of lavatories in a school?=Q3: What is the backup stock quantity of toilet papers in the school?=Q4: How many toilet paper rolls are there in a single lavatory?=Q5: How many students in a school?=Q6: How many students can a lavatory service?=A1: 88 in**2=A2: 13=A3: 450=A4: 40=A5: 516=A6: 1=Q6 -> A4 | F2=Q5 -> A5 | F3=Q2 -> Div(Q5, Q6)=Q4 -> A6 | F6=Q8 -> Mul(Q2, Q4)=Q3 -> A3 | F4=Q7 -> Add(Q8, Q3)=Q1 -> A1 | F1=P: Mul(Q1, Q7)", "answer": "40774 in ** 2", "context": "CONTEXT:=F1: Surface area of toilet paper roll is 88 sq. in=F2: 1 lavatory for 40 students as per K-12 Toilet Requirement Summary by CDE.=F3: A typical US School has 516 students.=F4: There are an average of 450 toilet paper rolls as back-up stock in a school.=F6: Number of toilet paper rolls in a lavatory is 1."}, {"question": "If human skin could photosynthesise with the same efficiency as a leaf, would it produce enough energy for us to survive or would we still need to eat food?", "program": "PROGRAM:=Q1: How much energy is produced by a leaf through photosynthesis?=Q2: What is the ratio of surface area of the human body to a typical leaf?=Q3: What is the surface area of a human body?=Q4: What is the surface area of a leaf?=A1: 200 cal=A2: 0.85 m**2=A3: 0.0075 m**2=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Div (Q3, Q4)=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "22666 cal", "context": "CONTEXT:=F1: The energy produced by a leaf during photosynthesis daily is 200 cal.=F2: The surface area of a human body is 0.85 metre square (one side)=F3: The surface area of a leaf is 0.0075 metre square (one side)"}, {"question": "This winter, the East coast has been hit by a number of snow storms. How many hours does a person spend shoveling the walk way after a snow storm.", "program": "PROGRAM:=Q1: What is the volume of ice accumulated on the driveway after a typical snowstorm?=Q2: How long does it take to clear 1 metre cube of ice?=A1: 60 m**3=A2: 10 min/m**3=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "600 min", "context": "CONTEXT:=F1: The volume of ice accumulated on the driveway after a typical snowstorm is around 60 metre cube=F2: It takes around 10 minutes to clear out 1 metre cube of ice."}, {"question": "What fraction of the earth's volume is provided by the oceans?", "program": "PROGRAM:=Q1: What is the total volume of the earth?=Q2: What is the total volume of the ocean cover?=A1: 259875159532 m**3=A2: 300000000 m**3=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q2, Q1)", "answer": "0.001", "context": "CONTEXT:=F1: The total volume of the earth is 259875159532 cubic miles=F2: The total volume of the ocean cover is 300000000 cubic miles"}, {"question": "How long would it take to completely drain the Mediterranean Sea?", "program": "PROGRAM:=Q1: What is the volume of the Mediterranean sea?=Q2: What is the rate at which water flows out of the Mediterranean sea?=A1: 439000 km=A2: 4.4 km*hour**-1=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "99772 hours", "context": "CONTEXT:=F1: The total volume of Mediterranean Sea is 439000 km cube=F2: The rate at which waters flows in a typical sea is 6.4 kmph"}, {"question": "How many dump trucks would it take to cart away Mount Everest?", "program": "PROGRAM:=Q1: What is the total volume of Mount Everest?=Q2: What is the total volume of a single dump truck?=A1: 2100000000000 ft**3=A2: 3180 ft**3=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div(Q1, Q2)", "answer": "660377358", "context": "CONTEXT:=F1: The total volume of the Mount Everest is 2100000000000 cubic ft=F2: The average volume of a single dump truck is 3178.32 cubic ft."}, {"question": "How many new telephone numbers became available when the three digit area code system was installed?", "program": "PROGRAM:=Q1: How many times more combinations are possible with the new three digit area code?=Q2: How many combinations were possible with the old 7 digit phone number?=Q3: How many combinations are possible with the three additional digits.=A1: 1000=A2: 1e+7=Q2 -> A2 | F2=Q1 -> A1 | F1=Q3 -> Mul (Q2, Q1)=P: Sub(Q3, Q2)", "answer": "9.99E+09", "context": "CONTEXT:=F1: The new combinations possible with the three digit code are 1000.=F2: The number of original combinations before were 1e+7"}, {"question": "How old are you if you are a million seconds old?", "program": "PROGRAM:=Q1: How many days does a million seconds equal to?=Q2: How many days are there in a year?=Q3: How many hours does a million seconds equal to?=Q4: How many hours are there in a day?=Q5: How many minutes does a million seconds equal to?=Q6: How many minutes are there in an hour?=Q7: How many seconds does a million seconds equate to?=Q8: How many seconds are there in a minute?=A1: 365 days/year=A2: 24 hours/day=A3: 60 minutes/hour=A4: 60 seconds/minutes=A5: 1000000 seconds=Q8 -> A4 | F4=Q7 -> A5 | F5=Q5 -> Div(Q7,Q8)=Q6 -> A3 | F3=Q3 -> Div(Q5,Q6)=Q4 -> A2 | F2=Q1 -> Div(Q3, Q4)=Q2 -> A1 | F1=P: Div(Q1, Q2)", "answer": "0.031 years", "context": "CONTEXT:=F1: There are 365 days in a year.=F2: There are 24 hours in a day.=F3: There are 60 minutes in an hour.=F4: There are 60 seconds in a minute=F5: There are 1000000 seconds in a million seconds"}, {"question": "How many coins have ever been minted?", "program": "PROGRAM:=Q1: How many coin minting facilities are there in the world?=Q2: How many coins did an average coining minting facility mint till now?=Q3: For how many years has an average minting facility been minting coins?=Q4: How many coins does a minting facility mint in a year?=A1: 250=A2: 120=A3: 1e+8=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Mul (Q3, Q4)=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "3000000000000", "context": "CONTEXT:=F1: There are around 250 coin minting facilities in the world.=F2: An average coin minting facility is 120 years old.=F3: An average of 1e+8 coins are minted each year by a facility."}, {"question": "How many children are needed to have a mass the same as an elephant?", "program": "PROGRAM:=Q1: What is the average mass of an Elephant?=Q2: What is the average mass of a child?=A1: 4200 kg=A2: 25 kg.=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div(Q1, Q2)", "answer": "168", "context": "CONTEXT:=F1: The average mass of an Elephant is 4200 kg.=F2: The average mass of a child is 25 kg."}, {"question": "How far does a bee fly each day?", "program": "PROGRAM:=Q1: How many hours does the bee spend on flying each day?=Q2: What is the average speed at which a bee flies?=A1: 4 hour=A2: 15 miles/hour=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "60 miles", "context": "CONTEXT:=F1: The bee flies for a total of around 4 hours each day.=F2: The average speed at which a bee flies is 15 miles per hour"}, {"question": "How many people would COVID-19 kill if it were 1918?", "program": "PROGRAM:=Q1: What is the total deaths to population ratio in Covid?=Q2: What was the population of mankind in 1918?=Q3: What is the total human population currently?=Q4: How many deaths have been caused world wide due to covid currently?=A1: 1.8e+9=A2: 7.2e+9=A3: 3.3e+6=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Div (Q4, Q3)=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "8.20E+05", "context": "CONTEXT:=F1: The population of mankind in 1918 is 1.8e+9=F2: The total human population currently is 7.2e+9=F3: The total deaths caused due to covid till now are 3.3e+6"}, {"question": "What percentage of all the words in the English language would an audio transcriptionist who worked 40 hours a week for 4 years have typed?", "program": "PROGRAM:=Q1: What is the number of words the transcriptionist might have typed in 4 years?=Q2: How many words are there in English?=Q3: How many words did the writer write in a year?=Q4: How many years did the writer write for?=Q5: How many hours a week did the writer work?=Q6: How many weeks are there in a year?=Q7: How many words did the writer write in an hour?=Q8: How many hours did the writer work?=Q9: What fraction of English words was the writer able to cover over the 4 years?=Q10: What is the numerical coefficent for converting the fraction to percentage?=A1: 179476=A2: 4=A3: 52=A4: 15=A5: 40=A6: 100=Q8 -> A5 | F5=Q7 -> A4 | F4=Q5 -> Mul (Q7, Q8)=Q6 -> A3 | F3=Q3 -> Mul (Q5, Q6)=Q4 -> A2 | F2=Q1 -> Mul (Q3, Q4)=Q2 -> A1 | F1=Q9 -> Div (Q1, Q2)=Q10 -> A6 | F6=P: Mul (Q9, Q10)", "answer": "69.5", "context": "CONTEXT:=F1: There are 179476 words in english language.=F2: The writer wrote for 4 years.=F3: There are 52 weeks in a year.=F4: The writer wrote about 15 words an hour.=F5: The writer wrote for 40 hours a week.=F6: The numerical coefficient for converting the factor to percent is 100"}, {"question": "Under ideal conditions, the bacterium eNSO can reproduce in 10 minutes. How many eNSO can claim the same ancestor after 24 hours?", "program": "PROGRAM:=Q1: What is the rate at which the bacteria reproduces?=Q2: How many times will the bacteria reproduce in the day?=Q3: How many hours are there in a day?=Q4: How many times does the bacteria reproduce in an hour?=Q5: How many minutes are there in an hour?=Q6: For how many minutes, does the bacteria reproduce?=A1: 2=A2: 24 hours=A3: 60 minutes/hour=A4: 10 minutes=Q6 -> A4 | F4=Q5 ->A3 | F3=Q4 -> Div (Q5, Q6)=Q3 -> A2 | F2=Q2 -> Mul (Q3, Q4)=Q1 -> A1 | F1=P: Pow (Q1, Q2)", "answer": "2.23E+43", "context": "CONTEXT:=F1: The rate at which it reproduces is 2 offspring per reproduction.=F2: There are 24 hours in a day.=F3: There are 60 minutes in an hour.=F4: The bacteria reproduces for every 10 minutes."}, {"question": "How many high fives has Lebron James given/received?", "program": "PROGRAM:=Q1: How many matches has Lebron James played?=Q2: What is the average number of High-fives that Lebron has been a part of, in a match on an average?=A1: 1308=A2: 200=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q2, Q1)", "answer": "261600", "context": "CONTEXT:=F2: Lebron has played a total of 1308 games till now.=F1: Lebron has been a participant in at least 200 high fives in a single match (considering he only high-fives during a basketball match)"}, {"question": "Assuming that humans naturally had bird like wings, how large should the wingspan need to be in order for the average human to be capable of flight?", "program": "PROGRAM:=Q1: What is the relation between the length of wingspan and the length of the flying body?=Q2: What is the average height of a human being?=A1: 0.83=A2: 170 cm=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "141 cm", "context": "CONTEXT:=F1: Ideal wingpsan length is 83% of the length of the flying body.=F2: The average body height of a person is 170 cm."}, {"question": "If you had a stack of $2 coins as tall as Mt Kosciusko, what would it be worth?", "program": "PROGRAM:=Q1: What is the total number of coins?=Q2: What is the value of a single coin in the stack?=Q3: What is the height of MT. Kosciusko?=Q4: What is the average thickness of a 2 dollar coin?=A1: 2=A2: 2228 m=A3: 0.002 m=Q4 -> A3 | F3=Q3 -> A2 | F2=Q1 -> Div (Q3, Q4)=Q2 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "$2228000", "context": "CONTEXT:=F1: The value of a coin in the stack is 2 USD=F2: The height of Mt. Kosciusko is 2228 m=F3: The thickness of a 2 dollar coin is 0.002 m"}, {"question": "How many bees are needed to pollinate an orchard?", "program": "PROGRAM:=Q1: How much nectar is present in a single orchard roughly?=Q2: How much nectar does a single bee carry?=A1: 2g=A2: 0.1g=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "20", "context": "CONTEXT:=F1: A single orchard contains about 2g of nectar.=F2: An average bee can carry about 0.1g of nectar."}, {"question": "What wind speed would be required to blow my car off the road?", "program": "PROGRAM:=Q1: What is the force exerted by the car on the road by the virtue of gravity?=Q2: What is the force exerted by the wind travelling by 1 metre per hour?=A1: 15000 N=A2: 4.6e-4 N*hour*m**-1=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "3.2e+7 m*hour**-1", "context": "CONTEXT:=F1: The force exerted by the car on the road by the virtue of gravity is 15000 N=F2: The force exerted by the wind travelling by metre per hour is 4.6e-4 N-hour/metre"}, {"question": "How much energy a large rock has at impact?", "program": "PROGRAM:=Q1: What is the height that the rock is falling from?=Q2: What is the product of the mass of the rock and the gravity acting on it?=Q3: What is the mass of the rock?=Q4: What is the acceleration due to gravity acting on it?=A1: 100 m=A2: 2000 kg=A3: 10 m*s**-2=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Mul (Q3, Q4)=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "2e+6 J", "context": "CONTEXT:=F1: The height at which the rock is falling from is 100m.=F2: The mass of the rock is 2000 kg=F3: The acceleration due to gravity acting on the rock is 10m/s**2"}, {"question": "How many steps would I need to climb to burn as many calories as there are in a bag of potato chips?", "program": "PROGRAM:=Q1: How many calories are burnt in climbing one step?=Q2: What is the amount of calories that are to be burnt?=A1: 0.17=A2: 1242=Q1 -> A1 | F1=Q2 -> A2 | F2=P: Div (Q2, Q1)", "answer": "7306", "context": "CONTEXT:=F1: The number of calories burnt while climbing a step is 0.17 calories=F2: The amount of calories present in a chips bag is 1242."}, {"question": "If the national debt were represented with a stack of $1 bills, how far would the stack reach?", "program": "PROGRAM:=Q1: What is the national debt?=Q2: What is the thickness of a single 1 dollar bill?=A1: 28000000000000=A2: 0.0043 in=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul(Q1, Q2)", "answer": "1.2E+11 in", "context": "CONTEXT:=F1: The national debt is 28000000000000 USD=F2: The thickness of a dollar bill is 0.0043 inches"}, {"question": "How much land would be needed if each family had a house and a yard?", "program": "PROGRAM:=Q1: How many families are there in the world?=Q2: How much land is required to build a house with a yard?=Q3: What is the total human population?=Q4: What is the average family size?=A1: 360 yard**2=A2: 7.2e+9=A3: 4=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Div (Q3, Q4)=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "6.48e+11 yard**2", "context": "CONTEXT:=F1: Around 360 sq. yards is required to build a house with a yard.=F2: The total human population is 7.2e+9=F3: the average family size is 4"}, {"question": "How much shipwreck gold is at the bottom of the ocean?", "program": "PROGRAM:=Q1: How many shipwrecks are there under water currently?=Q2: What is the average gold present in a shipwreck?=A1: 3e+6=A2: $20000=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "$60e+9", "context": "CONTEXT:=F1: There are a total of 3e+6 shipwrecks currently under water now.=F2: The average gold present in a shipwreck is 20000 USD"}, {"question": "How many USA residents are legally prohibited from buying guns?", "program": "PROGRAM:=Q1: How many convicts and felons live in the US?=Q2: How many kids under 18 years are there in the US=A1: 5e+6=A2: 74.2e+6=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Add (Q1, Q2)", "answer": "7.92E+07", "context": "CONTEXT:=F1: The number of felons and convicts in the US is around 5 million.=F2: 74.2e+6 under 18 kids are there in the USA"}, {"question": "How much would the human skeleton weigh if it was made of iron?", "program": "PROGRAM:=Q1: What is the mass of the human skeleton?=Q2: What is the ratio of density of iron to calcium?=Q3: What is the density of iron?=Q4: What is the density of calcium?=A1: 12 kg=A2: 7.86 g*cm**-3=A3: 1.55 g*cm**-3=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Div (Q3, Q4)=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "60.8 kg", "context": "CONTEXT:=F1: The mass of human skeleton is 12 kgs=F2: The density of iron is 7.86 g/cc=F3: The density of calcium is 1.55 g/cc"}, {"question": "On a global level, what is the ratio of the population of \"all top food chain animals\" to \"human population\"?", "program": "PROGRAM:=Q1: What is the total animal population in top food chains?=Q2: What is the total human population?=Q3: How many restaurants of top food chains are there in the world?=Q4: How many animal's worth meat is sold every day in top food chains?=A1: 7.2e+9=A2: 125000=A3: 300=Q4 -> A3 | F3=Q3 -> A2 | F2=Q2 -> Mul (Q3, Q4)=Q1 -> A1 | F1=P: Div (Q2, Q1)", "answer": "0.005", "context": "CONTEXT:=F1: The total human population is 7.2e+9=F2: There are around 125000 restaurants of top food chains around the world.=F3: Around 300 animals are killed each day to provide meat for the restaurant."}, {"question": "How many golf balls can be fit in a typical suitcase?", "program": "PROGRAM:=Q1: What is the average volume of a single suitcase?=Q2: What is the average volume of a single golf ball?=A1: 75000 cm**3=A2: 40.6 cm**3=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div(Q1, Q2)", "answer": "1840", "context": "CONTEXT:=F1: The average volume of a suitcase is 75000 cubic cm=F2: The average volume of a single gold ball is 40.672693 cubic cm"}, {"question": "How much volume would 417234 loosely stacked cherries occupy?", "program": "PROGRAM:=Q1: How much volume does a single cherry occupy on an average?=Q2: How many cherries are loosely stacked.=A1: 4 cm**3=A2: 417234=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "1668936 cm**3", "context": "CONTEXT:=F1: The average volume of a single cherry is 4.1 cc.=F2: 417234 cherries are going to be loosely stacked."}, {"question": "How many grams of steam are needed to melt a cubic foot of ice?", "program": "PROGRAM:=Q1: What is the weight equivalent of one cubic foot of ice?=Q2: How many grams of ice can 1 gram of steam melt?=A1: 28300 g=A2: 8 g=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "3537", "context": "CONTEXT:=F1: The weight equivalent of one cubic foot of ice is 28300 gm=F2: The density of earth is 5.5e+12 kg per cubic cm"}, {"question": "How many ants would fit in to The Shard?", "program": "PROGRAM:=Q1: What is the total volume of The Shard?=Q2: What is the total volume of an ant?=Q3: What is the surface area of The Shard?=Q4: What is the height of The Shard?=A1: 1e-8 m**3=A2: 398490 m**2=A3: 244m=Q4 -> A3 | F3=Q3 -> A2 | F2=Q1 -> Mul (Q3, Q4)=Q2 -> A1 | F1=P: Div (Q1, Q2)", "answer": "9.70E+15", "context": "CONTEXT:=F1: The volume of an ant is 1e-8 metre cube=F2: The surface area of The Shard is 398490 sq. metre=F3: The height of a Shard is 244 metres"}, {"question": "How many atoms thick are the connecting paths inside a micro chip?", "program": "PROGRAM:=Q1: What is the thickness of the connecting parts in a microchip?=Q2: What is the thickness of an average atom?=A1: 0.9e-9 m=A2: 0.3e-9 m=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Div (Q1, Q2)", "answer": "3", "context": "CONTEXT:=F1: The thickness of the connecting parts in a microchip is 0.9e-9 m=F2: The thickness of an average atom is 0.3e-9 m"}, {"question": "My barber has been cutting hair for 55 years. How many miles of hair has he cut?", "program": "PROGRAM:=Q1: What is the length of hair cut in a single year?=Q2: For how many years, has the barber been cutting my hair?=Q3: What is the average length of hair cut in a single haircut?=Q4: How many times does one visit the barber in a year for a haircut?=Q5: How many hairs do we have on an average?=Q6: What is the average length of hair cut in a haircut>=A1: 55=A2: 12=A3: 100000=A4: 1.8e-5 miles=Q6 -> A4 | F4=Q5 -> A3 | F3=Q3 -> Mul (Q5, Q6)=Q4 -> A2 | F2=Q1 -> Mul (Q3, Q4)=Q2 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "1188 miles", "context": "CONTEXT:=F1: The barber has been cutting the hair for 55 years.=F2: The height of the ceiling in the restaurant is 32 feet.=F3: An average of 12 visits is observed for haircuts in a year.=F4: There are around 100000 hairs on our head.=F5: The average length of hair cut in a single haircut is 1.8e-5 miles"}, {"question": "How many softballs are produced annually?", "program": "PROGRAM:=Q1: How many softballs are produced daily?=Q2: How many working days are there in a year?=A1: 7000=A2: 261=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "1.80E+06", "context": "CONTEXT:=F1: Around 7000 softballs are produced daily. (Assumption)=F2: There are 261 working days in a year."}, {"question": "For the United States, how many cars would have their fuel needs met for one year by the fat contained by all obese people?", "program": "PROGRAM:=Q1: What is the total gasoline consumption by a single car for over a year?=Q2: If a gram of fat delivers the same energy content as a gram of gasoline, how many gallons of gasoline are equivalent to the fat carried by the obese people in this country?=Q3: What is the fat equivalent of overweight people in the country?=Q4: How many pounds make up a single pound of gasoline?=A1: 6336000000 pounds=A2: 6 pounds/gallon=A3: 656 gallons=Q4 -> A2 | F2=Q3 -> A1 | F1=Q1 -> Div (Q3, Q4)=Q2 -> A3 | F3=P: Div (Q1, Q2)", "answer": "1609756", "context": "CONTEXT:=F1: The fat equivalent of obese people in the country is 6336000000 pounds=F2: 6 pounds make up a single gallon of gasoline.=F3: An average car consumes about 656 gallons per year"}, {"question": "How long does it take for a human body to burn at the stake?", "program": "PROGRAM:=Q1: How long does it take for the burns to peel off the skin?=Q2: How deep is the heart and lungs of our body compared to the skin?=A1: 1 min=A2: 15=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "15 min", "context": "CONTEXT:=F1: It takes around 1 minute for the heat to peel off the skin.=F2: The lungs and heart are 15 times deeper when compared to the skin."}, {"question": "What is the mass of air in a room?", "program": "PROGRAM:=Q1: What is the volume of a typical room?=Q2: What is the density of air around us?=A1: 60 m**3=A2: 1.3 kg/m**3=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "78 kg", "context": "CONTEXT:=F1: The volume of a typical room is 60 metre cube=F2: The density of air is 1.3 kg/metre cube"}, {"question": "How many illiterate people are there in India?", "program": "PROGRAM:=Q1: What is the population of India?=Q2: What is the illiteracy rate in India?=A1: 1360000000=A2: 0.26=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "353600000", "context": "CONTEXT:=F1: The population of India is 1360000000=F2: The illiteracy rate in India is 26%"}, {"question": "How many graduates, people holding first university degrees, do we produce in our country?", "program": "PROGRAM:=Q1: How many universities are there in the USA?=Q2: What is the average freshman intake of a university in the USA?=A1: 5300=A2: 550=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "5.20E+06", "context": "CONTEXT:=F1: The number of universities in the US is 5300=F2: An average intake of freshman at a university is 550"}, {"question": "How many gallons of water in the Atlantic ocean?", "program": "PROGRAM:=Q1: What fraction of the oceans does the Atlantic ocean account for?=Q2: How many gallons of water are present in all of the oceans?=A1: 0.23=A2: 3.52e+20=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q2, Q1)", "answer": "8.00E+19", "context": "CONTEXT:=F1: The fraction of the oceans that the Atlantic ocean accounts for is 23%=F2: 3.52e+20 gallons of water is present in all oceans"}, {"question": "How much electricity would one need to stop a car from moving forward?", "program": "PROGRAM:=A1: 50 hp=P: A1 | F1", "answer": "50 hp", "context": "CONTEXT:=F1: It takes an average of 50 hp while applying brakes to stop the car from moving forward."}, {"question": "If the top 10 Forbes businesses donated 10% of their annual proceeds to schools, how much money would each school in the US receive?", "program": "PROGRAM:=Q1: What is the collective 10% wealth of top 10 billionaires?=Q2: How many schools are there in the US?=Q3: What is total wealth of top 10 billionaires on Forbes=Q4: What is the percentage of their wealth being donated?=A1: 130930=A2: $1153000000000=A3: 0.1=Q4 -> A3 | F3=Q3 -> A2 | F2=Q1 -> Mul (Q3, Q4)=Q2 -> A1 | F1=P: Div (Q1, Q2)", "answer": "$880623", "context": "CONTEXT:=F1: There are 130930 schools in the US.=F2: The total wealth of top 10 billionaires is around 1153 Billion USD=F3: The percentage of wealth being donated is 10 %"}, {"question": "How much air would it take to fill all of the school's basketballs, soccer balls, and volleyballs?", "program": "PROGRAM:=Q1: How much air is present on an average inside a basketball/football/volleyball/soccerball=Q2: How many balls do we have in total in the school?=A1: 0.8 atm=A2: 40=Q2 -> A2 | F2=Q1 -> A1 | F1=P: Mul (Q1, Q2)", "answer": "32 atm", "context": "CONTEXT:=F1: The average air present inside these balls is 0.8 atmospheres of air.=F2: There are a total of 40 balls in the school, 10 of each sport."}] 
Since Q3: What is the population density?, the following two statements
Q3 -> Div (Q1, Q2), P: Pow(Q3, Q4)
should be converted to
Q3 → Div (Q2, Q1), P: Pow(1/Q3, Q4)
as [Q1]=m**2 and [Q2]=# of people?
Or, more simply, maybe Q3 can be modified to something like "What is the inverse of the population density" I guess.
Thanks!
allenai / fermi Goto Github PK

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Some logical inconsistency in the first example of the val_realfp.json ?

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